mhurhangee/ep-ind-claims huggingface dataset:
Method for protection of an electric motor and/or an operating machine which is coupled thereto from incorrect control operations, wherein the number of incorrect control operations of the electric motor and/or the operating machine is detected in accordance with a first error criterion and the number of incorrect control operations of the electric motor and/or the operating machine is detected in accordance with a second error criterion and totalled, wherein an alarm signal is produced and/or the electric motor is switched into a predefined state when the total of the incorrect control operations detected exceeds a predetermined limit, characterized in that the error criteria are weighted differently when the incorrect control operations are totalled.
A shelf label printer for printing merchandise information on a shelf label (16, 17, 18) which is to be attached to a merchandise display shelf for indicating merchandise information of the merchandise, the shelf label printer comprising: a supply unit capable of loading a strip-form continuous shelf label configured with a plurality of unit labels provided consecutively with perforations between each other; a detecting unit capable of detecting a position detecting mark provided at a predetermined pitch on the back surface of each unit label; an input unit (7, 25) adapted for inputting a number of unit labels necessary for forming the shelf label (16, 17, 18) and a printing data of the merchandise information; a printing unit capable of printing the merchandise information over an arbitrary number of unit labels; and a control unit adapted to form the shelf label (16, 17, 18) by printing the merchandise information on the arbitrary number of unit labels at the printing unit according to the number of unit labels necessary for forming the shelf label (16, 17, 18) and the number of position detecting marks. a supply unit capable of loading a strip-form continuous shelf label configured with a plurality of unit labels provided consecutively with perforations between each other; a detecting unit capable of detecting a position detecting mark provided at a predetermined pitch on the back surface of each unit label; an input unit (7, 25) adapted for inputting a number of unit labels necessary for forming the shelf label (16, 17, 18) and a printing data of the merchandise information; a printing unit capable of printing the merchandise information over an arbitrary number of unit labels; and a control unit adapted to form the shelf label (16, 17, 18) by printing the merchandise information on the arbitrary number of unit labels at the printing unit according to the number of unit labels necessary for forming the shelf label (16, 17, 18) and the number of position detecting marks.
A double cone transmission device comprising a first bevel gear, which can be coupled with a drive shaft, and a second bevel gear, which can be coupled with a driven shaft, wherein a power transmission element respectively cooperating with a region of a lateral surface of the first bevel gear and a region of a lateral surface of the second bevel gear is provided for power transmission from the first bevel gear to the second bevel gear, characterised in that the power transmission element is a tubular, at least partly flexible element, wherein power transmission from the power transmission element to the respective bevel gear (3, 5) occurs by a contact of the tubular element with the respective bevel gear (3, 5), caused by a crowned element, and wherein said crowned element is displaceable relative to the first bevel gear and the second bevel gear in order to adjust a gear ratio between the first bevel gear and the second bevel gear.
A system comprising: a plurality of sensors (102, 104, 106) and, for each sensor, a respective sensor controller of a plurality of sensor controllers (112b, 114b, 116b), wherein each sensor controller is configured to implement a respective decimation filter that is configured to generate a single output value from multiple input samples generated by a corresponding sensor of the plurality of sensors (102, 104, 116), wherein a master sensor controller of the plurality of sensor controllers (112b, 114b, 116b) is configured to generate a sync signal upon the master sensor controller receiving a threshold number of input samples from a corresponding sensor of the master sensor controller, and wherein each sensor controller other than the master sensor controller is configured to monitor sync signals generated by the master sensor controller and to provide the single output value generated from the multiple input samples generated by the corresponding sensor upon determining that the master sensor controller generated a sync signal. a plurality of sensors (102, 104, 106) and, for each sensor, a respective sensor controller of a plurality of sensor controllers (112b, 114b, 116b), wherein each sensor controller is configured to implement a respective decimation filter that is configured to generate a single output value from multiple input samples generated by a corresponding sensor of the plurality of sensors (102, 104, 116), wherein a master sensor controller of the plurality of sensor controllers (112b, 114b, 116b) is configured to generate a sync signal upon the master sensor controller receiving a threshold number of input samples from a corresponding sensor of the master sensor controller, and wherein each sensor controller other than the master sensor controller is configured to monitor sync signals generated by the master sensor controller and to provide the single output value generated from the multiple input samples generated by the corresponding sensor upon determining that the master sensor controller generated a sync signal.
A heat exchanger, comprising: a heat exchange assembly, the heat exchange assembly comprising: a plurality of heat exchange tubes for a heat exchange medium to flow through; a connecting plate connected between adjacent heat exchange tubes; and a heat exchange plate formed by at least a part of the connecting plate extending along the length direction of the heat exchange tube, and a header, wherein the heat exchange assembly is at least one layer of the heat exchanger, characterized in that the plurality of heat exchange tubes is at least three heat exchange tubes and the heat exchange assembly is substantially parallel to an axial direction of the header, wherein a wind direction is substantially perpendicular to a plane in which the connecting plate or the main body of the connecting plate lies. a plurality of heat exchange tubes for a heat exchange medium to flow through; a connecting plate connected between adjacent heat exchange tubes; and a heat exchange plate formed by at least a part of the connecting plate extending along the length direction of the heat exchange tube, and a header, wherein the heat exchange assembly is at least one layer of the heat exchanger, characterized in that the plurality of heat exchange tubes is at least three heat exchange tubes and the heat exchange assembly is substantially parallel to an axial direction of the header, wherein a wind direction is substantially perpendicular to a plane in which the connecting plate or the main body of the connecting plate lies.
A turbine containment arrangement comprising: a turbine rotor rotatable about a turbine axis; and a casing extending radially outward of the turbine rotor and comprising: an outer ring; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that: each of the plurality of fins spirals outward in a direction that is opposite to a direction of rotation of the turbine wheel. a turbine rotor rotatable about a turbine axis; and a casing extending radially outward of the turbine rotor and comprising: an outer ring; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that: an outer ring; an inner ring disposed radially inward from and co-axially with the outer ring and the turbine axis, wherein the outer ring and the inner ring form an annular gap extending therebetween; and a plurality of fins disposed between the outer ring and the inner ring and extending at least partially circumferentially and radially therebetween, wherein the plurality of fins is monolithically formed with the inner and outer rings; and characterised in that: each of the plurality of fins spirals outward in a direction that is opposite to a direction of rotation of the turbine wheel.
A wafer laminate comprising a transparent substrate, an adhesive layer formed on the substrate, and a wafer bonded to the adhesive layer, with a circuit-forming surface of the wafer facing the adhesive layer, the adhesive layer including a first cured resin layer disposed adjacent the substrate and having light-shielding properties and a second cured resin layer disposed adjacent the wafer and comprising a cured product of a thermosetting resin composition, wherein the first cured resin layer having light-shielding properties has a transmittance of up to 15% at wavelength 500 nm.
A fire damper comprising a body, constituted by a steel frame and lamellas of a fire resistant material, provided with gaskets, wherein the lamellas have two parallel operating surfaces, two leading edges and two side edges and along the operating surfaces rotational axes of lamellas extend seated in lamellas by means of connectors mounted with bolts, wherein the lamellas are connected to each other by means of a string, characterized in that reinforcing elements are fixed on both operating surfaces of the lamellas, said reinforcing elements being made of a shaped section one arm of which is seated in a groove arranged in the operating surface of the lamella along its length and mounted to the lamella where the reinforcing elements and the connectors are fixed to the lamellas by means of adapter sleeves seated therein and bolts screwed into the adapter sleeves arranged in a blind opening provided in the lamella, and the lamellas are connected to each other at one side by means of two strings coupled with each other at one side by means of rotational levers which enables transmission of a driving force between the individual lamellas from a driving mechanism connected to one of the lamellas, wherein the driving mechanism and the strings are accommodated in a separate thermally insulated chamber within the body of the damper.
A packaging system for an elongate tool comprising a distal end and a proximal end configured to be coupled to a surgical device, said packaging system comprising: a segmented packaging body (22; 122) comprising: a first distal section (42; 142) comprising a first boundary (46; 146) and a second boundary (48; 148); a second distal section (44; 144) coupled to said first distal section (42; 142) at said first boundary (46; 146) with said first and second distal sections (42; 142, 44; 144) configured to receive the distal end of the elongate tool; and a proximal section (50, 150) configured to receive the proximal end of the elongate tool; characterized by said proximal section (50, 150) being detachably coupled to said first distal section (42; 142) at said second boundary (48; 148). a first distal section (42; 142) comprising a first boundary (46; 146) and a second boundary (48; 148); a second distal section (44; 144) coupled to said first distal section (42; 142) at said first boundary (46; 146) with said first and second distal sections (42; 142, 44; 144) configured to receive the distal end of the elongate tool; and a proximal section (50, 150) configured to receive the proximal end of the elongate tool; characterized by said proximal section (50, 150) being detachably coupled to said first distal section (42; 142) at said second boundary (48; 148).
Device for locking unicortical pins, comprising: a pin-locking arm provided with two seats (101a, 101b) suitable for locking a corresponding number of unicortical pins; and a connection base, intended to couple with a connecting body of an anchoring group for an external fixator, locking means configured to act simultaneously on the seats (101a, 101b), locking in position two unicortical pins inserted therein, wherein said locking means comprise deformable spheres (103a, 103b) which are passed through by an insertion channel for the unicortical pins, and a pressure plate acting on the seats (101a, 101b) for compressing both said deformable spheres (103a, 103b) locking in position the unicortical pins inserted in the respective insertion channels, wherein said deformable spheres (103a, 103b) are arranged between an impression of the pin-locking arm and the pressure plate, said locking means further comprising tightening means designed to generate an action for tightening the pressure plate against the pin-locking arm, characterised in that said locking means further comprises resilient setting means arranged between the impression and the pressure plate and intended to oppose the action of the tightening means.
Process for the manufacture of a suspension of mustard bran particles comprising the following steps: a) providing an aqueous dispersion of mustard bran particles originating from the seeds of black mustard (Brassica nigra) and/or the seeds of brown Indian mustard (Brassica juncea), said mustard bran particles having a volume weighted mean diameter of more than 300 μm; b) producing a milled suspension of mustard bran particles by passing the dispersion one or more times through a high shear device selected from a high-pressure homogenizer and an ultra-fine friction grinder, said high pressure homogenizer being operated at a pressure drop of at least 100 bar. a) providing an aqueous dispersion of mustard bran particles originating from the seeds of black mustard (Brassica nigra) and/or the seeds of brown Indian mustard (Brassica juncea), said mustard bran particles having a volume weighted mean diameter of more than 300 μm; b) producing a milled suspension of mustard bran particles by passing the dispersion one or more times through a high shear device selected from a high-pressure homogenizer and an ultra-fine friction grinder, said high pressure homogenizer being operated at a pressure drop of at least 100 bar.
A solid oxide fuel cell, comprising an anode support layer comprising nickel-yttria-stabilized zirconia Ni-YSZ tape and an anode functional layer comprising nickel-gadolinium-doped ceria Ni-GDC, wherein the Ni-YSZ anode support layer is 250 to 500 μm in thickness and the Ni-GDC anode functional layer is 5 to 40 μm in thickness; and a GDC electrolyte layer, wherein the anode functional layer resides between the anode support layer and the electrolyte layer.
An optical fiber comprising: a core region containing an alkali metal in an average concentration of 0.2 atomic ppm or more and 50 atomic ppm or less, and chlorine in a minimum concentration of 1,000 atomic ppm or more and in an average concentration of 2,000 atomic ppm or more; and a cladding region surrounding the core region, wherein the chlorine concentration in the optical fiber is the lowest near the central portion of the core region and is high at the outer peripheral portion of the core region. a core region containing an alkali metal in an average concentration of 0.2 atomic ppm or more and 50 atomic ppm or less, and chlorine in a minimum concentration of 1,000 atomic ppm or more and in an average concentration of 2,000 atomic ppm or more; and a cladding region surrounding the core region, wherein the chlorine concentration in the optical fiber is the lowest near the central portion of the core region and is high at the outer peripheral portion of the core region.
A sliding seat device with surrounding structure, comprising: a main body provided with a sliding portion; a sliding seat slidingly disposed on the sliding portion, the sliding seat reciprocating along an X-axis direction of the main body, the sliding seat provided with a housing; a sliding pillar passing through the housing, the sliding pillar reciprocating along a Z-axis direction of the main body, one side of the sliding pillar provided with a protruding rail disposed along the Z-axis direction of the main body: characterised in that the sliding seat device further comprises an assistant plate connected with the sliding seat and facing the protruding rail; and an adjusting unit passing through the assistant plate and pushing against the protruding rail, the adjusting unit correcting a vertical bias between the sliding pillar and the main body. a main body provided with a sliding portion; a sliding seat slidingly disposed on the sliding portion, the sliding seat reciprocating along an X-axis direction of the main body, the sliding seat provided with a housing; a sliding pillar passing through the housing, the sliding pillar reciprocating along a Z-axis direction of the main body, one side of the sliding pillar provided with a protruding rail disposed along the Z-axis direction of the main body: characterised in that the sliding seat device further comprises an assistant plate connected with the sliding seat and facing the protruding rail; and an adjusting unit passing through the assistant plate and pushing against the protruding rail, the adjusting unit correcting a vertical bias between the sliding pillar and the main body.
An integrated security device, comprising: an encryption/decoding processing unit for executing processing necessary for authentication by using a logic circuit that forms an encryption/decoding function; a selector for selecting signals whose number corresponds to a specific number of lines from among signals from a plurality of intermediate nodes of the logic circuit in accordance with a selection signal from outside; and a signal processing unit having a function of detecting a glitch caused by the signals corresponding to the specific number of lines selected by the selector, for switch-selecting the signals corresponding to the specific number of lines by supplying the selector with the signal from the outside, to implement both a function of generating a physical random number and a function of generating a device identifier by a physical characteristic based on the glitch detected in accordance with the switch-selected signals corresponding to the specific number of lines. an encryption/decoding processing unit for executing processing necessary for authentication by using a logic circuit that forms an encryption/decoding function; a selector for selecting signals whose number corresponds to a specific number of lines from among signals from a plurality of intermediate nodes of the logic circuit in accordance with a selection signal from outside; and a signal processing unit having a function of detecting a glitch caused by the signals corresponding to the specific number of lines selected by the selector, for switch-selecting the signals corresponding to the specific number of lines by supplying the selector with the signal from the outside, to implement both a function of generating a physical random number and a function of generating a device identifier by a physical characteristic based on the glitch detected in accordance with the switch-selected signals corresponding to the specific number of lines.
A method for fermentation and culture comprising fermenting a material selected from wheat flour, rice powder, wheat bran powder, rice bran, sake lees, brown seaweed mekabu powder, kelp powder, and bean curd refuse, with a facultative anaerobic gram-negative bacterium which lives in a symbiotic relationship exclusively with a plant and simultaneously culturing said facultative anaerobic gram-negative bacterium.
Sample tube with a top opening that is surrounded by side walls which merge into a bottom, the bottom of the sample tube comprising an essentially flat downside that is arranged farther to the top opening, wherein the sample tube comprises an identification portion located at the bottom of the sample tube, characterized in that the side walls and bottom of sample tube form an integral body integrally of an opaque polymer material so that the bottom and side walls are integrally of the same opaque polymer material having a first color and the identification portion is composed of: i) the opaque polymer material that is integrally the same material for the side walls and the bottom of the sample tube having the first color, and ii) a transparent cover layer disposed on the essentially flat downside of the bottom, wherein the transparent cover layer comprises a laser sensitive filler that, upon irradiation with a laser marking beam, turns an irradiated area of the transparent cover layer into an opaque area with a second color that is contrasting from the first color. i) the opaque polymer material that is integrally the same material for the side walls and the bottom of the sample tube having the first color, and ii) a transparent cover layer disposed on the essentially flat downside of the bottom, wherein the transparent cover layer comprises a laser sensitive filler that, upon irradiation with a laser marking beam, turns an irradiated area of the transparent cover layer into an opaque area with a second color that is contrasting from the first color.
A fluid collection canister for collecting bodily fluids from a tissue site by using reduced pressure provided from a reduced pressure treatment unit, comprising: a support member having a generally rigid body, a proximal end including an inlet adapted to receive bodily fluids from the tissue site and an outlet adapted to be fluidly coupled to the reduced pressure treatment unit for receiving reduced pressure, and a distal end, the support member being releasably connectable to the reduced pressure treatment unit; a container having walls forming a chamber within the container, a proximal end including an opening to the chamber adapted to be fluidly coupled to the inlet and outlet of the support member, and a distal end closing the chamber, wherein the walls have a collapsible portion allowing the container to be compressed to a first volume in a collapsed state and stretched to a second volume in an expanded state, the second volume being larger than the first volume; and a retention device adapted to couple the distal end of the container to the distal end of the support member to hold the container in the expanded state characterised in that the collapsible portion is corrugated. a support member having a generally rigid body, a proximal end including an inlet adapted to receive bodily fluids from the tissue site and an outlet adapted to be fluidly coupled to the reduced pressure treatment unit for receiving reduced pressure, and a distal end, the support member being releasably connectable to the reduced pressure treatment unit; a container having walls forming a chamber within the container, a proximal end including an opening to the chamber adapted to be fluidly coupled to the inlet and outlet of the support member, and a distal end closing the chamber, wherein the walls have a collapsible portion allowing the container to be compressed to a first volume in a collapsed state and stretched to a second volume in an expanded state, the second volume being larger than the first volume; and a retention device adapted to couple the distal end of the container to the distal end of the support member to hold the container in the expanded state characterised in that the collapsible portion is corrugated.