mhurhangee/ep-ind-claims huggingface dataset:
A molecule selected from the group consisting of: a) a molecule having the following structure wherein R 1, R 4 and R 5 are each independently selected from the group consisting of: a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; and wherein R 2 and R 3 are each independently selected from the group consisting of: hydrogen; a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; b) stereomers of said molecule; and c) mixtures thereof. a) a molecule having the following structure wherein R 1, R 4 and R 5 are each independently selected from the group consisting of: a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; and wherein R 2 and R 3 are each independently selected from the group consisting of: hydrogen; a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; wherein R 1, R 4 and R 5 are each independently selected from the group consisting of: a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; and wherein R 2 and R 3 are each independently selected from the group consisting of: hydrogen; a straight or branched C 1 -C 6 alkyl moiety; a straight or branched C 2 -C 6 alkenyl moiety; and a straight or branched C 2 -C 6 alkyne moiety; b) stereomers of said molecule; and c) mixtures thereof.
A method for producing a crown profile (110, 104, 106, 108, 210) of an internal combustion engine piston (100, 200), comprising a plurality of machining steps with a separate machining setup and/or separate machining tool in each case, characterised in that a first machining step is carried out in a first machining setup and a second machining step is carried out in a second machining setup, wherein during the second machining step valve reliefs are produced as a critical partial profile (104, 106) and furthermore a measurement face for matching tolerance-wise with other internal combustion engine components is produced in the crown profile of the piston in the region above a gudgeon pin axis (c).
A device for spraying a mixture comprising: - a pump equipped with a compression stage and a rotor, with a spray lance of the mixture, with a stirrer provided with at least one liquid phase supply and at least one solid phase supply, - a rheological variable sensor of said mixture being associated with said spray lance of said mixture, said stirrer having a stirring chamber, said stirring chamber comprising an outlet connected to an inlet of said compression stage of the pump, said compression stage comprising an outlet of said mixture connected to a first inlet orifice of the spray lance arranged to project said mixture through a second projection orifice in an external environment, said stirrer comprising at least one rotating stirring arm passing through said stirring chamber, arranged to be moved at a rotation speed by a motor and stir said solid phase with said liquid phase to form a stirred mixture, said stirring arm comprising an eccentric screw in extension, extending through said outlet of the stirring chamber and ending in said compression stage of said pump, thereby forming the rotor of the pump, said pump being arranged to simultaneously pump said mixture toward said mixture outlet of said stirrer and for pumping said solid phase toward said stirring chamber, which device is characterized in that it further comprises a speed controller of said motor, being arranged to act on said rotation speed of the stirring arm and a control means connected to the rheological variable sensor and the speed controller, the control means being arranged to receive a signal transmitted by the variable sensor and to send a signal to said controller based on a value measured by the sensor. - a pump equipped with a compression stage and a rotor, with a spray lance of the mixture, with a stirrer provided with at least one liquid phase supply and at least one solid phase supply, - a rheological variable sensor of said mixture being associated with said spray lance of said mixture,
An electrical energy storage device, which comprises: a) a first casing member having a surrounding sidewall providing an opening leading into the first casing member; b) an electrode assembly comprising an anode, a cathode and an intermediate separator disposed inside the first casing member; c) a second casing member secured to the open end of the first casing member to provide a casing housing the electrode assembly, the second casing member including a flat region having spaced apart upper and lower planar surfaces (34, 36) joined by a peripheral edge, a transition forming a boss protruding from either the upper or the lower planar surface (34, 36) and being angled from greater than 90° to 160° with respect to the planar surface from which it protrudes, wherein the transition extends directly to and terminates at a planar shoulder that extends directly to and terminates at a bore extending through the boss to the other surface thereof; d) a terminal lead connected to one of the anode and the cathode and extending through the bore to a position spaced above the upper surface of the second casing member, wherein a glass hermetically seals the terminal lead in the bore in an insulated relationship with respect to the casing; and e) an electrolyte provided in the casing to activate the anode and cathode electrodes. a) a first casing member having a surrounding sidewall providing an opening leading into the first casing member; b) an electrode assembly comprising an anode, a cathode and an intermediate separator disposed inside the first casing member; c) a second casing member secured to the open end of the first casing member to provide a casing housing the electrode assembly, the second casing member including a flat region having spaced apart upper and lower planar surfaces (34, 36) joined by a peripheral edge, a transition forming a boss protruding from either the upper or the lower planar surface (34, 36) and being angled from greater than 90° to 160° with respect to the planar surface from which it protrudes, wherein the transition extends directly to and terminates at a planar shoulder that extends directly to and terminates at a bore extending through the boss to the other surface thereof; d) a terminal lead connected to one of the anode and the cathode and extending through the bore to a position spaced above the upper surface of the second casing member, wherein a glass hermetically seals the terminal lead in the bore in an insulated relationship with respect to the casing; and e) an electrolyte provided in the casing to activate the anode and cathode electrodes.
Domestic appliance, preferably a vacuum cleaner, particularly preferably an upright vacuum cleaner, the domestic appliance being designed to detect at least one vibration of at least one portion of the domestic appliance and/or at least one vibration-generating component of the domestic appliance, the domestic appliance being further designed to identify an operating state of the domestic appliance and/or of the vibration-generating component based on the detected vibration, the vibration-generating component being an electric motor, characterised in that the domestic appliance is further designed to determine a rotational speed of the electric motor based on the detected vibration, and the domestic appliance is further designed to regulate the rotational speed of the electric motor based on the determined rotational speed. the domestic appliance being designed to detect at least one vibration of at least one portion of the domestic appliance and/or at least one vibration-generating component of the domestic appliance, the domestic appliance being further designed to identify an operating state of the domestic appliance and/or of the vibration-generating component based on the detected vibration, the vibration-generating component being an electric motor, the domestic appliance is further designed to determine a rotational speed of the electric motor based on the detected vibration, and the domestic appliance is further designed to regulate the rotational speed of the electric motor based on the determined rotational speed.
A piezoelectric element comprising: a piezoelectric member comprising a complex oxide; and a first and a second electrode disposed to the piezoelectric member, at least one of the first and second electrodes comprising platinum, characterized in that the complex oxide is expressed by a formula of [(K y,Na z)NbO 3] + x[BiFeO 3] and 0.03 ≦ x ≦ 0.10 and 1.01 ≦ (y+z)<1.20. a piezoelectric member comprising a complex oxide; and a first and a second electrode disposed to the piezoelectric member, at least one of the first and second electrodes comprising platinum, characterized in that the complex oxide is expressed by a formula of [(K y,Na z)NbO 3] + x[BiFeO 3] and 0.03 ≦ x ≦ 0.10 and 1.01 ≦ (y+z)<1.20.
An airbag body having there inside restriction threads for restricting inflation, wherein the restriction threads comprise: first yarn extending inside the bag body from a non-inflating section to another non-inflating section; second yarn forming a base fabric of one side of an inflating section of the bag body, the second yarn leaving the base fabric of the one side, being caught on the first yarn or constituting a weave structure with the first yarn, and returning to the base fabric of the one side and being woven into the base fabric; and third yarn forming a base fabric of the other side of the inflating section of the bag body, the third yarn leaving the base fabric of the other side, being caught on the first yarn or constituting a weave structure with the first yarn, and returning to the base fabric of the other side and being woven into the base fabric. first yarn extending inside the bag body from a non-inflating section to another non-inflating section; second yarn forming a base fabric of one side of an inflating section of the bag body, the second yarn leaving the base fabric of the one side, being caught on the first yarn or constituting a weave structure with the first yarn, and returning to the base fabric of the one side and being woven into the base fabric; and third yarn forming a base fabric of the other side of the inflating section of the bag body, the third yarn leaving the base fabric of the other side, being caught on the first yarn or constituting a weave structure with the first yarn, and returning to the base fabric of the other side and being woven into the base fabric.
Optical unit intended to equip a vehicle and comprising a box delimiting a cavity wherein is installed a mask to which is coupled in a front portion, a translucid screen closing said cavity, characterised in that said front portion of the mask comprises a first peripheral edge comprising on an inner face, at least one first protrusion (P1j) equipped with a first coupling means, and on an outer face, a second coupling means, and in that said translucid screen comprises a front portion comprising a second peripheral edge i) to which is secured at least one first arm oriented rearwards and extended by a second arm facing said second peripheral edge and comprising a third coupling means engaging with said first coupling means to induce a rear immobilisation of said translucid screen with respect to said mask, and ii) comprising a fourth coupling means engaging with said second coupling means to induce a front immobilisation of said translucid screen with respect to said mask.
Coating composition for a frozen food product comprising: an inner pre-dust layer; and an outer breadcrumb layer, wherein the inner pre-dust layer and outer breadcrumb layer are separated by a batter layer that is characterised in that the batter layer comprises a lipid that is in liquid phase and wherein the inner pre-dust layer comprises hot-swelling potato starch. an inner pre-dust layer; and an outer breadcrumb layer, wherein the inner pre-dust layer and outer breadcrumb layer are separated by a batter layer that is characterised in that the batter layer comprises a lipid that is in liquid phase and wherein the inner pre-dust layer comprises hot-swelling potato starch.
lift door (16, 18) with a door sill, which door sill forms a step surface facing the door opening of the lift door (16, 18), and a door leaf, which door leaf is displaceable between its open position and its closed position along a longitudinal alignment of the door sill, wherein the door leaf in its closed position forms a surface facing the tread surface at its door leaf end facing the door sill, wherein a door leaf guide groove extending parallel to the longitudinal alignment of the door sill is formed in this surface and the door sill comprises a guide piece arranged laterally of the step surface with respect to the door opening, which guide piece engages in the door leaf guide groove for guiding the door leaf, and characterised in that a guide element is arranged in the region of the door leaf end facing the door sill and the first end of the door leaf end facing the door opening when the door leaf is arranged in the open position, and a threshold guide ruler (44, 44') aligned parallel to the longitudinal alignment of the door threshold is arranged below the tread surface of the door threshold, wherein the guide element can be guided underneath the door threshold by the threshold guide ruler (44, 44') when the door leaf is displaced. a door sill, which door sill forms a step surface facing the door opening of the lift door (16, 18), and a door leaf, which door leaf is displaceable between its open position and its closed position along a longitudinal alignment of the door sill, wherein the door leaf in its closed position forms a surface facing the tread surface at its door leaf end facing the door sill, wherein a door leaf guide groove extending parallel to the longitudinal alignment of the door sill is formed in this surface and the door sill comprises a guide piece arranged laterally of the step surface with respect to the door opening, which guide piece engages in the door leaf guide groove for guiding the door leaf, and characterised in that a guide element is arranged in the region of the door leaf end facing the door sill and the first end of the door leaf end facing the door opening when the door leaf is arranged in the open position, and a threshold guide ruler (44, 44') aligned parallel to the longitudinal alignment of the door threshold is arranged below the tread surface of the door threshold, wherein the guide element can be guided underneath the door threshold by the threshold guide ruler (44, 44') when the door leaf is displaced.
A lead-through terminal having a terminal housing which can be accommodated on a wall of an electrical construction means, a wall duct and a pivotable actuating device being provided on the terminal housing, it being possible to pivot the actuating device at least between a contact position and an open position and the actuating device comprising a clamping lever and a clamping spring for clamping a conductor on a conductor mount in the contact position and for releasing or accommodating the conductor on the conductor mount in the open position, Characterized in that a closure web is provided on the actuating device, which is configured to close a gap, present during the pivoting of the actuating device between the open position and the contact position, between the actuating device and the wall duct at least in the contact position, wherein the closure web leads to a complete closure of the gap at the wall duct in the contact position.
A reclosing mechanism for containers, particularly beverage containers, sealed before the first opening, containing a latch to open and reclose the beverage outflow opening, the latch being fitted slidingly in the beverage outflow opening, where formed on the top side of the latch there is an attachment shorter than the opening and narrower than the latch, while the attachment is fitted with a pull tab longer than the attachment and fixed to the attachment with a hinge and a connector which serves as the seal before the first opening, so that in the closed position the top surface around the edge of the latch adheres to the bottom surface around the opening, thus sealing it, characterised in that catches are formed on the opposite longitudinal sides of the attachment, and fitted slidingly on the guides formed on the longer side walls of the opening, and on the top surface of the element in which the opening is made there are protrusions formed on the side of the pull tab front, on which the pull tab rests and blocks the sliding of the latch in the closed position.
An indoor unit comprising: a casing; a front panel provided at a position forward of the casing; and a filter arranged to be attachable to a mounting position to cover an opening formed on a front surface of the casing, wherein, on the front surface of the casing, a protruding wall surface is provided around a lower end portion of the opening to protrude forward, the protruding wall surface being inclined forward in a downward direction, wherein the opening is extending from around the center in a vertical direction of the front surface to an upper part of the front surface, characterized by a front end of the protruding wall being curved so that a central part of the front end protrudes forward, the front panel is rotatable relative to the casing so that a lower end portion of the front panel moves forward, a filter mounting portion being provided at a lower end portion of the opening, the filter mounting portion having a fitting groove, and a front end portion of the filter being arranged to be fitted in the fitting groove. a casing; a front panel provided at a position forward of the casing; and a filter arranged to be attachable to a mounting position to cover an opening formed on a front surface of the casing, wherein, on the front surface of the casing, a protruding wall surface is provided around a lower end portion of the opening to protrude forward, the protruding wall surface being inclined forward in a downward direction, wherein the opening is extending from around the center in a vertical direction of the front surface to an upper part of the front surface, characterized by a front end of the protruding wall being curved so that a central part of the front end protrudes forward, the front panel is rotatable relative to the casing so that a lower end portion of the front panel moves forward, a filter mounting portion being provided at a lower end portion of the opening, the filter mounting portion having a fitting groove, and a front end portion of the filter being arranged to be fitted in the fitting groove.
A keyboard apparatus comprising: a support member; keys (20, 40) pivotably supported on said support member; and mass members (50W, 50B) that are provided below the keys (20, 40) to be pivotably supported on said support member and arranged to be driven to pivot via a driving part (29, 45) provided underside of each key (20, 40), wherein each of said mass members (50W, 50B) includes an inertia moment generating part (52W, 52B) and a driving force transmitting part which includes a driven part (53W, 53B) configured to be driven by the driving part (29, 45) and a supported part (51W, 51B) pivotably supported and whose length from a pivotal fulcrum is shorter than a length of the inertia moment generating part (52W, 52B), wherein the inertia moment generating part (52W, 52B) is composed of a mass concentration part (52Wc, 52Bc) and a connecting part connecting the mass concentration part (52Wc, 52Bc) to the driving force transmitting part, and wherein the mass concentration part (52Wc, 52Bc) extends more outward in a key longitudinal direction than a mass member upper limit stopper restricting an upper limit of pivoting of said mass member (50W, 50B) characterized in that the inertia moment generating part (52W, 52B) is a bar-shaped metal part with a predetermined diameter and length, a rear end portion of the bar-shaped metal part forming the mass concentration part (52Wc, 52Bc), and the mass concentration part (52Wc, 52Bc) has a portion bent upward along a pivot direction of said mass member (50W, 50B) and a portion bent further toward the connecting part. a support member; keys (20, 40) pivotably supported on said support member; and mass members (50W, 50B) that are provided below the keys (20, 40) to be pivotably supported on said support member and arranged to be driven to pivot via a driving part (29, 45) provided underside of each key (20, 40), wherein each of said mass members (50W, 50B) includes an inertia moment generating part (52W, 52B) and a driving force transmitting part which includes a driven part (53W, 53B) configured to be driven by the driving part (29, 45) and a supported part (51W, 51B) pivotably supported and whose length from a pivotal fulcrum is shorter than a length of the inertia moment generating part (52W, 52B), wherein the inertia moment generating part (52W, 52B) is composed of a mass concentration part (52Wc, 52Bc) and a connecting part connecting the mass concentration part (52Wc, 52Bc) to the driving force transmitting part, and wherein the mass concentration part (52Wc, 52Bc) extends more outward in a key longitudinal direction than a mass member upper limit stopper restricting an upper limit of pivoting of said mass member (50W, 50B) characterized in that the inertia moment generating part (52W, 52B) is a bar-shaped metal part with a predetermined diameter and length, a rear end portion of the bar-shaped metal part forming the mass concentration part (52Wc, 52Bc), and the mass concentration part (52Wc, 52Bc) has a portion bent upward along a pivot direction of said mass member (50W, 50B) and a portion bent further toward the connecting part.