mhurhangee/ep-ind-claims huggingface dataset:
Rotary electric machine, notably for a motor vehicle, comprising: - a shaft, - a rotor mounted on the shaft, - a stator, notably surrounding the rotor, - a bracket comprising a receiving housing of a shaft rolling bearing guiding the shaft in rotation, characterized in that the bracket comprises: - a first part (15.1) made of a first material, comprising: - the receiving housing of the shaft rolling bearing, - a mounting interface for mounting a rolling bearing of a pinion external to the rotary electric machine, and - a second part (15.2) made of a second material, comprising: - a transverse wall, and - a skirt coming from the transverse wall and at least partially surrounding the stator, - the second part (15.2) being overmoulded on the first part (15.1) so as to form a strong bracket. - a shaft, - a rotor mounted on the shaft, - a stator, notably surrounding the rotor, - a bracket comprising a receiving housing of a shaft rolling bearing guiding the shaft in rotation, - a first part (15.1) made of a first material, comprising: - the receiving housing of the shaft rolling bearing, - a mounting interface for mounting a rolling bearing of a pinion external to the rotary electric machine, and - the receiving housing of the shaft rolling bearing, - a mounting interface for mounting a rolling bearing of a pinion external to the rotary electric machine, and - a second part (15.2) made of a second material, comprising: - a transverse wall, and - a skirt coming from the transverse wall and at least partially surrounding the stator, - a transverse wall, and - a skirt coming from the transverse wall and at least partially surrounding the stator, - the second part (15.2) being overmoulded on the first part (15.1) so as to form a strong bracket.
A buckle comprising a buckle body including an insert groove; and two retainer sets each including a first retainer having a first coupling portion (332, 332'), and a second retainer characterized by the insert groove having two upwardly facing openings; and the second retainer having a second coupling portion (42, 42') connected removably to said first coupling portion (332, 332'), one of said first and second coupling portions (332, 332', 42, 42') of said first and second retainers (3, 4) of each of said retainer sets being configured as a groove (332, 42') having an open end (333, 421) that permits insertion of the other one of said first and second coupling portions (332, 332', 42, 42') of said first and second retainers (3, 4) of a corresponding one of said retainer sets thereinto and that is orientated in a direction different from that of each of said upwardly facing openings of said insert groove. a buckle body including an insert groove; and two retainer sets each including a first retainer having a first coupling portion (332, 332'), and a second retainer characterized by the insert groove having two upwardly facing openings; and the second retainer having a second coupling portion (42, 42') connected removably to said first coupling portion (332, 332'), one of said first and second coupling portions (332, 332', 42, 42') of said first and second retainers (3, 4) of each of said retainer sets being configured as a groove (332, 42') having an open end (333, 421) that permits insertion of the other one of said first and second coupling portions (332, 332', 42, 42') of said first and second retainers (3, 4) of a corresponding one of said retainer sets thereinto and that is orientated in a direction different from that of each of said upwardly facing openings of said insert groove.
A display apparatus comprising: a substrate comprising a display area and a peripheral area outside the display area; a first pad disposed on a first layer in the peripheral area; a second pad disposed adjacently to the first pad in a first direction in the peripheral area, the second pad being disposed on a second layer different from the first layer; a third pad disposed adjacently to the first pad in a second direction in the peripheral area, the third pad being disposed on the second layer; a fourth pad disposed adjacently to the third pad in the second direction in the peripheral area such that the third pad is interposed between the first pad and the fourth pad, the fourth pad being disposed on the first layer; a first connection line disposed on the first layer and connected to the first pad; a second connection line disposed on the second layer and connected to the second pad; a third connection line disposed on the second layer and connected to the third pad, and disposed between the first connection line and the second connection line; and a fourth connection line disposed on the first layer and connected to the fourth pad, and disposed between the second connection line and the third connection line, wherein the second layer covers the first pad, the fourth pad, the first connection line, and the fourth connection line. a substrate comprising a display area and a peripheral area outside the display area; a first pad disposed on a first layer in the peripheral area; a second pad disposed adjacently to the first pad in a first direction in the peripheral area, the second pad being disposed on a second layer different from the first layer; a third pad disposed adjacently to the first pad in a second direction in the peripheral area, the third pad being disposed on the second layer; a fourth pad disposed adjacently to the third pad in the second direction in the peripheral area such that the third pad is interposed between the first pad and the fourth pad, the fourth pad being disposed on the first layer; a first connection line disposed on the first layer and connected to the first pad; a second connection line disposed on the second layer and connected to the second pad; a third connection line disposed on the second layer and connected to the third pad, and disposed between the first connection line and the second connection line; and a fourth connection line disposed on the first layer and connected to the fourth pad, and disposed between the second connection line and the third connection line, wherein the second layer covers the first pad, the fourth pad, the first connection line, and the fourth connection line.
Apparatus for determining an ionization current (I 1) of a flame, comprising: - an simplifier device; and - a control device; - wherein the flame is electrically connectable to an input of the amplifier device; - wherein, by means of the control device, an input sensitivity of the amplifier device is controllable to a maximum value substantially independently of the ionization current (I 1); - wherein a magnitude of the ionization current (I 1) is determinable from a manipulated variable of the control device; and wherein the apparatus comprises a bypass device, - wherein the bypass device is drivable by means of the control device; - wherein a manipulated variable (PWM 1) of the control device is feedable to the bypass device, by means of which manipulated variable a bypass current (I B) with respect to the ionization current (I 1) and an electrical input voltage (U M) of the amplifier device are generatable; - wherein the input voltage (U M) is controllable to substantially constant value by means of the manipulated variable (PWM 1), characterized in that the bypass device comprises a manipulated variable or connection comprising a resistor and a capacitor, and wherein the control device is designed in such a way that - the manipulated variable (PWM 1) is embodied as a pulse-width-modulated voltage, wherein the manipulated variable (PWM 1) is controllable to a substantially constant PWM ratio. - an simplifier device; and - a control device; - wherein the flame is electrically connectable to an input of the amplifier device; - wherein, by means of the control device, an input sensitivity of the amplifier device is controllable to a maximum value substantially independently of the ionization current (I 1); - wherein a magnitude of the ionization current (I 1) is determinable from a manipulated variable of the control device; - wherein the bypass device is drivable by means of the control device; - wherein a manipulated variable (PWM 1) of the control device is feedable to the bypass device, by means of which manipulated variable a bypass current (I B) with respect to the ionization current (I 1) and an electrical input voltage (U M) of the amplifier device are generatable; - wherein the input voltage (U M) is controllable to substantially constant value by means of the manipulated variable (PWM 1), - the manipulated variable (PWM 1) is embodied as a pulse-width-modulated voltage, wherein the manipulated variable (PWM 1) is controllable to a substantially constant PWM ratio.
A fluoroolefin/vinyl alcohol copolymer having an alternating copolymerization rate of a fluoroolefin represented by the following formula and vinyl alcohol being at least 95%: CF 2 =CFX wherein X is a fluorine atom, a chlorine atom, a trifluoromethyl group or -OC a F 2a+1, wherein a is an integer of from 1 to 3.
An electric power steering apparatus in which a control unit that controls driving of an electric motor is disposed so as to be coaxial to an output shaft of said electric motor, and in which said control unit and said electric motor are integrated, wherein: said control unit comprises: a power module (35a-35d) that is in surface contact with a heatsink, and in which a plurality of switching elements are mounted internally, said power module (35a-35d) controlling electric power that is supplied to said electric motor; a holder that places said power module (35a-35d) in close contact with said heat sink, and that also positions said power module; and a controlling circuit board that is disposed so as to be separated axially from said holder, and on which a central processing unit that controls driving of said electric motor is mounted, characterized in that, said power module (35a-35d) is disposed on a first surface on a first side of said holder, and a circumferential surface of a capacitor that suppresses electric power supply pulsation is disposed so as to be in close contact with a capacitor recess portion that is formed on a second surface on a second side of said holder, and said control unit further comprises: an electric power supply system busbar (50, 51) that is embedded in said holder and that comprises a step such that the portion of the busbar (50, 51) that is on the second side near said capacitor is closer to said heat sink than the portion of the busbar (50, 51) that is on the first side near said power module (35a-35d). a power module (35a-35d) that is in surface contact with a heatsink, and in which a plurality of switching elements are mounted internally, said power module (35a-35d) controlling electric power that is supplied to said electric motor; a holder that places said power module (35a-35d) in close contact with said heat sink, and that also positions said power module; and a controlling circuit board that is disposed so as to be separated axially from said holder, and on which a central processing unit that controls driving of said electric motor is mounted, characterized in that, said power module (35a-35d) is disposed on a first surface on a first side of said holder, and a circumferential surface of a capacitor that suppresses electric power supply pulsation is disposed so as to be in close contact with a capacitor recess portion that is formed on a second surface on a second side of said holder, and said control unit further comprises: an electric power supply system busbar (50, 51) that is embedded in said holder and that comprises a step such that the portion of the busbar (50, 51) that is on the second side near said capacitor is closer to said heat sink than the portion of the busbar (50, 51) that is on the first side near said power module (35a-35d).
A method of treating rubber pellets for a reduction in tackiness, the method comprising: coating the rubber pellets with a liquid anti-tack material forming coated pellets; loading the coated pellets on a rotary conveyance machine at a first location of the rotary conveyance machine; conveying the coated pellets on the rotary conveyance machine for a time between 1 minute and 8 minutes; dispensing the coated pellets from the rotary conveyance machine at a second location; and drying the coated pellets in a centrifuge dryer having a plurality of fins extending outwardly from a central rotational axis, wherein the anti-tack material is a composition comprised of metallic stearates.
A mobile terminal, comprising: a wireless communication unit configured to receive a content signal comprising video data and audio data; a display; and a controller configured to: cause displaying of video on the display based upon the received video data; cause displaying of subtitles (210, 220, 230, 240, 250) on the display simultaneously with the displayed video, wherein content of the subtitles (210, 220, 230, 240, 250) is based upon the received audio data; and cause the subtitles (210, 220, 230, 240, 250) to be displayed (S300, A500, B300, B400) in any one of a plurality of different formats according to a corresponding sound characteristic of the received audio data, wherein the sound characteristic of the received audio data is one of a plurality of possible sound characteristics; wherein the sound characteristic of the received audio data relates to at least an amplitude. a wireless communication unit configured to receive a content signal comprising video data and audio data; a display; and a controller configured to: cause displaying of video on the display based upon the received video data; cause displaying of subtitles (210, 220, 230, 240, 250) on the display simultaneously with the displayed video, wherein content of the subtitles (210, 220, 230, 240, 250) is based upon the received audio data; and cause the subtitles (210, 220, 230, 240, 250) to be displayed (S300, A500, B300, B400) in any one of a plurality of different formats according to a corresponding sound characteristic of the received audio data, wherein the sound characteristic of the received audio data is one of a plurality of possible sound characteristics; cause displaying of video on the display based upon the received video data; cause displaying of subtitles (210, 220, 230, 240, 250) on the display simultaneously with the displayed video, wherein content of the subtitles (210, 220, 230, 240, 250) is based upon the received audio data; and cause the subtitles (210, 220, 230, 240, 250) to be displayed (S300, A500, B300, B400) in any one of a plurality of different formats according to a corresponding sound characteristic of the received audio data, wherein the sound characteristic of the received audio data is one of a plurality of possible sound characteristics;
A preparation method of graphene, the preparation method comprising: forming dispersion including a carbon-based material including unoxidized graphite, and a dispersant; and continuously passing the dispersion through a high pressure homogenizer including an inlet, an outlet, and a micro-channel for connection between the inlet and the outlet, having a diameter in a micrometer scale, wherein the carbon-based material is exfoliated, as the material is passed through the micro-channel under application of a shear force, thereby forming a graphene flake having a thickness of 0.3 to 50 nm, wherein the dispersant includes a mixture of plural kinds of polyaromatic hydrocarbon oxides, containing the polyaromatic hydrocarbon oxides having a molecular weight of 300 to 1000 in a content of 70 to 95% by weight, wherein the dispersant has an oxygen content of 12 to 50% by weight, based on a total element content, when the plural kinds of polyaromatic hydrocarbon oxides contained in the dispersant are subjected to elemental analysis and wherein the polyaromatic hydrocarbon oxides contained in the dispersant have a structure where one or more oxygen-containing functional groups are bonded to an aromatic hydrocarbon containing 5 to 30 benzene rings. forming dispersion including a carbon-based material including unoxidized graphite, and a dispersant; and continuously passing the dispersion through a high pressure homogenizer including an inlet, an outlet, and a micro-channel for connection between the inlet and the outlet, having a diameter in a micrometer scale, wherein the carbon-based material is exfoliated, as the material is passed through the micro-channel under application of a shear force, thereby forming a graphene flake having a thickness of 0.3 to 50 nm, wherein the dispersant includes a mixture of plural kinds of polyaromatic hydrocarbon oxides, containing the polyaromatic hydrocarbon oxides having a molecular weight of 300 to 1000 in a content of 70 to 95% by weight, wherein the dispersant has an oxygen content of 12 to 50% by weight, based on a total element content, when the plural kinds of polyaromatic hydrocarbon oxides contained in the dispersant are subjected to elemental analysis and wherein the polyaromatic hydrocarbon oxides contained in the dispersant have a structure where one or more oxygen-containing functional groups are bonded to an aromatic hydrocarbon containing 5 to 30 benzene rings.
A dunnage conversion system, comprising: a supply of sheet stock material including a sheet stock material having a plurality of slits configured to expand under tension applied in a feed direction; and a conversion machine including a converging chute downstream of the supply that converges in a feed direction from a relatively wider upstream end to a relatively narrower downstream end to randomly crumple the sheet stock material passing therethrough, feed wheels downstream of the converging chute, the feed wheels being driven to advance the sheet stock material in the feed direction, and pinch rollers disposed between the feed wheels and the supply, the pinch rollers being rotatable, where the feed wheels and the pinch rollers cooperate to apply tension in the feed direction to the sheet stock material traveling therebetween to expand the sheet stock material. a supply of sheet stock material including a sheet stock material having a plurality of slits configured to expand under tension applied in a feed direction; and a conversion machine including a converging chute downstream of the supply that converges in a feed direction from a relatively wider upstream end to a relatively narrower downstream end to randomly crumple the sheet stock material passing therethrough, feed wheels downstream of the converging chute, the feed wheels being driven to advance the sheet stock material in the feed direction, and pinch rollers disposed between the feed wheels and the supply, the pinch rollers being rotatable, where the feed wheels and the pinch rollers cooperate to apply tension in the feed direction to the sheet stock material traveling therebetween to expand the sheet stock material. a converging chute downstream of the supply that converges in a feed direction from a relatively wider upstream end to a relatively narrower downstream end to randomly crumple the sheet stock material passing therethrough, feed wheels downstream of the converging chute, the feed wheels being driven to advance the sheet stock material in the feed direction, and pinch rollers disposed between the feed wheels and the supply, the pinch rollers being rotatable, where the feed wheels and the pinch rollers cooperate to apply tension in the feed direction to the sheet stock material traveling therebetween to expand the sheet stock material.
An expression vector comprising a) a promoter sequence and b) a nucleic acid sequence which encodes a protein, the protein comprising a signal peptide and a further amino acid sequence and the signal peptide comprising an amino acid sequence which is at least 80% identical to the amino acid sequence specified in SEQ ID NO. 6 and the further amino acid sequence of the protein comprising the amino acid sequence of a protease. a) a promoter sequence and b) a nucleic acid sequence which encodes a protein, the protein comprising a signal peptide and a further amino acid sequence and the signal peptide comprising an amino acid sequence which is at least 80% identical to the amino acid sequence specified in SEQ ID NO. 6 and
A system for cooling a load coupling coupled to a gas turbine and disposed within an exhaust housing, the system comprising: a shroud configured to be mounted about the load coupling, the shroud defining an inlet passage between the shroud and the load coupling and an outlet passage between the exhaust housing and the shroud; and a set of blades (200, 204) configured to couple to the load coupling, the set of blades (200, 204) angled to draw air into the inlet passage as the set of blades (200, 204) rotate with the load coupling; characterised in that the shroud defines an outlet passage between the exhaust housing and the shroud; wherein the exhaust housing defines a tunnel radially spaced from the shroud, and the inlet passage and the outlet passage fluidly couple together around a forward end of the shroud within the tunnel, wherein the air flows in a forward direction in the inlet passage and a rearward direction in the outlet passage; and wherein the tunnel and the load coupling define a radial opening at the forward end of the load coupling through which a gas from an upstream source enters and mixes with the air in the inlet and outlet passages (170, 172). a shroud configured to be mounted about the load coupling, the shroud defining an inlet passage between the shroud and the load coupling and an outlet passage between the exhaust housing and the shroud; and a set of blades (200, 204) configured to couple to the load coupling, the set of blades (200, 204) angled to draw air into the inlet passage as the set of blades (200, 204) rotate with the load coupling; characterised in that the shroud defines an outlet passage between the exhaust housing and the shroud; wherein the exhaust housing defines a tunnel radially spaced from the shroud, and the inlet passage and the outlet passage fluidly couple together around a forward end of the shroud within the tunnel, wherein the air flows in a forward direction in the inlet passage and a rearward direction in the outlet passage; and wherein the tunnel and the load coupling define a radial opening at the forward end of the load coupling through which a gas from an upstream source enters and mixes with the air in the inlet and outlet passages (170, 172).
A composition for use in the prevention and treatment of various CHD risk factors including vascular inflammatory process responsible for cardiovascular events comprising a hydro-alcoholic extraction of Commiphora mukul, Terminalia arjuna, Inula racemosa and Hippophae rhamnoides with or without known additives.
A packaging material comprising a core layer (201, 201', 401, 501), an outermost layer (202, 202', 402, 502) arranged to face the exterior of a packaging container made of the packaging material (200, 200', 400, 500), and an innermost layer (203, 203', 403, 503) arranged to face the interior of the packaging container, said outermost layer (202, 202', 402, 502) and said innermost layer (203, 203', 403, 503) being laminated to the core layer (201, 201', 401, 501), characterized in that the laminated packaging material (200, 200', 400, 500) further comprises a locally applied heat sealable material portion (204, 204', 404, 504) arranged on the innermost layer (203, 203', 403, 503), wherein the heat sealable material portion (204, 204', 404, 504) has a cross-section having a width which increases towards the innermost layer (203, 203' 403, 503) and wherein the heat sealable material portion (204, 204', 404, 504) is arranged at sealing areas corresponding to the position of transversal seals of the resulting packaging container.