mhurhangee/ep-ind-claims huggingface dataset:
A cutting machine for cutting wood panels or alike, the machine comprising a supporting structure defining a supporting surface for the panels; a cutting station; a first feeding device, comprising a first slide movable along the supporting structure so as to displace at least one first panel along the supporting surface and through the cutting station in a given first direction; an actuating device for displacing the first feeding device along the supporting structure in the first direction; a second feeding device, comprising a second slide movable along the supporting structure so as to displace at least one second panel along the supporting surface and through the cutting station in the first direction; and a cutting device mounted in the cutting station and movable in a second direction, substantially perpendicular to the first direction to cut the panels; the cutting machine further comprising a first locking device and a second locking device, the second locking device being able to lock the second slide on the first slide and allow said actuating device to displace the two feeding devices (20, 21) in the first direction, the first locking device is able to lock the second slide onto the supporting structure and prevent the displacement of the second feeding device in the first direction, the cutting machine being characterized in that the first locking device and the second locking device both comprise two actuator cylinders.
An absorbable biomedical composite material comprising: - a polymer matrix having a second glass transition temperature, and - a plurality of substrate granules containing at least one selected from the group consisting of hydroxyapatite, calcium polyphosphate, and tricalcium phosphate, wherein each substrate granule is coated with an intermediate layer and distributed in the polymer matrix, the intermediate layer having a first glass transition temperature that is not higher than normal human body temperature, wherein the second glass transition temperature is higher than the first glass transition temperature; the intermediate layer comprises a random copolymer of two or more selected from the group consisting of lactide, caprolactone, p-dioxanone, and glycolide; and the polymer matrix comprises a homopolymer of lactide, caprolactone, p-dioxanone, or glycolide. - a polymer matrix having a second glass transition temperature, and - a plurality of substrate granules containing at least one selected from the group consisting of hydroxyapatite, calcium polyphosphate, and tricalcium phosphate, wherein each substrate granule is coated with an intermediate layer and distributed in the polymer matrix, the intermediate layer having a first glass transition temperature that is not higher than normal human body temperature, wherein the second glass transition temperature is higher than the first glass transition temperature; the intermediate layer comprises a random copolymer of two or more selected from the group consisting of lactide, caprolactone, p-dioxanone, and glycolide; and the polymer matrix comprises a homopolymer of lactide, caprolactone, p-dioxanone, or glycolide.
A surface emitting laser module comprising: a surface emitting laser element formed in a semiconductor substrate and having a surface emitting laser array adapted to emit light in a direction perpendicular to a surface of the semiconductor substrate; a package having a region in which the semiconductor substrate is provided; and a metal cap having a cylindrical part formed of metal, the cylindrical part having a transparent substrate on one side of the cylindrical part and a bottom part on the other side of the cylindrical part bonded to the package; wherein the transparent substrate is provided in the metal cap in such a manner as to be inclined with respect to the semiconductor substrate, the package has a metal part (31, 32) at a bonding part of the package, the metal part being bonded to the the bottom part of the cylindrical part of the metal cap, and the metal part and the bottom part of the cylindrical part of the metal cap are bonded together by welding; characterized in that the metal part has a plating part plated on a surface of the package and a metal ring being bonded to the plating part, the metal ring being welded to the bottom part, whereby the metal cap is being bonded to enclose the surface emitting laser element. a surface emitting laser element formed in a semiconductor substrate and having a surface emitting laser array adapted to emit light in a direction perpendicular to a surface of the semiconductor substrate; a package having a region in which the semiconductor substrate is provided; and a metal cap having a cylindrical part formed of metal, the cylindrical part having a transparent substrate on one side of the cylindrical part and a bottom part on the other side of the cylindrical part bonded to the package; wherein the transparent substrate is provided in the metal cap in such a manner as to be inclined with respect to the semiconductor substrate, the package has a metal part (31, 32) at a bonding part of the package, the metal part being bonded to the the bottom part of the cylindrical part of the metal cap, and the metal part and the bottom part of the cylindrical part of the metal cap are bonded together by welding; characterized in that the metal part has a plating part plated on a surface of the package and a metal ring being bonded to the plating part, the metal ring being welded to the bottom part, whereby the metal cap is being bonded to enclose the surface emitting laser element.
Methotrexate, a pharmaceutically acceptable salt thereof, or a hydrate thereof, for use in the treatment of rheumatoid arthritis, characterized in that methotrexate, a pharmaceutically acceptable salt, or a hydrate thereof is subcutaneously administered with a dosage regime being as follows: i) within a first time period, the dose is 38 to 80 mg/week; ii) within a second time period, the dose is 22 to 34 mg/week; and iii) within a third time period, the dose is 8 to 20 mg/week, the duration of each of the first, second and third time period is at least two weeks respectively, and the first, second and third time period subsequently follow in direct succession, with the proviso that within the total treatment time, the average dose of methotrexate, a pharmaceutically acceptable salt thereof, or a hydrate thereof administered is 26 to 40 mg/week. characterized in that methotrexate, a pharmaceutically acceptable salt, or a hydrate thereof is subcutaneously administered with a dosage regime being as follows: i) within a first time period, the dose is 38 to 80 mg/week; ii) within a second time period, the dose is 22 to 34 mg/week; and iii) within a third time period, the dose is 8 to 20 mg/week, i) within a first time period, the dose is 38 to 80 mg/week; ii) within a second time period, the dose is 22 to 34 mg/week; and iii) within a third time period, the dose is 8 to 20 mg/week, the duration of each of the first, second and third time period is at least two weeks respectively, and the first, second and third time period subsequently follow in direct succession, with the proviso that within the total treatment time, the average dose of methotrexate, a pharmaceutically acceptable salt thereof, or a hydrate thereof administered is 26 to 40 mg/week.
A method of assembling a shaft drive transmission including an elongated drive shaft assembly rotatable within an outer casing assembly, the shaft drive transmission extending between and operatively coupling an external drive motor and a hand-held, power operated tool, the steps of the method comprising: a) providing a drive shaft assembly including a flexible, elongated flex shaft having a first motor end and a second tool end; b) providing an outer casing assembly including an outer casing defining a longitudinally extending throughbore and having a first motor end and a second tool end; c) providing a lock sleeve including a central throughbore, a stem portion at a first axial end and a casing portion at an opposite axial end; d) sliding the lock sleeve onto the motor end of the outer casing in an axial direction of movement toward the second tool end of the outer casing, the casing portion of the lock sleeve being in an axially recessed position with respect to the motor end of the outer casing; e) inserting the motor end of the flex shaft into the tool end of the outer casing and advancing the flex shaft through the outer casing, the motor end of the flex shaft extending beyond the motor end of the outer casing and beyond the first axial end of the lock sleeve; f) affixing a driven fitting to the motor end of the flex shaft; and g) advancing the lock sleeve along the outer casing in an axial direction of movement toward the first motor end of the outer casing to overlie the motor end of casing and affixing the casing portion of the lock sleeve to the outer casing, wherein the steps d) to g) are sequentially executed. a) providing a drive shaft assembly including a flexible, elongated flex shaft having a first motor end and a second tool end; b) providing an outer casing assembly including an outer casing defining a longitudinally extending throughbore and having a first motor end and a second tool end; c) providing a lock sleeve including a central throughbore, a stem portion at a first axial end and a casing portion at an opposite axial end; d) sliding the lock sleeve onto the motor end of the outer casing in an axial direction of movement toward the second tool end of the outer casing, the casing portion of the lock sleeve being in an axially recessed position with respect to the motor end of the outer casing; e) inserting the motor end of the flex shaft into the tool end of the outer casing and advancing the flex shaft through the outer casing, the motor end of the flex shaft extending beyond the motor end of the outer casing and beyond the first axial end of the lock sleeve; f) affixing a driven fitting to the motor end of the flex shaft; and g) advancing the lock sleeve along the outer casing in an axial direction of movement toward the first motor end of the outer casing to overlie the motor end of casing and affixing the casing portion of the lock sleeve to the outer casing,
A security device for a security substrate comprising a carrier of an at least partially light transmitting polymeric material, said carrier bearing a plurality of first indicia, said first indicia being defined by a plurality of smaller second indicia positioned relative to each other so as to enable the first indicia to be visualised, the first indicia having a height in the range of 0.8 mm to 28.0 mm and the second indicia have a height in the range of 0.2 mm to 2.0mm and in that the first and second indicia (12, 13) comprise alphabetic or numeric characters, symbols or pictorial elements, and in that the first and second indicia (12, 13) are both positive indicia or are both negative indicia, and in that each of the first indicia comprises a plurality of individual elements, characterised in that each element of each first indicia is formed from a plurality of second indicia.
Multi-part mounting device (1, 2) for an ultrasonic transducer, comprising: a first part configured for mounting on a housing of an ultrasonic test probe, the first part comprising a projection, and a second part which retains the ultrasonic transducer and is in contact with the ultrasonic transducer, the second part comprising a groove; wherein the second part is made of a first plastic and is connected by positive fit to the first part, and the first part has a greater hardness than the second part; wherein the positive fit comprises a positive tongue-and-groove connection formed by the projection being embedded into the groove. a first part configured for mounting on a housing of an ultrasonic test probe, the first part comprising a projection, and a second part which retains the ultrasonic transducer and is in contact with the ultrasonic transducer, the second part comprising a groove; wherein the second part is made of a first plastic and is connected by positive fit to the first part, and the first part has a greater hardness than the second part; wherein the positive fit comprises a positive tongue-and-groove connection formed by the projection being embedded into the groove.
An integrated CO 2 capture system for a mobile source for the recovery of CO 2 from the exhaust gas stream of a turbo-charged internal combustion engine powering the mobile source, the system comprising a CO 2 compressor, a turbine driven by the exhaust gas stream, a motor-generator, and an engine air compressor that are coaxially coupled to the same axle, and further comprising a CO 2 storage unit (28; 81) in fluid communication with an outlet of the CO 2 compressor and a battery operatively connected to the motor-generator to provide electrical energy when power is needed to drive the CO 2 compressor and for storage of electrical energy when an excess of power is available from the integrated system.
An autonomous intervention system (10;110) for a wellbore (12;112), the intervention system (10;110) comprising: a tool housing (20;120) configured to house an intervention tool (18;118) for deployment into the wellbore (12;112); a tool deployment arrangement (30;130) for deploying the intervention tool (18;118) into the wellbore (12;112), wherein the tool deployment arrangement (30;130) comprises a conveyance (32;132) for transporting the intervention tool (18;118) into and/or retrieving the intervention tool (18;118) from the wellbore (12;112) and a winch (40;140) configured to pay out and/or reel in the conveyance (32;132), and wherein the intervention system (10;110) is configurable between a tool storage configuration in which the tool housing (20;120) is isolated from the wellbore (12;112) and an activated configuration in which the tool housing (20;120) communicates with the wellbore (12;112) and permits deployment of the intervention tool (18;118) by the tool deployment arrangement (30;130); and a controller (56; 156) configured to activate the intervention system (10; 110) in response to a predetermined activation event, wherein the activation event comprises at least one of: a fluid flow rate event; a pressure event; and a temperature event, the controller permitting autonomous control of operation of the intervention system (10;110) between the tool storage configuration and the activated configuration to facilitate deployment of the intervention tool (18;118) into the wellbore (12;112). a tool housing (20;120) configured to house an intervention tool (18;118) for deployment into the wellbore (12;112); a tool deployment arrangement (30;130) for deploying the intervention tool (18;118) into the wellbore (12;112), wherein the tool deployment arrangement (30;130) comprises a conveyance (32;132) for transporting the intervention tool (18;118) into and/or retrieving the intervention tool (18;118) from the wellbore (12;112) and a winch (40;140) configured to pay out and/or reel in the conveyance (32;132), and wherein the intervention system (10;110) is configurable between a tool storage configuration in which the tool housing (20;120) is isolated from the wellbore (12;112) and an activated configuration in which the tool housing (20;120) communicates with the wellbore (12;112) and permits deployment of the intervention tool (18;118) by the tool deployment arrangement (30;130); and a controller (56; 156) configured to activate the intervention system (10; 110) in response to a predetermined activation event, wherein the activation event comprises at least one of: a fluid flow rate event; a pressure event; and a temperature event, the controller permitting autonomous control of operation of the intervention system (10;110) between the tool storage configuration and the activated configuration to facilitate deployment of the intervention tool (18;118) into the wellbore (12;112).
An antenna interface circuit, comprising: a main connector, wherein the main connector comprises: a common contact used as a terminal of a main receiver; a normally-closed contact used as a port of a main antenna; and a normally-open contact used as a port of an external antenna; wherein the antenna interface circuit further comprises: a single pole double throw switch comprising: a common contact used as a port of a diversity receiver; a normally-closed contact used as a port of a diversity antenna; and a normally-open contact connected to the normally-closed contact of the main connector; and when the common contact of the main connector is not connected to the normally-open contact of the main connector, the common contact of the single-pole double-throw switch is connected to the normally-closed contact of the single-pole double-throw switch when the common contact of the main connector is connected to the normally-open contact of the main connector, the common contact of the single-pole double-throw switch is connected to the normally-open contact of the single-pole double-throw switch. a common contact used as a terminal of a main receiver; a normally-closed contact used as a port of a main antenna; and a normally-open contact used as a port of an external antenna; wherein the antenna interface circuit further comprises: a single pole double throw switch comprising: a common contact used as a port of a diversity receiver; a normally-closed contact used as a port of a diversity antenna; and a normally-open contact connected to the normally-closed contact of the main connector; and a common contact used as a port of a diversity receiver; a normally-closed contact used as a port of a diversity antenna; and a normally-open contact connected to the normally-closed contact of the main connector; and when the common contact of the main connector is not connected to the normally-open contact of the main connector, the common contact of the single-pole double-throw switch is connected to the normally-closed contact of the single-pole double-throw switch when the common contact of the main connector is connected to the normally-open contact of the main connector, the common contact of the single-pole double-throw switch is connected to the normally-open contact of the single-pole double-throw switch.
An autonomous self-propelled mowing vehicle, comprising a frame fitted with: - a drive mechanism for driving the mowing vehicle in a direction of travel at a speed of travel during driving, - a mowing device for mowing plants situated on the land, - a bumper device, and - a control unit for the mowing vehicle which is operatively connected to the bumper device, wherein the bumper device comprises: - a first impact detector, and - a second impact detector, wherein the first impact detector (11, 11', 11") is depressible as a whole along a path with respect to the frame up to a stop on account of a force acting thereon, and is provided with a first switch which is connected to the control unit and is configured to emit a signal to the control unit if the impact detector is pushed in beyond a switching point, characterised in that the second impact detector (18, 19-1, 19-2) is deformable and locally depressible beyond a depressibility on account of a force acting thereon, and is provided with a second switch which is connected to the control unit and which emits a second signal to the control unit if the second impact detector is depressed at least beyond a predetermined depression threshold, wherein the control unit is configured: - to stop the drive mechanism upon receiving the second signal, and - to regulate the drive mechanism in such a way that the speed is reduced to a lower speed of travel upon receiving the first signal without receiving the second signal. - a drive mechanism for driving the mowing vehicle in a direction of travel at a speed of travel during driving, - a mowing device for mowing plants situated on the land, - a bumper device, and - a control unit for the mowing vehicle which is operatively connected to the bumper device, wherein the bumper device comprises: - a first impact detector, and - a second impact detector, - a first impact detector, and - a second impact detector, wherein the first impact detector (11, 11', 11") is depressible as a whole along a path with respect to the frame up to a stop on account of a force acting thereon, and is provided with a first switch which is connected to the control unit and is configured to emit a signal to the control unit if the impact detector is pushed in beyond a switching point, characterised in that the second impact detector (18, 19-1, 19-2) is deformable and locally depressible beyond a depressibility on account of a force acting thereon, and is provided with a second switch which is connected to the control unit and which emits a second signal to the control unit if the second impact detector is depressed at least beyond a predetermined depression threshold, wherein the control unit is configured: - to stop the drive mechanism upon receiving the second signal, and - to regulate the drive mechanism in such a way that the speed is reduced to a lower speed of travel upon receiving the first signal without receiving the second signal. - to stop the drive mechanism upon receiving the second signal, and - to regulate the drive mechanism in such a way that the speed is reduced to a lower speed of travel upon receiving the first signal without receiving the second signal.
A blade driving assembly for a food processor, wherein the processor comprises a base housing an electric motor and having a support surface presenting a drive outlet driveable in rotation about an a drive-outlet axis, and a goblet adapted, when placed upon said support surface, to pick up the drive from said drive outlet in order to rotate a drive shaft about its longitudinal axis; said longitudinal axis being substantially coincident with said drive outlet axis; wherein the driving assembly comprises a blade-supporting shaft disposed to extend upwardly into said goblet for rotation within said goblet with its longitudinal axis substantially parallel with but laterally offset from said axis of the drive shaft of the goblet; and planetary drive means (30, 32) adapted to convey rotational drive from said drive shaft to said blade-supporting shaft, the arrangement being such that said blade-supporting shaft is constrained to rotate around its own axis, thereby spinning the blade or blades supported thereby, whilst at the same time causing the blade-supporting shaft to rotate bodily around the axis of said drive shaft, thereby describing a locus centred on said axis but separated therefrom by a radial distance (d) corresponding to said lateral offset, thereby reducing the formation of vortex patterns otherwise associated with simple rotation of the blade or blades about the drive shaft relative to foodstuffs in the goblet.
A mixed positive electrode active material comprising a lithium manganese oxide having a lamellar structure and represented by following [Chemical Formula 1] and a second positive electrode active material represented by following [Chemical Formula 2], wherein an amount of the second positive electrode active material is 10 to 30 parts by weight based on 100 parts by weight of a total amount of the mixed positive electrode active material: [Chemical Formula 1] aLi 2 MnO 3 ·(1-a)Li x MO 2 in [Chemical Formula 1], 0<a<1, 0.9≤x≤1.2, and M is at least one element selected from the group consisting of Al, Mg, Mn, Ni, Co, Cr, V and Fe, [Chemical Formula 2] Li 4-x Mn 5-2x-y CO 3x M y O 12 in [Chemical Formula 2], 0<x<1.5. 0≤y≤0.5, and M is at least one of transition metal elements.