mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising a power source, a speed change mechanism and a tool bit which is driven via the speed change mechanism by the power source and caused to perform a predetermined operation, wherein the speed change mechanism includes first and second rotating shafts (123, 125) disposed parallel to each other, and first and second gear trains (133, 134, 135, 136) having different gear ratios and each having a combination of a drive gear (133, 135) and a driven gear (134, 136) as one unit which are engaged with each other and transmit torque of the first rotating shaft to the second rotating shaft, and wherein a torque transmission path via the first gear train (133, 134) is defined as a first power transmission path and a torque transmission path via the second gear train (135, 136) is defined as a second power transmission path, and further includes a first clutch which allows and interrupts power transmission on the first power transmission path and a second clutch which allows and interrupts power transmission on the second power transmission path, characterized in that the power transmission path is switched between the first and second power transmission paths (P1, P2) while the first and second gear trains (133, 134, 135, 136) are held engaged, by shifting of the first and second clutches (141, 145) between the power transmission state and the power transmission interrupted state according to a load applied to the tool bit.
Plate heat exchanger condenser-evaporator having a heat-exchanger block which comprises a number of heat-exchanger plates (20, 30) having fluid-conducting structures (21, 31), wherein the heat-exchanger block comprises a first outer surface, a second outer surface opposite the first outer surface, a third outer surface and a fourth outer surface opposite the third outer surface, wherein the fluid-conducting structures of first heat-exchanger plates comprise first and second openings (211, 212) on the heat-exchanger block, which openings are not covered by fluid feed lines or by fluid-collecting lines, and wherein the fluid-conducting structures of second heat-exchanger plates run between a fluid feed line arranged on the heat-exchanger block and a fluid-collecting line arranged on the heat-exchanger block, characterized in that the fluid feed line is arranged on the first outer surface and in that the first openings of the fluid-conducting structures of the first heat-exchanger plates are arranged either in a region of the first outer surface that is not covered by the fluid feed line or in a first region of the third outer surface and a first region of the fourth outer surface.
A cable backplane assembly for high-speed interconnection of digital electrical components and/or electrical component assemblies mounted in an equipment rack, said assembly characterized by: a first and a second rigid vertical side plates attached to a top plate and a bottom plate to form a rigid chassis; a vertical stack of a plurality of parallel horizontal cable connector carrying trays received within the rigid chassis, wherein the cable connector carrying trays are configured with electrical component connector pins on a front side and high-speed data and power cable connectors on a back side thereof; at least one enclosed vertical cable channel attached to the vertical stack of cable connector carrying trays for protectively routing cables to the cable connector carrying trays; and mounting points for a plurality of cooling fans aligned with each of the plurality of cable connector carrying trays to provide front-to-back cooling airflow. a first and a second rigid vertical side plates attached to a top plate and a bottom plate to form a rigid chassis; a vertical stack of a plurality of parallel horizontal cable connector carrying trays received within the rigid chassis, wherein the cable connector carrying trays are configured with electrical component connector pins on a front side and high-speed data and power cable connectors on a back side thereof; at least one enclosed vertical cable channel attached to the vertical stack of cable connector carrying trays for protectively routing cables to the cable connector carrying trays; and mounting points for a plurality of cooling fans aligned with each of the plurality of cable connector carrying trays to provide front-to-back cooling airflow.
A device including a cascode grounded gate NFET, for providing protection to an integrated circuit, IC, against positive voltage ESD pulses, comprising: a diode network, coupled between an IC pad of the IC and a drain of the cascode grounded gate NFET, configured to set a turn-on voltage of the device at a desired level; and a precharge circuit, configured to set a bias voltage at the drain of the cascode grounded gate NFET at a desired level in order to reduce the capacitive loading at the IC pad and characterised in that: the precharge circuit comprises a diode having an anode coupled to a positive supply and a cathode coupled to the drain of the cascode grounded gate NFET and to the diode network. a diode network, coupled between an IC pad of the IC and a drain of the cascode grounded gate NFET, configured to set a turn-on voltage of the device at a desired level; and a precharge circuit, configured to set a bias voltage at the drain of the cascode grounded gate NFET at a desired level in order to reduce the capacitive loading at the IC pad and characterised in that: the precharge circuit comprises a diode having an anode coupled to a positive supply and a cathode coupled to the drain of the cascode grounded gate NFET and to the diode network.
An article storage facility (100, 200), comprising: a transport vehicle configured to travel along a travel path to transport an article; an article storage configured to store the article transported by the transport vehicle; a transporter configured to transport the article from a loader to the transport vehicle; an operation vehicle configured to travel and carry an operator along the travel path along which the transport vehicle travels; and a holding device including a holder configured to hold the operation vehicle characterized in that the holding device includes an elevator configured to lift and lower the operation vehicle, wherein the holder has a state changeable between a holding state in which the holder holds the operation vehicle and a non-holding state in which the holder does not hold the operation vehicle, the holding device with the holder holding the operation vehicle is transported by the transporter from the loader and is placed on a mount located along the travel path, and the state of the holder in the holding device placed on the mount is changed to the non-holding state and the elevator lowers the operation vehicle to place the operation vehicle on the travel path. a transport vehicle configured to travel along a travel path to transport an article; an article storage configured to store the article transported by the transport vehicle; a transporter configured to transport the article from a loader to the transport vehicle; an operation vehicle configured to travel and carry an operator along the travel path along which the transport vehicle travels; and a holding device including a holder configured to hold the operation vehicle characterized in that the holding device includes an elevator configured to lift and lower the operation vehicle, wherein the holder has a state changeable between a holding state in which the holder holds the operation vehicle and a non-holding state in which the holder does not hold the operation vehicle, the holding device with the holder holding the operation vehicle is transported by the transporter from the loader and is placed on a mount located along the travel path, and the state of the holder in the holding device placed on the mount is changed to the non-holding state and the elevator lowers the operation vehicle to place the operation vehicle on the travel path.
Fill level measuring device for determining the fill level of a medium in a container comprising a control unit, which contains a radiofrequency generator for generating a transmission signal S, a first amplifier, a second amplifier and an evaluation unit (μC), and comprising a physically offset probe, to which the transmission signal S is applied and which contains a measuring impedance, a reference impedance, a first rectifier and a second rectifier as well as shunts (9a, 9b), and comprising a multiple-core connecting line, which is used for signal transmission between the control unit and the probe, characterized in that the amplifiers (5a, 5b) are connected on the output side to the evaluation unit μC and are used for amplifying DC voltages transmitted via the multiple-core connecting line to the control unit, wherein the first rectifier detects the voltage of the transmission signal S in the probe and transmits said voltage as first DC voltage signal via the multiple-core connecting line to the control unit, wherein the second rectifier breaks the probe current down into its two half-cycles so that a second DC voltage signal is produced across the two shunts (9a, 9b), the probe current broken down into its half-cycles is combined again at the common connection of the shunts (9a, 9b) and is supplied as radiofrequency signal to the measuring impedance and the medium and to the reference impedance for calibration, wherein the second DC voltage signal is supplied via the multiple-core connecting line to the control unit, wherein the rectifiers (8a, 8b) are thermally coupled to one another.
A blow molded article, comprising a composition which comprises (i) a polypropylene having - a melt flow index MFI (230°C, 2.16 kg) of less than 2.0 g/10 min, - a flexural modulus of from 1200 to 2400 MPa, - a density of from 0.895 to 0.910 g/cm 3, (ii) a high-density polyethylene having a melt flow index MFI (190°C, 2.16 kg) of from 0.1 to 2.0 g/10 min, (iii) an inorganic filler; wherein the blow molded article is a bottle, a wide-neck container, a canister or a drum. (i) a polypropylene having - a melt flow index MFI (230°C, 2.16 kg) of less than 2.0 g/10 min, - a flexural modulus of from 1200 to 2400 MPa, - a density of from 0.895 to 0.910 g/cm 3, - a melt flow index MFI (230°C, 2.16 kg) of less than 2.0 g/10 min, - a flexural modulus of from 1200 to 2400 MPa, - a density of from 0.895 to 0.910 g/cm 3, (ii) a high-density polyethylene having a melt flow index MFI (190°C, 2.16 kg) of from 0.1 to 2.0 g/10 min, (iii) an inorganic filler;
A system, comprising: a first cluster of transmission points connected to a first base station; a second cluster of transmission points connected to a second base station; wherein transmission points in an overlap area where the first cluster overlaps the second cluster share a same physical cell identifier, PCI, which is different from PCIs of transmission points in areas of the first and second clusters which do not overlap with other clusters, and wherein a transmission point from the transmission points in the overlap area is configured to: receive, from the first base station, a first signal for a first user equipment, UE, to transmit over the air; receive, from the second base station, a second signal for a second UE to transmit over the air; and combine the first and the second signals from the first and second base stations (1004 and 1006) and transmit the combined signal to the first and second UE. a first cluster of transmission points connected to a first base station; a second cluster of transmission points connected to a second base station; wherein transmission points in an overlap area where the first cluster overlaps the second cluster share a same physical cell identifier, PCI, which is different from PCIs of transmission points in areas of the first and second clusters which do not overlap with other clusters, and wherein a transmission point from the transmission points in the overlap area is configured to: receive, from the first base station, a first signal for a first user equipment, UE, to transmit over the air; receive, from the second base station, a second signal for a second UE to transmit over the air; and combine the first and the second signals from the first and second base stations (1004 and 1006) and transmit the combined signal to the first and second UE. receive, from the first base station, a first signal for a first user equipment, UE, to transmit over the air; receive, from the second base station, a second signal for a second UE to transmit over the air; and combine the first and the second signals from the first and second base stations (1004 and 1006) and transmit the combined signal to the first and second UE.
An assembly comprising a wall, a floor, and a folding shelf comprising: - a body extending in a transverse direction of the shelf, the body being attached to the wall, - a plurality of panels comprising at least one first panel rotatably mounted on the body about a first axis of rotation substantially parallel to the transverse direction, and at least one second panel rotatably mounted on the first panel about a second axis of rotation, the shelf being movable between: - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction substantially perpendicular to the transverse direction and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation, characterised in that, in the unfolded position: - the panels together have a longitudinal extension greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels, preferably all of them, rests on a support surface defined by the wall. - a body extending in a transverse direction of the shelf, the body being attached to the wall, - a plurality of panels comprising at least one first panel rotatably mounted on the body about a first axis of rotation substantially parallel to the transverse direction, and at least one second panel rotatably mounted on the first panel about a second axis of rotation, the shelf being movable between: - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction substantially perpendicular to the transverse direction and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation, - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction substantially perpendicular to the transverse direction and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation, characterised in that, in the unfolded position: - the panels together have a longitudinal extension greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels, preferably all of them, rests on a support surface defined by the wall. - the panels together have a longitudinal extension greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels, preferably all of them, rests on a support surface defined by the wall.
Device for managing the electrodes for electrical discharge machining machine tools using tool electrodes intended to machine workpiece electrodes, the management device comprising at least one magazine that has a series of individual housings designed to accept and hold exchangeable elements consisting of the said electrodes each mounted on an electrode holder (11a, 11b), which is designed to be aligned in the mounted position with respect to the machine by means of protruding elements (17a, 17b, 19a, 19b) attached either to the electrode holder or to the machining head of the machine and at least one changer device equipped with at least one gripping member intended to move the exchangeable elements from the said individual housings towards an attachment system situated on the machine and vice versa, characterized in that the management device comprises at least one first adapter piece associated with each of the exchangeable elements, the said first adapter piece being fixed rigidly to the drawbar (3a, 3b) axially attached to the electrode holder (11a, 11b) while at the same time exhibiting a clearance with respect to all the parts of the electrode holder and being shaped so that it at least partially surrounds the electrode holder (11a, 11b) and so that it can be gripped at least partially around its periphery by a gripper that forms the said gripping member so as to ensure that the exchangeable element is held precisely by the gripper and comprising a series of orifices allowing the said protruding elements (17a, 17b, 19a, 19b) to pass through the first adapter piece.
A heating cooker, comprising: a main body constituting an outer wall; a top plate that is provided on a top side of the main body and on which a cooking container can be placed; a coil base that is arranged under the top plate, and on an inner side within the circumference of which a plurality of heating coils (64, 65, 66) are arranged; the heating coils being pairwise mutually connected in series; and connecting means (14, 15, 16) configured to connect a lead wire (91, 92, 93, 101, 102, 103) for one of a pair of heating coils, which is paired for mutual connection, to a lead wire (91, 92, 101, 102, 103) for the other of said pair of paired heating coils, wherein the connecting means (14, 15, 16) is provided on the inner side within the circumference of the coil base; and characterised in that the connecting means (14, 15, 16) is provided in between magnetic materials that are radially provided in the coil base. a main body constituting an outer wall; a top plate that is provided on a top side of the main body and on which a cooking container can be placed; a coil base that is arranged under the top plate, and on an inner side within the circumference of which a plurality of heating coils (64, 65, 66) are arranged; the heating coils being pairwise mutually connected in series; and connecting means (14, 15, 16) configured to connect a lead wire (91, 92, 93, 101, 102, 103) for one of a pair of heating coils, which is paired for mutual connection, to a lead wire (91, 92, 101, 102, 103) for the other of said pair of paired heating coils, wherein the connecting means (14, 15, 16) is provided on the inner side within the circumference of the coil base; and characterised in that the connecting means (14, 15, 16) is provided in between magnetic materials that are radially provided in the coil base.
A food product of the type to be stored and consumed refrigerated or frozen, the food product comprising a first liposome, at least one active ingredient encapsulated in the first liposome, said first liposome further having first means for increasing its encapsulation capacity and stability and second means for increasing its antioxidant capacity, characterized in that the food product further comprises at least a second liposome encapsulating the first liposome and in that the active ingredient comprises polyunsaturated fatty acids; and in that said first means for increasing encapsulation capacity and stability of the first liposome comprise at least one polysaccharide and/or at least one protein and/or at least one polypeptide and/or at least a plant pectin and/or at least one plant sterol and/or at least cholesterol; and in that said second means for increasing the antioxidant capacity of said first liposome are a synergic mixture comprising: - D-alpha-tocopherols in a range of between 0.5-3% by weight - Rosmarinic acid in a percentage by weight of 0.1% - Lecithin in a range of between 1-3% by weight. - D-alpha-tocopherols in a range of between 0.5-3% by weight - Rosmarinic acid in a percentage by weight of 0.1% - Lecithin in a range of between 1-3% by weight.
A system for controlling the adjustment of a side rearview device mounted on a vehicle, the system comprises at least one side rearview device (3, 3'), operable to change view area, wherein the system further comprises two direction guides, wherein each of the direction guides comprises a kinetic sensing device (9, 10) registering change of movement direction of the vehicle, and provides corresponding output signal, wherein the system further comprises a control unit comprising a data processor provided for determining the adjustment of the rearview device (3, 3'), where the processor is adapted for reading output signals from the sensing device (9, 10) and, based on at least the output of the sensing devices (9, 10) and for providing a control signal for adjusting the rearview area and where the rearview device (3, 3') is adapted for adjusting the rearview area accordingly, wherein the two kinetic sensing devices (9, 10) are both either gyros or accelerometers, and wherein the control unit is configured to calibrate the kinetic sensing devices (9, 10).
An authentication method based on the Data Synchronization or Device Management protocol, comprising: receiving, by a client, a Trigger message that is sent by a server and generated by using a default nonce, a session ID, or a Trigger message ID; authenticating, by the client, the Trigger message using a server nonce after receiving the Trigger message; using, by the client, the default nonce, the session ID, or the Trigger message ID to authenticate the Trigger message if the authenticating the Trigger message fails; generating, by the client, a session request by use of a client nonce after the authentication succeeds; and sending, by the client, the session request to the server so that the server authenticates the client using the client nonce. receiving, by a client, a Trigger message that is sent by a server and generated by using a default nonce, a session ID, or a Trigger message ID; authenticating, by the client, the Trigger message using a server nonce after receiving the Trigger message; using, by the client, the default nonce, the session ID, or the Trigger message ID to authenticate the Trigger message if the authenticating the Trigger message fails; generating, by the client, a session request by use of a client nonce after the authentication succeeds; and sending, by the client, the session request to the server so that the server authenticates the client using the client nonce.
A pneumatic tire comprising, as a framework, at least one carcass ply comprising a steel cord covered with rubber, wherein letting d (mm) be a cord diameter of the steel cord and T (MPa) be a tensile strength of a steel filament (11, 12, 13) forming the steel cord, the following relation is satisfied: a 1 T − b 1 > d > a 2 T + b 2 where a 1 is 3.65 × 10 -4 mm/MPa, b 1 is 0.42 mm, a 2 is -8.00 × 10 -5 mm/MPa, and b 2 is 0.78 mm, and the tensile strength T of the steel filament (11, 12, 13) is higher than 3200 MPa to lower than 3800 MPa; the number of ends E under a bead core of the steel cord in the carcass ply is higher than 14 ends/25 mm to lower than 30 ends/25 mm; the steel filament (11, 12, 13) has a wire diameter of 0.15 to 0.20 mm; and the steel cord has a two-layer twisted structure of the 3+8 or 3+9 structure.
Process for coating a threaded metallic piece, comprising in the order at least the steps of: - using said piece as cathode of an electrolytic cell, wherein a bath containing at least Zn and Ni ions is present, whereby the electro-deposition of a first layer containing Zn and Ni is brought about on the surface of the piece, - subjecting the piece to a treatment of passivation, and - applying on the piece a further layer of a polyester-based paint. - using said piece as cathode of an electrolytic cell, wherein a bath containing at least Zn and Ni ions is present, whereby the electro-deposition of a first layer containing Zn and Ni is brought about on the surface of the piece, - subjecting the piece to a treatment of passivation, and - applying on the piece a further layer of a polyester-based paint.