mhurhangee/ep-ind-claims huggingface dataset:
A system of a printing device and a cassette (6, 160) detachably attachable to the printing device, the printing device including: a print head; a platen roller; a motor for generating a driving force to rotate the platen roller; a cassette receiving portion; and a power transmission portion for transmitting the driving force to the platen roller and including a specific gear, the cassette being attached to the cassette receiving portion in a first direction, the cassette (6, 160) comprising: a printing tape to be printed by the print head and conveyed by the platen roller; a casing accommodating the printing tape; and characterized in that the cassette further comprises a pressure portion (78, 161) configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction. the printing device including: a print head; a platen roller; a motor for generating a driving force to rotate the platen roller; a cassette receiving portion; and a power transmission portion for transmitting the driving force to the platen roller and including a specific gear, the cassette being attached to the cassette receiving portion in a first direction, the cassette (6, 160) comprising: a printing tape to be printed by the print head and conveyed by the platen roller; a casing accommodating the printing tape; and characterized in that the cassette further comprises a pressure portion (78, 161) configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction. a printing tape to be printed by the print head and conveyed by the platen roller; a casing accommodating the printing tape; and characterized in that the cassette further comprises a pressure portion (78, 161) configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction.
A method of manufacturing a conductor assembly, said conductor assembly including an electrically conductive substrate and a non-metallic material, said method comprising: - pre-treating said electrically conductive substrate by placing the substrate in a laser range of a laser source, and by irradiating a surface of the substrate with a laser light from the laser source, thereby forming a micro-structure on the substrate surface, wherein the micro-structure has at least one of: a) an I/Ra ratio of at least 0.2 μm -1, I being the surface index, Ra being the average roughness; or b) an I/Rz ratio of at least 0.03 μm -1, I being the surface index, Rz being the average peak-to-valley distance; and - bonding said non-metallic material to the surface of said electrically conductive substrate, wherein the bonding includes one of molding, painting, extruding, casting said non-metallic material on said electrically conductive substrate, wherein said electrically conductive substrate is a core conductor adapted for carrying a nominal current in a high-voltage electrical power system. - pre-treating said electrically conductive substrate by placing the substrate in a laser range of a laser source, and by irradiating a surface of the substrate with a laser light from the laser source, thereby forming a micro-structure on the substrate surface, wherein the micro-structure has at least one of: a) an I/Ra ratio of at least 0.2 μm -1, I being the surface index, Ra being the average roughness; or b) an I/Rz ratio of at least 0.03 μm -1, I being the surface index, Rz being the average peak-to-valley distance; and a) an I/Ra ratio of at least 0.2 μm -1, I being the surface index, Ra being the average roughness; or b) an I/Rz ratio of at least 0.03 μm -1, I being the surface index, Rz being the average peak-to-valley distance; and - bonding said non-metallic material to the surface of said electrically conductive substrate, wherein the bonding includes one of molding, painting, extruding, casting said non-metallic material on said electrically conductive substrate, wherein
A method for operating a pasteurizing plant, comprising transporting closed containers filled with foods through one or multiple treatment zone(s), treating the containers with a tempered, aqueous treatment liquid in the treatment zone(s) by applying the treatment liquid to an outer surface of the containers, wherein the treatment liquid is fed back to a treatment zone from the treatment zone(s) for reuse in at least one circulation loop by means of a conveying means, and wherein per time unit, a partial quantity of a volume flow of the treatment liquid fed through the at least one circulation loop is removed to create at least one partial flow which at least one partial flow is fed through a cleaning device fluidically line-connected with the at least one circulation loop, said cleaning device comprising a membrane filtration device with one or multiple filter module(s) and is filtered, characterized in that a flow rate of the at least one partial flow is continuously monitored by the membrane filtration system by means of a sensor device, and in that, on the basis of the monitoring, the partial quantity of treatment liquid removed per time unit from the at least one circulation loop is influenced with respect to a desired flow rate of the at least one partial flow through the membrane filtration device, by adjusting a flow controlling position of at least one adjustable flow regulating means relative to the membrane filtration device, wherein, after being passed through the cleaning device, the at least one partial flow is fed back into an circulation loop or a treatment zone.
Element (10, 110) for the formation of swimming pool grids, said element (10, 110) being adapted to be connected in serie to other elements (10, 110) in order to obtain a swimming pool grid, said swimming pool grids being adapted to define a walking surface, said element (10, 110) comprising: - a main body which is developed along a first line and defines a first plane corresponding to the walking surface defined by the grids; - a plurality of teeth which protrude from the main body and developed on the first plane; - a connector which is connected to the main body and is adapted to removably connect the element (10, 110) to other elements (10, 110); - a plurality of shelves which protrude from the main body and developed on a second plane; wherein the second plane is disposed below the first plane so that the shelves are arranged under the teeth; wherein the shelves and the teeth being alternated with each other; wherein on a first side of the main body, each shelf corresponds to a tooth of a second side of the main body, opposite to the first side compared to the first line, and wherein a tooth of the first side corresponds to each shelf of the second side; characterized in that the shelves protrude from the main body by following a parabolic trend compared to the first line. - a main body which is developed along a first line and defines a first plane corresponding to the walking surface defined by the grids; - a plurality of teeth which protrude from the main body and developed on the first plane; - a connector which is connected to the main body and is adapted to removably connect the element (10, 110) to other elements (10, 110); - a plurality of shelves which protrude from the main body and developed on a second plane;
A process for preparing an oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone as determined by the HPLC method of Example 6, comprising hydrogenating an oxycodone hydrochloride composition having at least 100 ppm 14-hydroxycodeinone as determined by the HPLC method of Example 6 in a suitable solvent to produce an oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone, wherein the suitable solvent is selected from the group consisting of water, an alcohol, an ether, an amide, N-methylpyrrolidone, a carboxylic acid, and an appropriate mixture of any two or more of the aforementioned solvents, further comprising recovering the oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone from the solvent, wherein the recovery step comprises crystallizing the oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone and filtering the crystallized composition from the solvent.
Drive mechanism for a needle insertion arrangement of an injection device, the drive mechanism comprising: - an actuator, - a needle retainer adapted to retain an injection needle and linearly movable in a distal direction and a proximal direction for moving an injection needle, - a cam arranged on or coupled to the needle retainer, - a guide curve adapted to be rotated by the actuator about an axis aligned in the distal direction and the proximal direction and adapted to engage the cam, wherein the guide curve comprises a sloped section (16.2) such that the needle retainer is moved on rotation of the guide curve, characterized in that the guide curve further comprises: - a proximal section (16.1) with a zero pitch, and - a distal section (16.3) with a zero pitch, wherein the sloped section (16.2) connects the proximal section (16.1) with the distal section (16.3), wherein the guide curve is arranged as a helically wound rod arranged about the axis and or about a linear guide. - an actuator, - a needle retainer adapted to retain an injection needle and linearly movable in a distal direction and a proximal direction for moving an injection needle, - a cam arranged on or coupled to the needle retainer, - a guide curve adapted to be rotated by the actuator about an axis aligned in the distal direction and the proximal direction and adapted to engage the cam, wherein the guide curve comprises a sloped section (16.2) such that the needle retainer is moved on rotation of the guide curve, - a proximal section (16.1) with a zero pitch, and - a distal section (16.3) with a zero pitch,
Valve (10, 100) for a machine for manufacturing plastic containers from preforms that are expanded in a mould, by blow moulding or by stretch-blow moulding, by means of at least one high-pressure fluid, said valve comprising at least: - an inlet connected to a high-pressure fluid source and an outlet, which are brought into communication selectively via a valve body comprising an internal bore in which an obturator slides axially, - a chamber for controlling the obturator, which chamber is delimited axially by a principal face of the obturator and is supplied with a control fluid to cause said obturator to slide axially in the bore between at least one first, valve closing position and one second, valve opening position, - means for guiding the obturator, comprising at least one portion that penetrates axially inside said obturator, characterized in that the obturator consists of a tubular part into which the high-pressure fluid is introduced axially, and in that the obturator comprises at least one radial passage opening through which said high-pressure fluid passes when said obturator is in said second, valve opening position. - an inlet connected to a high-pressure fluid source and an outlet, which are brought into communication selectively via a valve body comprising an internal bore in which an obturator slides axially, - a chamber for controlling the obturator, which chamber is delimited axially by a principal face of the obturator and is supplied with a control fluid to cause said obturator to slide axially in the bore between at least one first, valve closing position and one second, valve opening position, - means for guiding the obturator, comprising at least one portion that penetrates axially inside said obturator,
A clutch assembly, comprising: a joint assembly comprising a first joint member drivingly connected to a second joint member by one or more third joint members; a first shaft drivingly connected to at least a portion of said first joint member; a first clutch member; a second clutch member that is selectively engagable with at least a portion of said first clutch member; a second shaft drivingly connected to at least a portion of said second clutch member; an actuation assembly operably configured to selectively transition said clutch assembly between a disengaged position and an engaged position; and wherein said actuation assembly utilizes an amount of rotational force transmitted from said second shaft by engaging said first clutch member with said second clutch member characterised in that said second clutch member further comprises one or more slots extending from an outermost surface of said second clutch member toward said inner surface of said second clutch member; and wherein said one or more slots in said second clutch member allow at least a portion of said second clutch member to be elastically deformed when said clutch assembly is in an engaged position. a joint assembly comprising a first joint member drivingly connected to a second joint member by one or more third joint members; a first shaft drivingly connected to at least a portion of said first joint member; a first clutch member; a second clutch member that is selectively engagable with at least a portion of said first clutch member; a second shaft drivingly connected to at least a portion of said second clutch member; an actuation assembly operably configured to selectively transition said clutch assembly between a disengaged position and an engaged position; and wherein said actuation assembly utilizes an amount of rotational force transmitted from said second shaft by engaging said first clutch member with said second clutch member characterised in that said second clutch member further comprises one or more slots extending from an outermost surface of said second clutch member toward said inner surface of said second clutch member; and wherein said one or more slots in said second clutch member allow at least a portion of said second clutch member to be elastically deformed when said clutch assembly is in an engaged position.
A thermal liner for transporting goods, which contains a thermal insulating material and has components that are hermetically connected, wherein the liner is configured to repeat an inner shape of a metal container, wherein the liner has an openable front wall and fastening elements that are made along the upper perimeter with the possibility of fixing the liner in the metal container using an appliance cord and inner lugs of the metal container, characterised in that the components of the thermal liner are made of two layers with an outer layer being an external reflective laminated metallized polyethylene foam (PE foam) (7, 8) with light-reflecting and heat-shielding ability as the thermal insulating material and an inner layer being a black polyethylene film for avoiding ultraviolet rays through the liner.
An amplifier capable of operating in multiple modes, the amplifier comprising: first and second voltage inputs; and first and second current outputs, wherein the first current output and the second current output have substantially the same amplitude and substantially the same polarity, and a third current output, wherein the third current output has an amplitude that is substantially the same as the amplitudes of the first and second current outputs, and wherein the third current output has a polarity that is substantially opposite to the polarities of the first and second current outputs. first and second voltage inputs; and first and second current outputs, wherein the first current output and the second current output have substantially the same amplitude and substantially the same polarity, and a third current output, wherein the third current output has an amplitude that is substantially the same as the amplitudes of the first and second current outputs, and wherein the third current output has a polarity that is substantially opposite to the polarities of the first and second current outputs.
A method of producing a security device, comprising: providing a substrate having a relief structure in or on its surface, the relief structure being provided in a first region of the substrate, the relief structure in the first region having a first recess or a plurality of first recesses in or on the surface of the substrate, the first recess or recesses being recessed with respect to one or more corresponding first land areas of the first region in or on the surface of the substrate; and applying a coating of a colour-shifting structure (30,40,50 to the relief structure such that the coating of the colour-shifting structure is received in the first recess or recesses of the first region and on the one or more first land areas and characterised in that a thickness (t) of the coating of the colour-shifting structure in the first recess or recesses is greater than or less than a thickness of the coating of the colour-shifting structure on the one or more first land areas. providing a substrate having a relief structure in or on its surface, the relief structure being provided in a first region of the substrate, the relief structure in the first region having a first recess or a plurality of first recesses in or on the surface of the substrate, the first recess or recesses being recessed with respect to one or more corresponding first land areas of the first region in or on the surface of the substrate; and applying a coating of a colour-shifting structure (30,40,50 to the relief structure such that the coating of the colour-shifting structure is received in the first recess or recesses of the first region and on the one or more first land areas and characterised in that a thickness (t) of the coating of the colour-shifting structure in the first recess or recesses is greater than or less than a thickness of the coating of the colour-shifting structure on the one or more first land areas.
A method for transferring energy wirelessly, the method comprising: transferring energy wirelessly from a first resonator structure (R 1) to an intermediate resonator structure (R B), wherein κ 1 B is the coupling rate between the first resonator structure and the intermediate resonator structure; transferring energy wirelessly from the intermediate resonator structure to a second resonator structure (R 2), wherein κ B 2 is the coupling rate between the intermediate resonator structure and the second resonator structure; and during the wireless energy transfers adjusting at least one of the coupling rates κ 1 B and κ B 2 as a function of time to reduce energy accumulation in the intermediate resonator structure and improve wireless energy transfer from the first resonator structure to the second resonator structure through the intermediate resonator structure. transferring energy wirelessly from a first resonator structure (R 1) to an intermediate resonator structure (R B), wherein κ 1 B is the coupling rate between the first resonator structure and the intermediate resonator structure; transferring energy wirelessly from the intermediate resonator structure to a second resonator structure (R 2), wherein κ B 2 is the coupling rate between the intermediate resonator structure and the second resonator structure; and during the wireless energy transfers adjusting at least one of the coupling rates κ 1 B and κ B 2 as a function of time to reduce energy accumulation in the intermediate resonator structure and improve wireless energy transfer from the first resonator structure to the second resonator structure through the intermediate resonator structure.
Device (1; 100) for cutting tapes comprising a first half-shell (2; 200) and a second half-shell (3; 300) adapted to surround an inner cavity (4; 400), which cavity is provided with an entry (5; 500) and an exit (6; 600) through which a tape is caused to run along an axis (X-X; Y-Y) corresponding to the longitudinal axis of the device (1; 100), the first half-shell (2; 200) comprising commands (7; 700) for activating one or more cutting blades (8; 800) of a tape and a second half-shell instead (3; 300) comprising a plurality (35; 900) of guides for said cutting blades when the blades are activated by said commands (7; 700).
An electronic device comprising: a housing including a first surface, a second surface, and a third surface defining an internal space of the housing; a touch screen display interposed between the first surface and the second surface; a sensor module disposed under the touch screen display and including a light emitting unit and a light receiving unit; and a wireless communication circuit disposed in the internal space, wherein the third surface includes a plurality of through holes (10-n) including a first through hole and a second through hole, the plurality of through holes formed at a specified angle relative to a plane of the first and second surfaces, wherein a first optical structure is disposed within the first through hole, and the first optical structure includes a concave surface for concentrating external light of the electronic device to the light receiving unit, wherein the concave surface is composed of a resin material and is located at a portion of the first optical structure which is exposed to the outside of the electronic device, and wherein a second optical structure is disposed within the second through hole for concentrating emitted light from the light emitting unit to outside of the electronic device. a housing including a first surface, a second surface, and a third surface defining an internal space of the housing; a touch screen display interposed between the first surface and the second surface; a sensor module disposed under the touch screen display and including a light emitting unit and a light receiving unit; and a wireless communication circuit disposed in the internal space, wherein the third surface includes a plurality of through holes (10-n) including a first through hole and a second through hole, the plurality of through holes formed at a specified angle relative to a plane of the first and second surfaces, wherein a first optical structure is disposed within the first through hole, and the first optical structure includes a concave surface for concentrating external light of the electronic device to the light receiving unit, wherein the concave surface is composed of a resin material and is located at a portion of the first optical structure which is exposed to the outside of the electronic device, and wherein a second optical structure is disposed within the second through hole for concentrating emitted light from the light emitting unit to outside of the electronic device.