mhurhangee/patent-ind-claim-en huggingface dataset:
A guide ring sensor, comprising a fixing seat and a guide ring pivoted on the fixing seat by a positioning member , the guide ring having an upper section, a lower section deposited below the upper section of the guide ring , a pivot hole formed through the upper section of the guide ring , and a slot formed through the lower section of the guide ring , wherein the pivot hole of the guide ring is deposited above the slot of the guide ring , the positioning member is inserted through the pivot hole of the guide ring , and the guide ring is rotatably mounted on the fixing seat , characterized in that the guide ring sensor comprises: the fixing seat having a body having a front surface; a first end of the body formed on the front surface of the body ; a second end formed on the front surface of the body and being opposite the first end of the body ; a connecting plate mounted on the first end of the body ; and a positioning hole formed through the body adjacent to the second end of the body , wherein the positioning member is inserted through the positioning hole of the body ; an elastic member mounted on the body of the fixing seat and connected to the guide ring , wherein the elastic member provides resilience to the guide ring ; and a sensing element mounted on the connecting plate of the fixing seat and having a sensing portion , wherein the sensing portion detects a pivoting angle change of the guide ring and the sensing element generates a signal corresponding to the pivoting angle change of the guide ring . the fixing seat having a body having a front surface; a first end of the body formed on the front surface of the body ; a second end formed on the front surface of the body and being opposite the first end of the body ; a connecting plate mounted on the first end of the body ; and a positioning hole formed through the body adjacent to the second end of the body , wherein the positioning member is inserted through the positioning hole of the body ; a body having a front surface; a first end of the body formed on the front surface of the body ; a second end formed on the front surface of the body and being opposite the first end of the body ; a connecting plate mounted on the first end of the body ; and a positioning hole formed through the body adjacent to the second end of the body , wherein the positioning member is inserted through the positioning hole of the body ; an elastic member mounted on the body of the fixing seat and connected to the guide ring , wherein the elastic member provides resilience to the guide ring ; and a sensing element mounted on the connecting plate of the fixing seat and having a sensing portion , wherein the sensing portion detects a pivoting angle change of the guide ring and the sensing element generates a signal corresponding to the pivoting angle change of the guide ring .
A stacking safety device for connecting several stackable transport carts, wherein the stacking safety device at least at an axial end forms a sleeve body (17; 17a; 17b), whose clear internal width (W) lies at least at 40 millimeters, and which internally has at least one safety attachment that protrudes into its interior space, which stops an overflowing movement onto a body that can penetrate into the interior space, and wherein the sleeve body (17; 17a; 17b) forms a square profile in cross section, and at one axially outwardly facing end has at least one recess lying in its corner area.
A separator for a lithium secondary battery comprising: a porous substrate and a coating layer on at least one surface of the porous substrate, wherein the coating layer comprises defect-containing molybdenum disulfide having a disordered atomic arrangement on its surface as defect, which is measured by high-resolution transmission electron microscope (HR-TEM). a porous substrate and a coating layer on at least one surface of the porous substrate, wherein the coating layer comprises defect-containing molybdenum disulfide having a disordered atomic arrangement on its surface as defect, which is measured by high-resolution transmission electron microscope (HR-TEM).
A peristaltic pump for pumping a fluid, the peristaltic pump comprising: a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; wherein at least the contact surface of the roller is formed of borosilicate glass; and characterized in that the roller includes: a core of a material other than borosilicate glass; and a cladding layer of borosilicate glass surrounding the core and forming the contact surface. a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; wherein at least the contact surface of the roller is formed of borosilicate glass; and a core of a material other than borosilicate glass; and a cladding layer of borosilicate glass surrounding the core and forming the contact surface.
A high stability ink delivery system , comprising: a secondary ink reservoir located between a primary ink reservoir and a printhead in a printing system ; a pressure sensor positioned on an ink delivery conduit between the secondary ink reservoir and the printhead , the pressure sensor configured to measure pressure within the ink delivery conduit and output a signal corresponding to the measured pressure; and a valve ; characterized in that the secondary ink reservoir is configured to be opened, during printing, to the atmosphere through the valve , based on the output signal of the pressure sensor . a secondary ink reservoir located between a primary ink reservoir and a printhead in a printing system ; a pressure sensor positioned on an ink delivery conduit between the secondary ink reservoir and the printhead , the pressure sensor configured to measure pressure within the ink delivery conduit and output a signal corresponding to the measured pressure; and a valve ; characterized in that the secondary ink reservoir is configured to be opened, during printing, to the atmosphere through the valve , based on the output signal of the pressure sensor .
A polypeptide consisting of: (i) the amino acid sequence EMFPKFTEV (SEQ ID NO: 1); or (ii) the amino acid sequence RLLDVNNQL (SEQ ID NO: 2), wherein the polypeptide forms a complex with a Major Histocompatibility Complex (MHC) molecule. (i) the amino acid sequence EMFPKFTEV (SEQ ID NO: 1); or (ii) the amino acid sequence RLLDVNNQL (SEQ ID NO: 2),
A screw thread partially provided with a recessed portion on a flank surface of a screw thread ridge provided on a screw thread shaft main body , wherein a screw thread ridge in a section where the recessed portion is formed is smaller than a regular screw thread ridge and a ridge height in a distal end portion in a screwing direction is lower than a ridge height in a rear end portion in the screwing direction, the screw thread ridge in the section where the recessed portion is formed is provided with a stepped portion which overhangs sideways more than a flank surface of the regular screw thread ridge and which comes into contact with or approaches an inner diameter edge portion of an internal screw thread when fitting the internal screw thread , and the recessed portion is provided on opposing flank surfaces in a same phase of screw thread ridges that are adjacent to each other, a root width between stepped portions of screw thread ridges of the sections where the recessed portion is formed which are adjacent to each other is narrower than a root width of the regular screw thread ridges, and a root width between the stepped portions in the distal end portion in the screwing direction is narrower than a root width between the stepped portions in the rear end portion in the screwing direction. a screw thread ridge in a section where the recessed portion is formed is smaller than a regular screw thread ridge and a ridge height in a distal end portion in a screwing direction is lower than a ridge height in a rear end portion in the screwing direction, the screw thread ridge in the section where the recessed portion is formed is provided with a stepped portion which overhangs sideways more than a flank surface of the regular screw thread ridge and which comes into contact with or approaches an inner diameter edge portion of an internal screw thread when fitting the internal screw thread , and the recessed portion is provided on opposing flank surfaces in a same phase of screw thread ridges that are adjacent to each other, a root width between stepped portions of screw thread ridges of the sections where the recessed portion is formed which are adjacent to each other is narrower than a root width of the regular screw thread ridges, and a root width between the stepped portions in the distal end portion in the screwing direction is narrower than a root width between the stepped portions in the rear end portion in the screwing direction.
An anode cell of a metal air fuel cell , the anode cell comprising a water permeable body having a pouch shape into which a metal in a powder state and an electrolytic material are injected; wherein the water permeable body is manufactured to contain any one or two or more selected from a polymer or a water absorption promoter; the polymer includes at least one of polyethylene, polypropylene and polyethylene terephthalate; and the water absorption promoter includes carbon molecular sieve.
A unit for grouping together and aligning capsules for extraction or infusion products in multi-capsule packages, comprising: - a first rotary unit , designed to rotate about a first axis of rotation (X1) and equipped with a plurality of first seats (S1) for receiving capsules designed to receive a corresponding capsule from a transport element of a machine for forming capsules , at least a part of the first seats (S1) being designed to rotate about a respective horizontal radial axis (X3) so as to modify the orientation of the capsules ; - a second rotary unit designed to rotate about a second axis of rotation (X2), acting in conjunction with the first rotary unit to receive from it capsules in a predetermined transfer region (R2), equipped with a first rotary element designed to rotate about the second axis of rotation (X2) and equipped with respective second seats (S2) for receiving capsules , and a second rotary element designed to rotate about the second axis of rotation (X2) and equipped with respective third seats (S3) for receiving capsules , with the first and second rotary elements which can be rotated independently in a same direction (W) of rotation for picking up alternatively and in succession, capsules from the first rotary element ; - at least one grouping together and aligning line designed to group together and align capsules , acting in conjunction with the second rotary unit for receiving, in a receiving region (R3), capsules alternatively from the first and second rotary element so as to form a group of capsules in a delivery region . - a first rotary unit , designed to rotate about a first axis of rotation (X1) and equipped with a plurality of first seats (S1) for receiving capsules designed to receive a corresponding capsule from a transport element of a machine for forming capsules , at least a part of the first seats (S1) being designed to rotate about a respective horizontal radial axis (X3) so as to modify the orientation of the capsules ; - a second rotary unit designed to rotate about a second axis of rotation (X2), acting in conjunction with the first rotary unit to receive from it capsules in a predetermined transfer region (R2), equipped with a first rotary element designed to rotate about the second axis of rotation (X2) and equipped with respective second seats (S2) for receiving capsules , and a second rotary element designed to rotate about the second axis of rotation (X2) and equipped with respective third seats (S3) for receiving capsules , with the first and second rotary elements which can be rotated independently in a same direction (W) of rotation for picking up alternatively and in succession, capsules from the first rotary element ; - at least one grouping together and aligning line designed to group together and align capsules , acting in conjunction with the second rotary unit for receiving, in a receiving region (R3), capsules alternatively from the first and second rotary element so as to form a group of capsules in a delivery region .
A system for detecting a mechanical fault of a rotating shaft of a component ; said system comprising: a first accelerometer configured to be connected to said rotating shaft of said component for obtaining first torque information relating to movement of the rotating shaft ; and a second, reference accelerometer configured to be connected to said component at a location that is not on said rotating shaft , for obtaining second, reference information relating to said location that is not on said rotating shaft ; characterized by a means for comparing said first torque information with said second information to detect said fault in said rotating shaft . a first accelerometer configured to be connected to said rotating shaft of said component for obtaining first torque information relating to movement of the rotating shaft ; and a second, reference accelerometer configured to be connected to said component at a location that is not on said rotating shaft , for obtaining second, reference information relating to said location that is not on said rotating shaft ; characterized by a means for comparing said first torque information with said second information to detect said fault in said rotating shaft .
A separator, comprising a porous base film and a functional coating disposed on at least one surface of the porous base film, wherein, the functional coating comprises polyimide nanosheets, and the polyimide nanosheets are stacked irregularly to form a lamellar loose structure; and a thickness ratio of the functional coating to the porous base film is from 0.1 to 1.0, the porous base film has a thickness of 2 μm to 16 μm, and the functional coating has a thickness of 1 μm to 10 μm,the polyimide nanosheets have an average monolithic area of 3 μm 2 to 12 μm 2 , and the functional coating further comprises a binder; and the binder comprises one or more of polyfluoroolefin binders, polyacrylate binders, polyacrylic acid binders, polyurethane binders, silicone binders, epoxy binders and cellulose-derived binders; and a mass percentage of the binder in the functional coating is from 5% to 40%; and a mass percentage of the polyimide nanosheets in the functional coating is from 60% to 95%. the functional coating comprises polyimide nanosheets, and the polyimide nanosheets are stacked irregularly to form a lamellar loose structure; and a thickness ratio of the functional coating to the porous base film is from 0.1 to 1.0, the porous base film has a thickness of 2 μm to 16 μm, and the functional coating has a thickness of 1 μm to 10 μm,the polyimide nanosheets have an average monolithic area of 3 μm 2 to 12 μm 2 , and the functional coating further comprises a binder; and the binder comprises one or more of polyfluoroolefin binders, polyacrylate binders, polyacrylic acid binders, polyurethane binders, silicone binders, epoxy binders and cellulose-derived binders; and a mass percentage of the binder in the functional coating is from 5% to 40%; and a mass percentage of the polyimide nanosheets in the functional coating is from 60% to 95%.
A method of injection-moulding an assembly comprising a carrier with a bearing area and a movable element movably mounted on the carrier at the bearing area, the method comprising the successive steps of : - providing an injection mould with a carrier forming cavity and a movable element forming cavity , the carrier forming cavity and the movable element forming cavity sharing a bearing area forming region; - placing a bearing member at the bearing area forming region such that the bearing member straddles the carrier forming cavity and the movable element forming cavity ; and - injecting plastic material simultaneously into the carrier forming cavity and into the movable element forming cavity thereby forming said assembly , characterized in that the bearing member comprises a bearing cavity , and in that the injected plastic material flows into the bearing cavity, thereby forming a bearing stud of the movable element . - providing an injection mould with a carrier forming cavity and a movable element forming cavity , the carrier forming cavity and the movable element forming cavity sharing a bearing area forming region; - placing a bearing member at the bearing area forming region such that the bearing member straddles the carrier forming cavity and the movable element forming cavity ; and - injecting plastic material simultaneously into the carrier forming cavity and into the movable element forming cavity thereby forming said assembly ,
Distance-pulse adapter for tapping, processing and/or forwarding distance-pulse signals of a vehicle, having at least one signal input , at least one signal output (22, 22', 22"), and at least one signal-processing device which is disposed between the signal input and the signal output (22, 22', 22"), wherein the signal input is designed to tap a current-carrying rotational-speed signal originating directly from a rotational-speed sensor for a vehicle system , preferably an ESC and/or ABS control unit, wherein the tapping with respect to the vehicle system is carried out without feedback or at least substantially so, wherein the signal-processing device is designed to process the rotational-speed signal and to generate distance-pulse signals therefrom, and wherein the signal output (22, 22', 22") is designed to forward distance pulse signals to an evaluation and/or output device, especially a taximeter, wherein the signal input comprises a low-impedance resistance and two terminals , wherein each terminal has a high-impedance input resistance , wherein the high-impedance input resistance is at least 1 kΩ, and wherein the low-impedance resistance is at most 1 kΩ, and the terminals are connected to one another via the low-impedance resistance before the input resistance . at least one signal input , at least one signal output (22, 22', 22"), and at least one signal-processing device which is disposed between the signal input and the signal output (22, 22', 22"), wherein the signal input is designed to tap a current-carrying rotational-speed signal originating directly from a rotational-speed sensor for a vehicle system , preferably an ESC and/or ABS control unit, wherein the tapping with respect to the vehicle system is carried out without feedback or at least substantially so, wherein the signal-processing device is designed to process the rotational-speed signal and to generate distance-pulse signals therefrom, and wherein the signal output (22, 22', 22") is designed to forward distance pulse signals to an evaluation and/or output device, especially a taximeter, wherein the signal input comprises a low-impedance resistance and two terminals , wherein each terminal has a high-impedance input resistance , wherein the high-impedance input resistance is at least 1 kΩ, and wherein the low-impedance resistance is at most 1 kΩ, and the terminals are connected to one another via the low-impedance resistance before the input resistance .
Antenna arrangement , comprising: a magnetic antenna comprising a loop interrupted one or several times and at least one tuning element for tuning the magnetic antenna , and tuning means connected to the tuning element , wherein the tuning means is configured to provide a control signal for tuning the magnetic antenna in dependence on a phase position of a signal advancing into the magnetic antenna , and to control the tuning element with the control signal to tune the magnetic antenna , wherein the tuning means is configured to provide the control signal for tuning the magnetic antenna in dependence on a phase relationship between the signal advancing into the magnetic antenna and a phase signal , wherein the tuning means is configured to derive a signal from the signal advancing into the magnetic antenna to obtain a derived signal , wherein the tuning means is configured to provide the control signal for tuning the magnetic antenna in dependence on a phase relationship between the derived signal and the phase signal , wherein the tuning means comprises a signal combiner configured to combine - the phase signal or a phase-shifted version of the phase signal , and - the derived signal or a phase-shifted version of the derived signal , to obtain a combined signal , wherein the tuning means is configured to control the tuning element with the control signal to regulate a DC component of the combined signal or a low-pass filtered version of the combined signal to a predetermined set value. a magnetic antenna comprising a loop interrupted one or several times and at least one tuning element for tuning the magnetic antenna , and tuning means connected to the tuning element , wherein the tuning means is configured to provide a control signal for tuning the magnetic antenna in dependence on a phase position of a signal advancing into the magnetic antenna , and to control the tuning element with the control signal to tune the magnetic antenna , wherein the tuning means is configured to provide the control signal for tuning the magnetic antenna in dependence on a phase relationship between the signal advancing into the magnetic antenna and a phase signal , wherein the tuning means is configured to derive a signal from the signal advancing into the magnetic antenna to obtain a derived signal , wherein the tuning means is configured to provide the control signal for tuning the magnetic antenna in dependence on a phase relationship between the derived signal and the phase signal , wherein the tuning means comprises a signal combiner configured to combine - the phase signal or a phase-shifted version of the phase signal , and - the derived signal or a phase-shifted version of the derived signal , to obtain a combined signal , - the phase signal or a phase-shifted version of the phase signal , and - the derived signal or a phase-shifted version of the derived signal , wherein the tuning means is configured to control the tuning element with the control signal to regulate a DC component of the combined signal or a low-pass filtered version of the combined signal to a predetermined set value.
A chisel holder, comprising: - a body region having a chisel-receiving opening which is open at least toward a chisel insertion side of the body region , - a fastening shank which extends from a supporting side of the body region and which has a shank longitudinal axis (L B ), wherein on the fastening shank there are provided, on a first side, a fastening element loading region and, on a second side situated opposite in relation to the shank longitudinal axis (L B ), a supporting region with supporting surface regions which are inclined relative to one another and adjoin one another in a transition region extending in the direction of the shank longitudinal axis (L B ), wherein at least one supporting surface region is formed so as to protrude at least in regions radially outward in relation to the shank longitudinal axis (L B ) beyond a basic outer circumferential surface of the fastening shank , characterized in that the transition region is formed in the manner of a depression. - a body region having a chisel-receiving opening which is open at least toward a chisel insertion side of the body region , - a fastening shank which extends from a supporting side of the body region and which has a shank longitudinal axis (L B ),