mhurhangee/ep-ind-claims huggingface dataset:
A bottle pouch with an integrated fitment and inner support handle piece comprising: a flexible pouch in the shape of a bottle comprising a flexible pouch body with a handle region and at least one outer sleeve or loop coupled to an outer periphery of the flexible pouch body, a combined fitment and inner support handle piece including a rigid handle portion extending from the combined fitment and inner support handle piece, wherein the combined fitment and inner support handle piece is coupled to the flexible pouch and the inner support handle piece passes through the interior of the at least one outer sleeve or loop, wherein the inner support handle piece extends from the outer periphery of the fitment and is external to the flexible pouch body, and wherein the inner support handle piece passes from the interior of the outer sleeve or loop to the exterior of the flexible pouch body adjacent to the handle region of the flexible pouch body to form the rigid handle portion that increases the rigidity of the handle region of the flexible pouch. a flexible pouch in the shape of a bottle comprising a flexible pouch body with a handle region and at least one outer sleeve or loop coupled to an outer periphery of the flexible pouch body, a combined fitment and inner support handle piece including a rigid handle portion extending from the combined fitment and inner support handle piece, wherein the combined fitment and inner support handle piece is coupled to the flexible pouch and the inner support handle piece passes through the interior of the at least one outer sleeve or loop, wherein the inner support handle piece extends from the outer periphery of the fitment and is external to the flexible pouch body, and wherein the inner support handle piece passes from the interior of the outer sleeve or loop to the exterior of the flexible pouch body adjacent to the handle region of the flexible pouch body to form the rigid handle portion that increases the rigidity of the handle region of the flexible pouch.
A valve for rubberized wheels, having a proximal end for the connection with a rubberized wheel and an opposite distal end, said valve comprising: - a hollow valve body of cylindrical shape, adapted to connect the interior of said rubberized wheel to the outside environment and allow air to pass, said valve body internally defining a sealing seat; - an actuating mechanism of said valve arranged inside the valve body, and comprising a pin with a distal zone on which an elastic element is fitted, and with a proximal zone on which a sealing ring is arranged, adapted to sealingly close the sealing seat of the valve body in a closing configuration in which the air is prevented from passing through said valve body; - a rubber ring adapted to partially cover the valve body; characterized in that by applying a thrust in the proximal direction and a rotation to the pin, at least one locking tooth arranged inside the valve body is inserted into at least one locking housing arranged on the pin, thus locking said pin inside the valve body in an opening configuration in which the sealing ring is separated from the sealing seat to allow air or repair fluids to pass through said valve body. - a hollow valve body of cylindrical shape, adapted to connect the interior of said rubberized wheel to the outside environment and allow air to pass, said valve body internally defining a sealing seat; - an actuating mechanism of said valve arranged inside the valve body, and comprising a pin with a distal zone on which an elastic element is fitted, and with a proximal zone on which a sealing ring is arranged, adapted to sealingly close the sealing seat of the valve body in a closing configuration in which the air is prevented from passing through said valve body; - a rubber ring adapted to partially cover the valve body;
A method of controlling fume extraction, comprising: utilizing a welding sequence associated with at least two welds, wherein the welding sequence defines at least a first welding procedure to create a first weld including a first weld parameter and a second welding procedure to create a second weld including a second weld parameter; wherein the first welding procedure includes a first flow rate, and wherein the second welding procedure includes a second flow rate; setting a flow control device associated with fume extraction to the first flow rate during the first weld of the welding sequence; and setting the flow control device to the second flow rate during the second weld of the welding sequence, characterized in that the first flow rate is based on the first weld parameter and the second flow rate is based on the second weld parameter, wherein the first weld parameter and the second weld parameter are based on at least one of: a cycle time, a duty cycle, a welding process type, a welding wire type, a wire size, a wire feed speed, a waveform, an amperage, a voltage, a trim value, a polarity, a deposition rate, a transfer mode, a welding joint configuration, a type of base material, a welding power source setting, a wire feeder setting, a welding gun setting, a remote amperage control setting, a remote voltage control setting, a shielding gas flow rate, or a shielding gas composition. utilizing a welding sequence associated with at least two welds, wherein the welding sequence defines at least a first welding procedure to create a first weld including a first weld parameter and a second welding procedure to create a second weld including a second weld parameter; wherein the first welding procedure includes a first flow rate, and wherein the second welding procedure includes a second flow rate; setting a flow control device associated with fume extraction to the first flow rate during the first weld of the welding sequence; and setting the flow control device to the second flow rate during the second weld of the welding sequence, characterized in that the first flow rate is based on the first weld parameter and the second flow rate is based on the second weld parameter, wherein the first weld parameter and the second weld parameter are based on at least one of: a cycle time, a duty cycle, a welding process type, a welding wire type, a wire size, a wire feed speed, a waveform, an amperage, a voltage, a trim value, a polarity, a deposition rate, a transfer mode, a welding joint configuration, a type of base material, a welding power source setting, a wire feeder setting, a welding gun setting, a remote amperage control setting, a remote voltage control setting, a shielding gas flow rate, or a shielding gas composition.
A heat insulating glass unit for vehicle comprising: a laminated glass in which a first glass plate and a second glass plate are bonded to each other via an intermediate film; a color tone compensation film arranged on at least one surface of the laminated glass; a transparent conductive layer including 50 mass% or more of an indium tin oxide arranged on the color tone compensation film; and an upper part layer arranged on the transparent conductive layer, a refraction index of the upper part layer for a light with a wavelength of 630 nm being 1.7 or less, wherein the color tone compensation film has at least a first layer and a second layer, wherein the first layer is arranged at a position closer to the laminated glass than the second layer, wherein a refraction index of the first layer for a light with a wavelength of 630 nm is greater than a refraction index of the second layer for a light with a wavelength of 630 nm, and wherein the first layer includes 50 mass% or more of silica-doped titania. a laminated glass in which a first glass plate and a second glass plate are bonded to each other via an intermediate film; a color tone compensation film arranged on at least one surface of the laminated glass; a transparent conductive layer including 50 mass% or more of an indium tin oxide arranged on the color tone compensation film; and an upper part layer arranged on the transparent conductive layer, a refraction index of the upper part layer for a light with a wavelength of 630 nm being 1.7 or less, wherein the color tone compensation film has at least a first layer and a second layer, wherein the first layer is arranged at a position closer to the laminated glass than the second layer, wherein a refraction index of the first layer for a light with a wavelength of 630 nm is greater than a refraction index of the second layer for a light with a wavelength of 630 nm, and wherein the first layer includes 50 mass% or more of silica-doped titania.
A method for securely extending cloud service application programming interfaces (APIs) in a cloud service marketplace, the method comprising: deploying, by a connector hub of a marketplace computing device, an API connector instance in a connection factory of the marketplace computing device, wherein the API connector instance comprises source code of an API connector usable to communicate with a remote API associated with a cloud service of a cloud service provider; transmitting, by the connector hub, provider provisioning channel credentials to the API connector instance and a cloud service provider interface of the cloud service provider; transmitting, by the connector hub, broker provisioning channel credentials to the API connector instance and a cloud service broker interface of the cloud service broker; and establishing of, by the connector hub, a provisioning channel between the cloud service provider interface and the cloud service broker interface, wherein establishing the provisioning channel comprises establishing (i) a first communication channel between the API connector instance and the cloud service provider interface using the provider provisioning channel credentials to perform a first authentication operation, and (ii) a second communication channel between the API connector instance and the cloud service broker interface using the broker provisioning channel credentials to perform a second authentication operation. deploying, by a connector hub of a marketplace computing device, an API connector instance in a connection factory of the marketplace computing device, wherein the API connector instance comprises source code of an API connector usable to communicate with a remote API associated with a cloud service of a cloud service provider; transmitting, by the connector hub, provider provisioning channel credentials to the API connector instance and a cloud service provider interface of the cloud service provider; transmitting, by the connector hub, broker provisioning channel credentials to the API connector instance and a cloud service broker interface of the cloud service broker; and establishing of, by the connector hub, a provisioning channel between the cloud service provider interface and the cloud service broker interface, wherein establishing the provisioning channel comprises establishing (i) a first communication channel between the API connector instance and the cloud service provider interface using the provider provisioning channel credentials to perform a first authentication operation, and (ii) a second communication channel between the API connector instance and the cloud service broker interface using the broker provisioning channel credentials to perform a second authentication operation.
A shredder-aspirator integrated device comprising shredding means suitable for shredding organic garden material, comprising: - an aspirating mouth suitable for aspirating said organic garden material; - a fan rotational about a first axis, which can be actuated to generate an air flow suitable for conveying said organic garden material from said aspirating mouth towards said shredding means; and - a drive, which can be connected, in use, to a motor; said shredding means and said fan being operatively connected to said drive; said shredding means comprising a first shaft and a second shaft, each of which carries a respective plurality of first and second blades mutually alternating and transversal with respect to the respective said first and second shaft (17, 18); said first and second blades interacting with said organic material to shred it; said first and second shaft (17, 18) being rotational about respective second axes (C, D), which are mutually parallel to each other, characterised in that said second axes (C, D) are transversal to said first axis. - an aspirating mouth suitable for aspirating said organic garden material; - a fan rotational about a first axis, which can be actuated to generate an air flow suitable for conveying said organic garden material from said aspirating mouth towards said shredding means; and - a drive, which can be connected, in use, to a motor;
A rubber composition comprising a rubber component, a petroleum wax, and an antidegradant, wherein the petroleum wax comprises a C20-C34 hydrocarbon component and a C35 or higher hydrocarbon component, and a proportion of the C20-C34 hydrocarbon component is 15% by mass to 30% by mass and a proportion of the C35 or higher hydrocarbon component is 70% by mass to 85% by mass, based on a total mass of the C20-C34 hydrocarbon component and the C35 or higher hydrocarbon component. wherein the petroleum wax comprises a C20-C34 hydrocarbon component and a C35 or higher hydrocarbon component, and a proportion of the C20-C34 hydrocarbon component is 15% by mass to 30% by mass and a proportion of the C35 or higher hydrocarbon component is 70% by mass to 85% by mass, based on a total mass of the C20-C34 hydrocarbon component and the C35 or higher hydrocarbon component.
A rolling forming method of wheel disc step of Baiting a circular blank, characterized by the steps of comprising the step of Placing the circular blank in a cavity of a circular rolling explorator; and adopting at least two rolling wheels symmetrically arranged along the circumferential direction of the rolling explorator to perform planar synchronous staggered rolling on the circular blank in the cavity of the rolling explorator in order to roll the circular blank into a wheel disc blank which gradually becomes thinner from the center to the rim; Performing trimming and sizing on the wheel disc blank; and Stretching the wheel disc blank to form a wheel disc to meet the shape requirements of the section of the wheel disc and the dimensional requirements of the outer diameter and the height of the wheel disc. Baiting a circular blank, characterized by the steps of comprising the step of Placing the circular blank in a cavity of a circular rolling explorator; and adopting at least two rolling wheels symmetrically arranged along the circumferential direction of the rolling explorator to perform planar synchronous staggered rolling on the circular blank in the cavity of the rolling explorator in order to roll the circular blank into a wheel disc blank which gradually becomes thinner from the center to the rim; Performing trimming and sizing on the wheel disc blank; and Stretching the wheel disc blank to form a wheel disc to meet the shape requirements of the section of the wheel disc and the dimensional requirements of the outer diameter and the height of the wheel disc.
A transmission operating mechanism, comprising an operating housing, wherein an inner shifting shaft is provided in the operating housing, and the operating housing is provided with, from left to right, first position-limiting structure installation holes at an upper end and a lower end of the operating housing, a shifting block installation cavity, a second installation hole and a balancing spring installation cavity; and a shifting block is installed in the shifting block installation cavity and is connected to the inner shifting shaft via a shifting block positioning pin; wherein a balancing spring configured to cooperate with the inner shifting shaft is installed in the balancing spring installation cavity; wherein the inner shifting shaft is provided with a first position-limiting protruding portion, a first pin is installed in each of the first position-limiting structure installation holes, and is retained in each of the first position-limiting structure installation holes via a first spring and a first thread plug, and a front end of the first pin cooperates with the first position-limiting protruding portion of the inner shifting shaft; and the inner shifting shaft is provided with a second position-limiting protruding portion, and a second pin is installed in the second position-limiting structure installation hole of the operating housing, and is retained in the second position-limiting structure installation hole via a second spring and a second bolt, and a front end of the second pin cooperates with the second position-limiting protruding portion of the inner shifting shaft.
A fueling apparatus comprising: an equipment case; a flowmeter disposed in the equipment case; a fueling pipe connected to the flowmeter; a fueling hose connected to the fueling pipe through a connecting port; a fueling nozzle disposed at the tip of the fueling hose; a sealed indicator case whose inside is an area where in use fuel oil vapors are not present; a fueling control device, an indicator and a second control device for detecting intermixture of water and fuel oil that are installed in the indicator case; an oil line adapted for connecting an oil storage tank and the flowmeter with each other; a pump unit mounted to the oil line; a detection sensor provided with an optical fiber having a detecting portion at a tip of said sensor for detecting whether a water is mixed in a fuel oil or not by irradiating light to the fuel oil, said detecting portion disposed between said pump unit and said connecting port where in use fuel oil vapors are present, a photoelectric conversion device; characterized in that the photoelectric conversion device for processing an optical signal from the detecting portion of the detection sensor is disposed in said indicator case. an equipment case; a flowmeter disposed in the equipment case; a fueling pipe connected to the flowmeter; a fueling hose connected to the fueling pipe through a connecting port; a fueling nozzle disposed at the tip of the fueling hose; a sealed indicator case whose inside is an area where in use fuel oil vapors are not present; a fueling control device, an indicator and a second control device for detecting intermixture of water and fuel oil that are installed in the indicator case; an oil line adapted for connecting an oil storage tank and the flowmeter with each other; a pump unit mounted to the oil line; a detection sensor provided with an optical fiber having a detecting portion at a tip of said sensor for detecting whether a water is mixed in a fuel oil or not by irradiating light to the fuel oil, said detecting portion disposed between said pump unit and said connecting port where in use fuel oil vapors are present, a photoelectric conversion device; characterized in that the photoelectric conversion device for processing an optical signal from the detecting portion of the detection sensor is disposed in said indicator case.
A distal-end rigid section of an insertion section of an endoscope, the distal- end rigid section comprising: a first base of a metallic material, which forms a distal-end portion of the insertion section of the endoscope; a second base of a resin material, which is formed on an axially proximal-end side of the first base; a first through-hole (64a, 64b) formed by opening a part along an outer peripheral surface of the first base; a cylindrical portion (74a, 74b) covering an inner peripheral surface of the first through-hole, protruding from the second base toward an axially distal-end side of the first base and including a non-circular hole portion in which an illumination light source having a non-circular outer shape, generating light and emitting illumination light is disposed; and a circular-cylindrical portion (72a, 72b) formed by the second base and covering an inner peripheral surface of a second through-hole (62a, 62b) which is juxtaposed with the first through-hole and penetrates in an axial direction of the first base wherein a pipe-shaped member is integrally fixed in the circular-cylindrical portion in a state in which the pipe-shaped member is electrically insulated from the first base, the second buse being airtightly and watertightly formed on the axially proximal end side of the first base. a first base of a metallic material, which forms a distal-end portion of the insertion section of the endoscope; a second base of a resin material, which is formed on an axially proximal-end side of the first base; a first through-hole (64a, 64b) formed by opening a part along an outer peripheral surface of the first base; a cylindrical portion (74a, 74b) covering an inner peripheral surface of the first through-hole, protruding from the second base toward an axially distal-end side of the first base and including a non-circular hole portion in which an illumination light source having a non-circular outer shape, generating light and emitting illumination light is disposed; and a circular-cylindrical portion (72a, 72b) formed by the second base and covering an inner peripheral surface of a second through-hole (62a, 62b) which is juxtaposed with the first through-hole and penetrates in an axial direction of the first base wherein a pipe-shaped member is integrally fixed in the circular-cylindrical portion in a state in which the pipe-shaped member is electrically insulated from the first base, the second buse being airtightly and watertightly formed on the axially proximal end side of the first base.
An MEMS mirror arrangement for detecting an angular range of up to 180°, preferably up to 160°, comprising: a carrier substrate on which a mirror which oscillates about at least one axis is suspended, a transparent cover which is connected to the carrier substrate in a hermetically sealed manner and which comprises a semi-shell dome with an ellipsoidal cross-sectional surface, said dome rising above an essentially circular base surface, wherein the dome is provided with an inner dome shell and an outer dome shell which form boundary surfaces and the ratio of the height F to the diameter D of the inner and/or outer dome shell is between 0.4 and 0.6 and the difference between the ratio of the height F i to the diameter D i of the inner dome shell and the ratio of the height F a of to the diameter D a of the outer dome shell is within ±0.002, and compensation optics which are arranged outside the dome in a predefined beam path for an incident beam bundle, wherein the middle of the mirror coincides with the middle point of the base surface of the dome with a maximum tolerance of ±20% of the diameter of the base surface of the dome and wherein the compensation optics collimate the incident beam bundle in a manner such that a divergence or convergence of the beam bundle, caused by the boundary surfaces of the dome, is at least partly compensated after exit from the dome. a carrier substrate on which a mirror which oscillates about at least one axis is suspended, a transparent cover which is connected to the carrier substrate in a hermetically sealed manner and which comprises a semi-shell dome with an ellipsoidal cross-sectional surface, said dome rising above an essentially circular base surface, wherein the dome is provided with an inner dome shell and an outer dome shell which form boundary surfaces and the ratio of the height F to the diameter D of the inner and/or outer dome shell is between 0.4 and 0.6 and the difference between the ratio of the height F i to the diameter D i of the inner dome shell and the ratio of the height F a of to the diameter D a of the outer dome shell is within ±0.002, and compensation optics which are arranged outside the dome in a predefined beam path for an incident beam bundle, wherein the middle of the mirror coincides with the middle point of the base surface of the dome with a maximum tolerance of ±20% of the diameter of the base surface of the dome and wherein the compensation optics collimate the incident beam bundle in a manner such that a divergence or convergence of the beam bundle, caused by the boundary surfaces of the dome, is at least partly compensated after exit from the dome.