mhurhangee/ep-ind-claims huggingface dataset:
Sewing machine comprising a sewing surface on which the fabric or material in general to be processed slides, at least one main driving shaft, at least one vertical needle-holding rod, mechanically connected to said main shaft through mechanical members (42, 43) for the transmission of an alternating axial translational motion and of an oscillating motion, at least one needle mounted at the lower free end of said vertical needle-holding rod, at least one main motor suited to rotate said main shaft axially in order to move said vertical rod, at least one lower drive wheel positioned under said sewing surface and suited to favour the feeding of the fabric, at least one presser foot with at least one drive roller placed over said sewing surface and suited to favour the feeding of the fabric, characterized in that it also comprises: • at least one further auxiliary motor mechanically connected to said lower drive wheel and to said roller of the upper presser foot to set them rotating; • at least one encoder mechanically connected to at least one cam for the oscillation of said needle-holding rod, said encoder being suited to detect the motion of said cam, that is, of said rod; • at least one auxiliary electronic board communicating with said encoder, suited to process the data received from the encoder and connected at least to said auxiliary motor, and wherein said auxiliary electronic board activates said auxiliary motor to modulate the speed and/or the rotation direction of said drive wheel and of said upper roller according to the motion of said needle-holding rod. • at least one further auxiliary motor mechanically connected to said lower drive wheel and to said roller of the upper presser foot to set them rotating; • at least one encoder mechanically connected to at least one cam for the oscillation of said needle-holding rod, said encoder being suited to detect the motion of said cam, that is, of said rod; • at least one auxiliary electronic board communicating with said encoder, suited to process the data received from the encoder and connected at least to said auxiliary motor, and wherein said auxiliary electronic board activates said auxiliary motor to modulate the speed and/or the rotation direction of said drive wheel and of said upper roller according to the motion of said needle-holding rod.
Packaging consisting of a wrapping of flexible material, delimited by generally triangular walls (4, 6, 8, 10), so as to define an essentially tetrahedral containment volume, characterized in that it comprises mutual engagement means (14a, 14b) which are associated with the common sides of a first pair of adjacent walls (4, 10) and are designed to disengageably interconnect said walls in order to allow opening and closing of the containment volume and in that the common sides of the other pair of adjacent walls (6, 8) are interconnected by a region where overlapped end edges (27, 29) of the walls of said other pair are welded together, wherein adjacent to said mutual engagement means (14a, 14b), a region is provided, where the overlapped end edges (17, 19) of the walls of said first pair (4, 10) are welded together, tear invitation means (18a, 18b) are provided in the region of the wrapping included between said mutual engagement means (14a, 14b) and the end edges of the walls (4, 10) of said first pair, said tear invitation means (18a, 18b) are formed in an intermediate zone of the region where welding is performed between the overlapped edges (17, 19) of the walls (4, 10) of said first pair of walls, so as to maintain a continuous welding zone between said tear invitation means and said mutual engagement means, in order to ensure the tightness of the packaging even after tearing and characterized in that said welding region where the overlapped edges (17, 19) of the walls of said first pair are welded together comprises a plurality of welding lines mutually spaced by non-welded interspaces and wherein said tear invitation means (18a, 18b) are formed in one of said interspaces.
Battery cell, comprising - a large number of identical first electrode assemblies, - two first connections, wherein a first first connection is electrically conductively connected to a positive pole of one of the first electrode assemblies, and a second first connection is electrically conductively connected to a negative pole of one of the first electrode assemblies, - a large number of identical second electrode assemblies which are different from the first electrode assemblies, - two second connections, wherein a first second connection is electrically conductively connected to a positive pole of one of the second electrode assemblies, and a second second connection is electrically conductively connected to a negative pole of one of the second electrode assemblies, wherein the first electrode assemblies are each high-energy electrode assemblies, and the second electrode assemblies are each high-power electrode assemblies, wherein the first electrode assemblies each have a higher energy density than the second electrode assemblies, and the second electrode assemblies each have a higher power density than the first electrode assemblies, characterized in that the first electrode assemblies are connected in series, and/or in that the second electrode assemblies are connected in series. - a large number of identical first electrode assemblies, - two first connections, wherein a first first connection is electrically conductively connected to a positive pole of one of the first electrode assemblies, and a second first connection is electrically conductively connected to a negative pole of one of the first electrode assemblies, - a large number of identical second electrode assemblies which are different from the first electrode assemblies, - two second connections, wherein a first second connection is electrically conductively connected to a positive pole of one of the second electrode assemblies, and a second second connection is electrically conductively connected to a negative pole of one of the second electrode assemblies,
A bonded SOI wafer manufacturing method comprising: (a) preparing two silicon wafers each having chamfered portions in which when the chamfering width of the front surface side of the silicon wafer is X1 and the chamfering width of the back surface side thereof is X2, where X1 < X2; (b) mirror polishing the front surfaces of both wafers; (c) subjecting the wafers closely contacted with each other via an oxide film to a heat treatment; (d) reducing one of the wafers to a desired thickness to manufacture a bonded SOI wafer; and (e) chamfering the front surface of the SOI layer side of the SOI wafer so that the chamfering width thereof is X3 where X3 >X1, and the two silicon wafers have identical diameters. (a) preparing two silicon wafers each having chamfered portions in which when the chamfering width of the front surface side of the silicon wafer is X1 and the chamfering width of the back surface side thereof is X2, where X1 < X2; (b) mirror polishing the front surfaces of both wafers; (c) subjecting the wafers closely contacted with each other via an oxide film to a heat treatment; (d) reducing one of the wafers to a desired thickness to manufacture a bonded SOI wafer; and (e) chamfering the front surface of the SOI layer side of the SOI wafer so that the chamfering width thereof is X3 where X3 >X1, and the two silicon wafers have identical diameters.
A method for making ice cream comprising a basic flavour in which an additional flavour of a different type is inserted, the method comprising the following steps: - preparing a container for processing the basic ice cream product; - preparing a stirrer mounted inside the processing container; - cooling and stirring a basic preparation inside the processing container using the stirrer to obtain a basic ice cream product; - preparing a hermetically sealed capsule containing an additional flavour; - opening the capsule; - preparing a serving container; - simultaneously transferring a portion of the basic ice cream from the processing container to the serving container and the additional flavour from the open capsule to the serving container, wherein the simultaneous transferring step comprises a step of delivering the additional flavour into a first predetermined spatial region and a step of delivering the basic ice cream into a second spatial region which contains the first spatial region, so that the additional flavour is fed into the basic ice cream in the serving container, wherein the step of simultaneously transferring a portion of the basic ice cream from the processing container to a serving container and the additional flavour from the open capsule to the serving container comprises a step of injecting pressurized air into the open capsule. - preparing a container for processing the basic ice cream product; - preparing a stirrer mounted inside the processing container; - cooling and stirring a basic preparation inside the processing container using the stirrer to obtain a basic ice cream product; - preparing a hermetically sealed capsule containing an additional flavour; - opening the capsule; - preparing a serving container; - simultaneously transferring a portion of the basic ice cream from the processing container to the serving container and the additional flavour from the open capsule to the serving container,
A method of abandoning a well in a reservoir, the method comprising the step of forming a scale in the reservoir by introducing into the reservoir a first solution comprising a first scale precursor, wherein the first scale precursor is a sodium or potassium salt of sulphate, carbonate or bicarbonate, a second solution comprising a second scale precursor, wherein the second scale precursor is a soluble inorganic salt of a Group 2 metal, and a scale inhibitor, wherein the first solution and second solution are able to react together to form the scale, the method further including the step of at least partially filling the well with cement.
A drinking water coupling for coupling to a connection of a drinking water tank, comprising: - a stub with a first axial end comprising an outlet opening and a second axial end for connecting a feed hose, - a coupling member for coupling to a corresponding counter-coupling member of the drinking water tank, the coupling member being configured such that upon coupling with the counter-coupling member a fluid connection can be established, and - a protective device for contamination protection, configured to protect at least the first axial end from contamination in an uncoupled state, wherein the protective device comprises at least one closure element movably connected to the stub that is movable from a closed position, in which the closure element at least partially closes the first axial end, to an open position, in which the closure element unblocks the first axial end, characterized by an actuating element for the protective device operable by an operator, such that the fist axial end can be uncovered to establish a fluid connection, wherein the actuating element is connected to the closure element, and wherein the closure element can be brought into the open position by the actuating element. - a stub with a first axial end comprising an outlet opening and a second axial end for connecting a feed hose, - a coupling member for coupling to a corresponding counter-coupling member of the drinking water tank, the coupling member being configured such that upon coupling with the counter-coupling member a fluid connection can be established, and - a protective device for contamination protection, configured to protect at least the first axial end from contamination in an uncoupled state, wherein the protective device comprises at least one closure element movably connected to the stub that is movable from a closed position, in which the closure element at least partially closes the first axial end, to an open position, in which the closure element unblocks the first axial end, characterized by an actuating element for the protective device operable by an operator, such that the fist axial end can be uncovered to establish a fluid connection, wherein the actuating element is connected to the closure element, and wherein the closure element can be brought into the open position by the actuating element.
A floor member (10,140,160) for installation on a floor base without bonding or adhering the floor member to the floor base, the floor member comprising, a) a flexible floor member unit having a multi-sided polygonal periphery and peripheral edges, a top surface for walking upon and a bottom surface for placement on a floor base, b) said floor member unit having a flexible main substrate layer with upper and lower surfaces, c) a flexible plastic wear layer laminated to the upper surface of said main substrate layer, and d) a bottom portion (36,44) of hot-melt adhesive material provided below the lower surface of the main substrate layer, said bottom portion having an exposed bottom surface of the hot-melt adhesive material that is the bottom surface of the floor member unit that is placed on the floor base, characterised in that the exposed bottom surface of the hot-melt adhesive material is non- adhesive, and non-tacky at normal room temperatures to provide the bottom surface of said floor member (10,140,160) with a predetermined frictional resistance that minimizes inadvertent sliding movement of the floating floor member on the floor base during the floating floor installation, but permits intentional slidable movement of the floating floor member on the floor base during the floating floor installation. a) a flexible floor member unit having a multi-sided polygonal periphery and peripheral edges, a top surface for walking upon and a bottom surface for placement on a floor base, b) said floor member unit having a flexible main substrate layer with upper and lower surfaces, c) a flexible plastic wear layer laminated to the upper surface of said main substrate layer, and d) a bottom portion (36,44) of hot-melt adhesive material provided below the lower surface of the main substrate layer, said bottom portion having an exposed bottom surface of the hot-melt adhesive material that is the bottom surface of the floor member unit that is placed on the floor base, characterised in that
A method for recycling currency, the method comprising: receiving, at a self-service terminal, a plurality of currency notes; sorting, by the self-service terminal, the plurality of currency notes by denomination by storing a first currency note, of a first denomination, of the plurality of currency notes in a temporary escrow, storing a second currency note, of a second denomination, of the plurality of currency notes in a large escrow, and transferring the first currency note of the plurality of currency notes to the large escrow; transferring the plurality of currency notes from the large escrow to cassette(s) of the self-service terminal; storing the plurality of currency notes in the cassette(s); updating, by the self-service terminal, note stack data, the note stack data listing the denominations of each currency note stored in the cassette(s) of the self-service terminal; dispensing, by the self-service terminal, a subset of the plurality of currency notes stored in the cassette(s); and updating, by the self-service terminal, the note stack data to show the new order of currency notes within the cassette(s) receiving, at a self-service terminal, a plurality of currency notes; sorting, by the self-service terminal, the plurality of currency notes by denomination by storing a first currency note, of a first denomination, of the plurality of currency notes in a temporary escrow, storing a second currency note, of a second denomination, of the plurality of currency notes in a large escrow, and transferring the first currency note of the plurality of currency notes to the large escrow; transferring the plurality of currency notes from the large escrow to cassette(s) of the self-service terminal; storing the plurality of currency notes in the cassette(s); updating, by the self-service terminal, note stack data, the note stack data listing the denominations of each currency note stored in the cassette(s) of the self-service terminal; dispensing, by the self-service terminal, a subset of the plurality of currency notes stored in the cassette(s); and updating, by the self-service terminal, the note stack data to show the new order of currency notes within the cassette(s)
Compression overmolding process comprising the steps of: - placing overmold material on a base element; - placing said base element with overmold material positioned thereon in a base die of a compression die tool; - moving a counter compression die of the compression die tool towards the base die; - prior to fully closing the compression die tool, actively moving at least one active core comprising a clamping surface relative to a body of at least one of said base die and counter compression die towards the other of said base die and counter compression die until said clamping surface presses said base element against a counter clamping surface portion of the base die, said clamping surface and/or said counter clamping surface portion defining a non-overmold surface portion on the base element; and - subsequently fully closing the counter compression die while maintaining said clamping surface pressing against said base element to form a shape of the overmold material around said non-overmold surface portions on the base element by compression overmolding. - placing overmold material on a base element; - placing said base element with overmold material positioned thereon in a base die of a compression die tool; - moving a counter compression die of the compression die tool towards the base die; - prior to fully closing the compression die tool, actively moving at least one active core comprising a clamping surface relative to a body of at least one of said base die and counter compression die towards the other of said base die and counter compression die until said clamping surface presses said base element against a counter clamping surface portion of the base die, said clamping surface and/or said counter clamping surface portion defining a non-overmold surface portion on the base element; and - subsequently fully closing the counter compression die while maintaining said clamping surface pressing against said base element to form a shape of the overmold material around said non-overmold surface portions on the base element by compression overmolding.
A method of optical communication in a passive optical network, comprising: operating an optical network unit, ONU, in a first state in which a transmitter of the ONU is turned off and a receiver of the ONU is turned on; operating the ONU in a second state in which both the transmitter and the receiver are turned off; operating the ONU in a third state in which both the transmitter and the receiver are turned on; receiving, by the ONU, a power management message from an optical line terminal, OLT, and configuring a power management rule based on the received power management message; transitioning the ONU between any two states of the first state, the second state, and the third state, based on the power management rule, wherein the transitioning between the first state and the second state is direct; and transmitting, to the OLT, a message indicative of the transitioning. operating an optical network unit, ONU, in a first state in which a transmitter of the ONU is turned off and a receiver of the ONU is turned on; operating the ONU in a second state in which both the transmitter and the receiver are turned off; operating the ONU in a third state in which both the transmitter and the receiver are turned on; receiving, by the ONU, a power management message from an optical line terminal, OLT, and configuring a power management rule based on the received power management message; transitioning the ONU between any two states of the first state, the second state, and the third state, based on the power management rule, wherein the transitioning between the first state and the second state is direct; and transmitting, to the OLT, a message indicative of the transitioning.
An electrical architecture for a turbine engine having a high pressure spool and a low pressure spool comprising: a first AC generator coupled to the HP spool and comprising a first integrated auto transformer unit having at least two three-phase outputs from the first integrated auto transformer unit; a second AC generator coupled to the LP spool and comprising a second integrated auto transformer unit having at least two three-phase outputs from the second integrated auto transformer unit; a first AC/DC converter (82,84) connected to the at least two three-phase outputs of the first AC generator, and to a first DC bus; and a second AC/DC converter (90,92) connected to the at least two three-phase outputs of the second AC generator, and to a second DC bus; wherein the first and second DC buses (86,94) are selectively connected; and wherein at least some electrical windings required for power transformation in the first and/or second integrated auto transformer unit (62, 72) are integrated with electrical winding of the first and/or second AC generator (56,58), respectively. a first AC generator coupled to the HP spool and comprising a first integrated auto transformer unit having at least two three-phase outputs from the first integrated auto transformer unit; a second AC generator coupled to the LP spool and comprising a second integrated auto transformer unit having at least two three-phase outputs from the second integrated auto transformer unit; a first AC/DC converter (82,84) connected to the at least two three-phase outputs of the first AC generator, and to a first DC bus; and a second AC/DC converter (90,92) connected to the at least two three-phase outputs of the second AC generator, and to a second DC bus; wherein the first and second DC buses (86,94) are selectively connected; and wherein at least some electrical windings required for power transformation in the first and/or second integrated auto transformer unit (62, 72) are integrated with electrical winding of the first and/or second AC generator (56,58), respectively.
Deuterated catecholamine composition comprising: (i) L-2-amino-2,3,3-trideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof, and (ii) L-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof; wherein the percentage of the compound (i) is in the range of 0.1 mol% to 99.9 mol%, and preferably in the range of 5 mol% to 95 mol%. (i) L-2-amino-2,3,3-trideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof, and (ii) L-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof;
An insert to be fitted into the processing vessel of a motorized kitchen device, such as a smoothie filter for a blender, that is fixed into operating position within the processing vessel, without the need for a designated holding means positioned on the processing vessel, wherein the insert contacts the processing vessel in at least two general areas, the first contact area being in the region of the processing tool, such as a blade, and the second contact area in the region near the opposite end of the processing vessel, such as the circumference of the processing vessel near the lid area, characterized in that the insert in its second contact area is made of a homogeneous flexible material and is designed to follow closely the inner contour of the processing vessel so as to engage the processing vessel when inserted in the axial direction with regard to the axis of rotation of the processing tool, resulting in fixation of the insert into operating position.