mhurhangee/ep-ind-claims huggingface dataset:
Process for carrying out an antimicrobial treatment of the quaternary ammonium-based type, on a fabric or on a knit or a thread which can include, at least in part, silk, and independently of the type of construction, be it piqué, jersey, rib and stretch, where said fabric or knit is in the form of a semi-finished product or a finished article, said process which requires a finishing machine, characterized in that at least the following steps are required: a) Fill said machine with water at ambient temperature ( ~ 20/25°C) and load the thread, or the fabric, or the knit; add 1.5% of antimicrobial agent gradually over 15 minutes, once the introduction is complete, spin the goods in the bath for at least 30 minutes, in order to eliminate any possible anionic residues from previous working; b) Drain the bath and fill with new water at ambient temperature and take 10 millilitres of water to be used later for the first BPB environmental impact test of the antimicrobial agent; c) Continue by acidifying the bath to pH = 5.5 (tolerance ± 0.5); add 9% of antimicrobial agent over 15 minutes, at the end of which take another 10 ml of process water to be used later for the second BPB environmental impact test of the antimicrobial agent; d) Then increase the temperature until reaching the temperature of T = 60° ÷ 70°C adding Solvay soda to increase the pH up to 8 (tolerance ± 0.2) and maintain the bath conditions (pH and temperature) for approx. 20 minutes; e) Take 10 millilitres of process water and carry out the third BPB test to verify the absence of environmental impact of the antimicrobial agent on the three samples taken. If said test shows complete exhaustion of the antimicrobial agent, drain the bath without rinsing; f) Perform the drying in a tumbler or in a hot air oven. a) Fill said machine with water at ambient temperature ( ~ 20/25°C) and load the thread, or the fabric, or the knit; add 1.5% of antimicrobial agent gradually over 15 minutes, once the introduction is complete, spin the goods in the bath for at least 30 minutes, in order to eliminate any possible anionic residues from previous working; b) Drain the bath and fill with new water at ambient temperature and take 10 millilitres of water to be used later for the first BPB environmental impact test of the antimicrobial agent; c) Continue by acidifying the bath to pH = 5.5 (tolerance ± 0.5); add 9% of antimicrobial agent over 15 minutes, at the end of which take another 10 ml of process water to be used later for the second BPB environmental impact test of the antimicrobial agent; d) Then increase the temperature until reaching the temperature of T = 60° ÷ 70°C adding Solvay soda to increase the pH up to 8 (tolerance ± 0.2) and maintain the bath conditions (pH and temperature) for approx. 20 minutes; e) Take 10 millilitres of process water and carry out the third BPB test to verify the absence of environmental impact of the antimicrobial agent on the three samples taken. If said test shows complete exhaustion of the antimicrobial agent, drain the bath without rinsing; f) Perform the drying in a tumbler or in a hot air oven.
A top mount watersealing mechanism for toilets, wherein the top mount watersealing mechanism comprises a top mount base, a top mount seat ring and a watersealing material, the top mount base comprises a female connector, a male connector of the top mount seat ring is inserted into the female connector, a heater is contained in the top mount seat ring and connected with a control unit in the top mount base through an electric wire, characterized in that the electric wire penetrates through the female connector and the male connector, the male connector is filled with the watersealing material, and the watersealing material wraps the corresponding electric wire.
A starter comprising: a motor; an electromagnetic switch that is arranged to turn on/off power supply to the motor; a clutch that is arranged to transmit rotative force from the motor to a pinion gear to be engaged with a ring gear in an internal combustion engine, and that is reciprocally movable relative to the ring gear; a shift lever that is coupled at its one end portion with a plunger of the electromagnetic switch, and that has a straddle portion in a bifurcated form of its other end portion straddling the clutch; a shift piece for joining the clutch and the shift lever together, that is relatively rotatably fitted to a groove of the clutch, and is also relatively rotatably coupled with the straddle portion of the shift lever; wherein the shift lever makes its pivotal seesaw motion in conjunction with a reciprocal movement of the plunger, and the pinion gear is engaged with or released from the ring gear by a reciprocal movement of the clutch in conjunction with the pivotal seesaw motion, and wherein the shift piece is configured separately by a ring-like shift piece (shift piece A) mounting to the groove of the clutch, and another shift piece B mounting to the shift lever, the shift piece A and the shift piece B being mounted in a form coupled together, characterized in that the ring-like shift piece has a groove formed on its ring-like circumference portion for joining and supporting the shift piece B and a latching recess (21a, b) for the shift piece B formed on the groove. a motor; an electromagnetic switch that is arranged to turn on/off power supply to the motor; a clutch that is arranged to transmit rotative force from the motor to a pinion gear to be engaged with a ring gear in an internal combustion engine, and that is reciprocally movable relative to the ring gear; a shift lever that is coupled at its one end portion with a plunger of the electromagnetic switch, and that has a straddle portion in a bifurcated form of its other end portion straddling the clutch; a shift piece for joining the clutch and the shift lever together, that is relatively rotatably fitted to a groove of the clutch, and is also relatively rotatably coupled with the straddle portion of the shift lever; wherein the shift lever makes its pivotal seesaw motion in conjunction with a reciprocal movement of the plunger, and the pinion gear is engaged with or released from the ring gear by a reciprocal movement of the clutch in conjunction with the pivotal seesaw motion, and wherein the shift piece is configured separately by a ring-like shift piece (shift piece A) mounting to the groove of the clutch, and another shift piece B mounting to the shift lever, the shift piece A and the shift piece B being mounted in a form coupled together, characterized in that the ring-like shift piece has a groove formed on its ring-like circumference portion for joining and supporting the shift piece B and a latching recess (21a, b) for the shift piece B formed on the groove.
Welding power source for supplying an arc welding torch with electric current and electric voltage for carrying out an arc welding process, the arc welding power source being provided with a housing in which a current transformation device for conditioning electric current and voltage fed into the welding power source for suitability in an arc welding process, two pole contact devices (5, 6) are also provided on the housing of the welding power source, which each project from the housing along a respective longitudinal axis and are provided with connecting means for receiving a respective welding power cable (65, 66), wherein both pole contact devices (5, 6) are located completely within a projection surface of the housing onto a plane in which an installation surface of the welding power source is located, the projection taking place along an axis running perpendicular to the installation surface, characterised in both pole contact devices (5, 6) are provided with connecting means which are provided for producing and locking a detachable connection of the respective pole contact device (5, 6) to a welding power cable (65, 66) using a rotational movement about a longitudinal axis of the respective pole contact device (5, 6), the longitudinal axis emerging from the housing of the welding power source in such a way that the longitudinal axis is aligned in the direction of the plane of the contact surface. both pole contact devices (5, 6) are located completely within a projection surface of the housing onto a plane in which an installation surface of the welding power source is located, the projection taking place along an axis running perpendicular to the installation surface, characterised in both pole contact devices (5, 6) are provided with connecting means which are provided for producing and locking a detachable connection of the respective pole contact device (5, 6) to a welding power cable (65, 66) using a rotational movement about a longitudinal axis of the respective pole contact device (5, 6), the longitudinal axis emerging from the housing of the welding power source in such a way that the longitudinal axis is aligned in the direction of the plane of the contact surface.
A method for providing a user authority certification service, the method comprising: a client server sending a request for authority information to an authority service server; the client server receiving the authority information version from the authority service server and comparing the received authority information version with authority information version maintained in a client server memory; determining whether or not to download the authority information based on a result of a comparison between the received authority information version and the maintained authority information version; and updating the client server memory according to whether the authority information is downloaded; characterized by the client server performing user authority certification for each process operation to be performed by the client server, wherein the process operation is one selected from a group comprising process execution (S542, S562), logging in (S544, S564), process management (S546, S566) and logging out (S548, S568), and wherein the performing of the user authority certification comprises: the client server obtaining the user authority certification from the client server memory when communication between the client server and the authority service server is not possible and obtaining the user authority certification from the authority service server when communication between the client server and the authority service server is possible, and the client server stopping to obtain the user authority certification from the client server memory and resuming to obtain authority certification from the authority service server when communication between the client server and the authority service server is resumed while the client server obtains the user authority certification from the client server memory. a client server sending a request for authority information to an authority service server; the client server receiving the authority information version from the authority service server and comparing the received authority information version with authority information version maintained in a client server memory; determining whether or not to download the authority information based on a result of a comparison between the received authority information version and the maintained authority information version; and updating the client server memory according to whether the authority information is downloaded; characterized by the client server obtaining the user authority certification from the client server memory when communication between the client server and the authority service server is not possible and obtaining the user authority certification from the authority service server when communication between the client server and the authority service server is possible, and the client server stopping to obtain the user authority certification from the client server memory and resuming to obtain authority certification from the authority service server when communication between the client server and the authority service server is resumed while the client server obtains the user authority certification from the client server memory.
A holding device for pivotably holding a driver's cab on a vehicle chassis of a commercial vehicle, having: a first cab-proximal holding element for fastening to the driver's cab; a first chassis-proximal holding element for fastening to the vehicle chassis, wherein the first cab-proximal holding element and the first chassis-proximal holding element for pivoting the driver's cab are connected to one another in an articulated manner; and a first crash element which is releasably fastened to the first cab-proximal holding element, characterized in that the first crash element in a forward travel direction of the commercial vehicle is releasably fastened to the first cab-proximal holding element from the front, and/or the first crash element in terms of a forward travel direction of the commercial vehicle is releasably fastened to a front end face of the cab-proximal holding element. a first cab-proximal holding element for fastening to the driver's cab; a first chassis-proximal holding element for fastening to the vehicle chassis, wherein the first cab-proximal holding element and the first chassis-proximal holding element for pivoting the driver's cab are connected to one another in an articulated manner; and a first crash element which is releasably fastened to the first cab-proximal holding element, characterized in that the first crash element in a forward travel direction of the commercial vehicle is releasably fastened to the first cab-proximal holding element from the front, and/or the first crash element in terms of a forward travel direction of the commercial vehicle is releasably fastened to a front end face of the cab-proximal holding element.
An aircraft cabin assembly for an aircraft fuselage, the aircraft cabin assembly comprising a pair of cabin modules (36, 37), each cabin module (36, 37) defined by substantially floor-to-ceiling bulkheads (38, 50, 52), and an arrangement of seats (26, 28; 90) in an open seat region, the modules extending longitudinally within the seat region occupied by the seats, each of the pair of cabin modules (36, 37) being configured for being arranged on either side of the fuselage to define a central aisle extending longitudinally between them, the seats (26, 28; 90) in the seat region defining a pair of longitudinally extending side aisles (30, 32) between the seats, and diagonally extending transition aisles which are respectively defined by a part of the respective bulkhead and by a bulkhead on an inboard side, the transition aisles connecting each of the side aisles with the central aisle.
A process for detecting an analyte that is able to generate H 2 O 2 in a sample, the process comprising the steps of: S1. providing a sensor, the sensor comprising: a. a conductive material; b. a first electrode material superimposing at least a part of the conductive material to form a working electrode, wherein the first electrode material is adapted to perform at least one detection reaction when the analyte is present in the sample, and wherein H 2 O 2 is generated in the detection reaction, wherein the first electrode material comprises Mn 2 O 3 particles; and wherein the first electrode material further comprises an enzyme, wherein the enzyme is an oxidase; S2. applying a voltage to the working electrode; wherein the voltage is selected from the voltage range at which H 2 O 2 in the sample will be reduced at the working electrode thereby generating an electrical current, wherein the voltage is in a range of from 50 to 150 mV if compared to a reference electrode comprising Ag/AgCl with 3 M KCl, the process further comprising the detection of the electrical current, wherein the electrical current corresponds to a measure of a concentration of the analyte in the sample. S1. providing a sensor, the sensor comprising: a. a conductive material; b. a first electrode material superimposing at least a part of the conductive material to form a working electrode, wherein the first electrode material is adapted to perform at least one detection reaction when the analyte is present in the sample, and wherein H 2 O 2 is generated in the detection reaction, wherein the first electrode material comprises Mn 2 O 3 particles; and wherein the first electrode material further comprises an enzyme, wherein the enzyme is an oxidase; a. a conductive material; b. a first electrode material superimposing at least a part of the conductive material to form a working electrode, S2. applying a voltage to the working electrode; wherein the voltage is selected from the voltage range at which H 2 O 2 in the sample will be reduced at the working electrode thereby generating an electrical current, wherein the voltage is in a range of from 50 to 150 mV if compared to a reference electrode comprising Ag/AgCl with 3 M KCl, the process further comprising the detection of the electrical current, wherein the electrical current corresponds to a measure of a concentration of the analyte in the sample. wherein the voltage is selected from the voltage range at which H 2 O 2 in the sample will be reduced at the working electrode thereby generating an electrical current, wherein the voltage is in a range of from 50 to 150 mV if compared to a reference electrode comprising Ag/AgCl with 3 M KCl,
A material comprising a first polyrotaxane and a second polyrotaxane, wherein the first polyrotaxane comprises a first pseudopolyrotaxane, which has a first linear molecule and a first cyclic molecule (s) in which the first linear molecule is included in a cavity (cavities) of the first cyclic molecule (s) in a skewered manner, and first capping groups, each of which locates at each end of the first pseudopolyrotaxane in order to prevent the dissociation of the first cyclic molecule(s), the second polyrotaxane comprises a second pseudopolyrotaxane, which has a second linear molecule and a second cyclic molecule (s) in which the second linear molecule is included in a cavity (cavities) of the second cyclic molecule(s) in a skewered manner, and second capping groups, each of which locates at each end of the second pseudopolyrotaxane in order to prevent the dissociation of the second cyclic molecule(s), the first and second polyrotaxanes are crosslinked with each other via the first and second cyclic molecules, each of the first and second cyclic molecules has a first active group and a second active group, respectively, the crosslinked body has a crosslinking moiety which is bound to the first cyclic molecule and the second cyclic molecule, the crosslinking moiety has a first reactive group and a second reactive group, each of which is reactive with the first active group and the second active group, respectively, and the crosslinking moiety has a polymeric moiety comprising repeating units of 10 or more between the first and second reactive groups, the polymeric moiety is obtained by the polyaddition of triethylene glycol and hexamethylene diisocyanate to have a terminal isocyanate group or is polyether, polyester, polysiloxane, polycarbonate, poly(meth)acrylate or polyene, or copolymer thereof, wherein the polyester is poly(ethylene adipate), poly(1,3-propylene adipate) diol terminated, or poly(1,4-butylene adipate) diol terminated, and the polyene is modified polybutadiene or modified polyisoprene, the material is free from solvent, and the material has a stress at 50% strain (δ50) of 2.0 MPa or less, wherein free from solvent is meant that 3 wt % or less solvent based on the whole material weight is present.
Collar-type massage device comprising spaced apart massage elements, wherein a flexible collar housing is provided from which a flexible velcro device protrudes laterally, characterized in that at least two dimensionally stable elongated massage organs are provided, wherein the flexible collar housing has at least two separate storage spaces oriented in the transverse direction of the collar-type massage device for housing the elongated massage organs, wherein the storage spaces are limited by an inner surface element located close to the body and a storage space limiting surface element located remotely from the body, wherein the storage space limiting surface element is corrugatedly profiled relative to the inner surface element of the flexible collar housing in the transverse direction of the collar-type massage device and is firmly connected to the inner surface element, and wherein each massage organ is provided with an electric motor and at least two massage elements spaced apart in the longitudinal direction of the massage organ and rotatably drivable by the electric motor.
Kitchen appliance for preparing food in a pan, having a locking system, having the components - a pan receiving apparatus of the basic machine with a cylindrical or conical wall segment, - a pan which corresponds in shape to the pan receiving apparatus, wherein the pan in the pan receiving apparatus rests against the cylindrical or conical wall segment, or is directly adjacent thereto, - a pan ring, which can be detachably connected to the edge of the pan, wherein the pan ring together with the wall of the pan forms a cover, wherein the fold of the cover as part of the pan ring is at a distance from the pan wall, and wherein the fold engages behind the cylindrical or conical wall segment, characterised in that a depression is arranged as a catch on the exterior of the fold, in which depression an actuatable locking pin engages, which projects from an extension of the cylindrical or conical wall segment. - a pan receiving apparatus of the basic machine with a cylindrical or conical wall segment, - a pan which corresponds in shape to the pan receiving apparatus, - a pan ring, which can be detachably connected to the edge of the pan, wherein the pan ring together with the wall of the pan forms a cover, wherein the fold of the cover as part of the pan ring is at a distance from the pan wall, and
Turbulence generator of a headbox of a fiber web machine, which includes a plurality of flow pipes (17, 17') wherein each flow pipe has two ends, an inlet end and an outlet end, and between which ends (13, 15) there is a flow channel, wherein at least one groove and at least one protrusion is arranged in the external surface (21.1 - 21.4) of each flow pipe (17, 17') in order to attach each flow pipe (17, 17') to adjacent flow pipes (17, 17') of the plurality of flow pipes (17, 17'), characterized in that the at least one groove and the at least one protrusion of the flow pipe (17, 17') are formed in perpendicular direction to the axis of the flow pipe (17, 17') such that adjacent grooves and protrusions of the flow pipes (17, 17') are joined to each other to connect the adjacent flow pipes (17, 17') to each other by means of counter-pair joint formations (24, 25, 24', 25').