mhurhangee/ep-ind-claims huggingface dataset:
Hand-operated power tool, in particular screwdriver and/or drill, with a drive motor for driving a gear drive of a gearbox, which has a gearbox output for driving a tool holder of the hand-operated power tool and a first gear stage and a second gear stage, wherein the gearbox has a first locking mechanism for locking a gear element of the first gear stage forming a locking mechanism element and a second locking mechanism for locking a gear element of the second gear stage forming a locking mechanism element, wherein the gear stage with the respectively locked locking mechanism element (43, 44) transmits a torque from the gear drive to the gearbox output, wherein a direction of rotation of the drive motor is reversible and, depending on the direction of rotation of the drive motor, the first gear stage or the second gear stage transmits a torque from the gear drive to the gearbox output, characterised in that a locking direction and a freewheeling direction of at least one locking mechanism, in particular a freewheel, may be reversed.
An electronic device, comprising: an n-type silicon carbide drift region; a contact on the n-type silicon carbide drift region and forming a Schottky junction with the n-type silicon carbide drift region; p-type polysilicon heterojunction barrier regions on the n-type silicon carbide drift region, each p-type polysilicon heterojunction barrier region forming a first P-N heterojunction with the drift region and being in electrical contact with the contact; and a p-type polysilicon minority injector pad on the n-type silicon carbide drift region beneath the contact and electrically connected to the contact, the p-type polysilicon minority injector pad being spaced apart from and having a larger width than the p-type polysilicon heterojunction barrier regions, and having a horizontal surface area that is larger than a horizontal surface area of the p-type polysilicon heterojunction barrier regions and the p-type polysilicon minority injector pad forming a second P-N heterojunction with the n-type silicon carbide drift region, the p-type polysilicon minority injector pad being configured to begin to inject holes into the n-type silicon carbide drift region at a higher forward voltage than a forward voltage at which the first and second P-N heterojunctions begin to conduct electrons, wherein the Schottky junction is configured to conduct current at a lower forward voltage than the first and second P-N heterojunctions. an n-type silicon carbide drift region; a contact on the n-type silicon carbide drift region and forming a Schottky junction with the n-type silicon carbide drift region; p-type polysilicon heterojunction barrier regions on the n-type silicon carbide drift region, each p-type polysilicon heterojunction barrier region forming a first P-N heterojunction with the drift region and being in electrical contact with the contact; and a p-type polysilicon minority injector pad on the n-type silicon carbide drift region beneath the contact and electrically connected to the contact, the p-type polysilicon minority injector pad being spaced apart from and having a larger width than the p-type polysilicon heterojunction barrier regions, and having a horizontal surface area that is larger than a horizontal surface area of the p-type polysilicon heterojunction barrier regions and the p-type polysilicon minority injector pad forming a second P-N heterojunction with the n-type silicon carbide drift region, the p-type polysilicon minority injector pad being configured to begin to inject holes into the n-type silicon carbide drift region at a higher forward voltage than a forward voltage at which the first and second P-N heterojunctions begin to conduct electrons, wherein the Schottky junction is configured to conduct current at a lower forward voltage than the first and second P-N heterojunctions.
Motor vehicle lighting device having at least one microprojection light module that has a light source, an attachment optical unit, and a microprojection optical element, which element has a plurality of microprojectors arranged in rows and columns, each of which has a light entry surface, an aperture layer, and an exit lens surface, the light entry surface being a convex entry lens surface, and the light of the light source being almost collimated by the attachment optical unit and illuminating the microprojection optical element, which microprojection optical element is configured to project the light onto the road, characterized in that the microprojection optical element is a one-piece integrally bonded element, in that the aperture layer is arranged so as to directly adhere to the light entry surface and on the light entry surface, the distance of the exit lens surface of a microprojector from the light entry surface of the microprojector corresponding almost to the focal length of the exit lens surface, in that the light entry surface is an entry lens surface and in that the focal lengths of the entry lens surface and the exit lens surface are almost identical.
A plant growth medium made of a polyurethane foam having a resilience (measured according to ISO 8307 on dry and non-crushed samples) of at most 40%, a compression load deflection at 40 % (measured according to ISO 3386/1 during the first cycle on dry and non-crushed samples) of at least 16 kPa, a free-rise core density (measured according to ISO 845 under atmospheric conditions without use of auxiliary blowing agents) of at least 20 kg/m 3 and a volume increase at water saturation of at most 25 % (measured according to the method disclosed in the description).
Sliding wall arrangement, comprising a) at least one leaf having a lower edge, b) a running rail which can be lowered into a building floor and has at least one guide channel (11, 12) in which the at least one leaf is displaceably mounted at the lower edge, and c) a guide means (4, 4') arranged in the at least one guide channel (11, 12) and serving to support the at least one leaf, d) wherein the guide means (4, 4') is one or more rollers or one or more running surfaces, and e) at least one cover element which serves to cover the at least one guide channel (11, 12) when the guide channel is exposed by the at least one displaceable leaf, f) wherein the at least one cover element has a raised state in which the cover element covers the guide channel (11, 12) exposed by the leaf, g) and a lowered state in which the at least one cover element is lowered into the at least one guide channel (11, 12) so that the at least one leaf is displaceable over the at least one cover element, and hI) the at least one leaf has on its underside the at least one running surface which is moved over the rollers when the leaf is displaced, so that the rollers roll on the running surface or h2) that the rollers are mounted on the underside of the at least one leaf and roll on the one or more running surface(s) provided in the guide channel when the leaf is displaced. a) at least one leaf having a lower edge, b) a running rail which can be lowered into a building floor and has at least one guide channel (11, 12) in which the at least one leaf is displaceably mounted at the lower edge, and c) a guide means (4, 4') arranged in the at least one guide channel (11, 12) and serving to support the at least one leaf, d) wherein the guide means (4, 4') is one or more rollers or one or more running surfaces, and e) at least one cover element which serves to cover the at least one guide channel (11, 12) when the guide channel is exposed by the at least one displaceable leaf, f) wherein the at least one cover element has a raised state in which the cover element covers the guide channel (11, 12) exposed by the leaf, g) and a lowered state in which the at least one cover element is lowered into the at least one guide channel (11, 12) so that the at least one leaf is displaceable over the at least one cover element, and hI) the at least one leaf has on its underside the at least one running surface which is moved over the rollers when the leaf is displaced, so that the rollers roll on the running surface or h2) that the rollers are mounted on the underside of the at least one leaf and roll on the one or more running surface(s) provided in the guide channel when the leaf is displaced.
A spark plug comprising: a metal shell having an almost cylindrical shape and having a ground electrode on a front end side thereof; a cylindrical ceramic insulator having an axial hole therein and held in the metal shell, the axial hole having a small-diameter portion, and a large-diameter portion that is larger in diameter than the small-diameter portion and that is connected to a rear end of the small-diameter portion via a stepped portion; a resistor arranged in the large-diameter portion; a center electrode having a head portion, a flange portion and a leg portion, the flange portion projecting in a radial direction in the large-diameter portion to contact with the stepped portion, the leg portion arranged in the small-diameter portion so as to extend from the flange portion toward the front end side; and a seal body arranged in the large-diameter portion, the seal body includes a conductive seal body which contacts the head portion, and an insulating seal body that comes into contact with the ceramic insulator, the center electrode, and the conductive seal body, characterized in that the conductive seal body contacts the resistor to achieve an electrical connection between the center electrode and the resistor,and a main component of the insulating seal body is glass and the insulating seal body contains at least one of nickel oxide and titanium dioxide. a metal shell having an almost cylindrical shape and having a ground electrode on a front end side thereof; a cylindrical ceramic insulator having an axial hole therein and held in the metal shell, the axial hole having a small-diameter portion, and a large-diameter portion that is larger in diameter than the small-diameter portion and that is connected to a rear end of the small-diameter portion via a stepped portion; a resistor arranged in the large-diameter portion; a center electrode having a head portion, a flange portion and a leg portion, the flange portion projecting in a radial direction in the large-diameter portion to contact with the stepped portion, the leg portion arranged in the small-diameter portion so as to extend from the flange portion toward the front end side; and a seal body arranged in the large-diameter portion, the seal body includes a conductive seal body which contacts the head portion, and an insulating seal body that comes into contact with the ceramic insulator, the center electrode, and the conductive seal body, characterized in that the conductive seal body contacts the resistor to achieve an electrical connection between the center electrode and the resistor,and a main component of the insulating seal body is glass and the insulating seal body contains at least one of nickel oxide and titanium dioxide.
An air conditioner comprising: a main body incorporating a heat exchanger and installed in a ceiling; a decorative panel attached to a lower edge of the main body, exposed to a room through the ceiling, and including a discharge port discharging air heat-exchanged in the heat exchanger to the room; and a drain pan including a thermal insulating member and a synthetic resin member coating the thermal insulating member and comprising a drain outlet, wherein the drain pan comprises a recess for receiving drain water produced in the heat exchanger, a communication port provided on a periphery of the recess and communicating with the discharge port of the decorative panel, a wall standing between the periphery of the recess and the communication port, the thermal insulating member is removed in the wall, and the wall is composed of the synthetic resin member, and a drain cap attached to the drain outlet, characterized in that the drain cap comprises a claw and a tongue-like member (52, 52b) projecting from a periphery of the drain cap, the synthetic resin member is a rigid sheet member and is thinner than the thermal insulating member, the synthetic resin member constituting the drain pan comprises a first boss and a second boss penetrating the thermal insulating member, the claw of the drain cap is detachably engaged with an end of the first boss, and the tongue-like member (52a, 52b) of the drain cap is fixed to the second boss with a screw. a main body incorporating a heat exchanger and installed in a ceiling; a decorative panel attached to a lower edge of the main body, exposed to a room through the ceiling, and including a discharge port discharging air heat-exchanged in the heat exchanger to the room; and a drain pan including a thermal insulating member and a synthetic resin member coating the thermal insulating member and comprising a drain outlet, wherein the drain pan comprises a recess for receiving drain water produced in the heat exchanger, a communication port provided on a periphery of the recess and communicating with the discharge port of the decorative panel, a wall standing between the periphery of the recess and the communication port, the thermal insulating member is removed in the wall, and the wall is composed of the synthetic resin member, and a drain cap attached to the drain outlet, characterized in that the drain cap comprises a claw and a tongue-like member (52, 52b) projecting from a periphery of the drain cap, the synthetic resin member is a rigid sheet member and is thinner than the thermal insulating member, the synthetic resin member constituting the drain pan comprises a first boss and a second boss penetrating the thermal insulating member, the claw of the drain cap is detachably engaged with an end of the first boss, and the tongue-like member (52a, 52b) of the drain cap is fixed to the second boss with a screw.
An absorbent article comprising: a) a front portion having a first absorbent; b) a back portion having a second absorbent; and c) a fenestrated flap disposed between said front and back portions (12 and 14), said fenestrated flap having a fenestration formed therethrough which has a non-circular configuration to permit both a wearer's penis and scrotum to easily pass therethrough, said fenestrated flap also having a first surface located adjacent to said first absorbent and a second surface located adjacent to said second absorbent, and said second surface having a pair of barrier cuffs (140 and 142) formed thereon, wherein the barrier cuffs: extend longitudinally, parallel to the longitudinal central axis, from the first end to the second end of the fenestrated flap; are aligned inward of the first and second sides (96 and 98); and include elastics over at least a portion of their length. a) a front portion having a first absorbent; b) a back portion having a second absorbent; and c) a fenestrated flap disposed between said front and back portions (12 and 14), said fenestrated flap having a fenestration formed therethrough which has a non-circular configuration to permit both a wearer's penis and scrotum to easily pass therethrough, said fenestrated flap also having a first surface located adjacent to said first absorbent and a second surface located adjacent to said second absorbent, and said second surface having a pair of barrier cuffs (140 and 142) formed thereon, wherein the barrier cuffs: extend longitudinally, parallel to the longitudinal central axis, from the first end to the second end of the fenestrated flap; are aligned inward of the first and second sides (96 and 98); and include elastics over at least a portion of their length.
An electronic timepiece (100, 100a), comprising: a timer (112, 113, 114) configured to clock a current time; a receiver configured to receive low frequency band standard radio waves; a switch (11-14,108) configured to receive an operation from a user; and a processor (110, 110a) configured to acquire, in accordance with the operation received by the switch (11-14,108), a determination result indicating whether the low frequency band standard radio waves are receivable by the receiver, to select and to execute one of a first processing and at least one second processing that differs from the first processing, the first processing being processing to correct the current time clocked by the timer (112, 113, 114) on the basis of the low frequency band standard radio waves received by the receiver; a communicator configured to wirelessly communicates with a wireless communication device, and in that the processor (110, 110a) is configured to not select the first processing when the determination result indicates that the low frequency band standard radio waves are not receivable by the receiver, and to control, as the at least one second processing, the communicator to correct, on the basis of time information received from the wireless communication device, the current time that the timer (112, 113, 114) clocks. a timer (112, 113, 114) configured to clock a current time; a receiver configured to receive low frequency band standard radio waves; a switch (11-14,108) configured to receive an operation from a user; and a processor (110, 110a) configured to acquire, in accordance with the operation received by the switch (11-14,108), a determination result indicating whether the low frequency band standard radio waves are receivable by the receiver, to select and to execute one of a first processing and at least one second processing that differs from the first processing, the first processing being processing to correct the current time clocked by the timer (112, 113, 114) on the basis of the low frequency band standard radio waves received by the receiver; a communicator configured to wirelessly communicates with a wireless communication device, and in that the processor (110, 110a) is configured to not select the first processing when the determination result indicates that the low frequency band standard radio waves are not receivable by the receiver, and to control, as the at least one second processing, the communicator to correct, on the basis of time information received from the wireless communication device, the current time that the timer (112, 113, 114) clocks.
A socket comprising a plug housing recess for receiving at least a portion of the housing of a plug; wherein said plug housing recess incorporates a base surface; wherein said base surface comprises a plurality of recesses with electrically conductive contacts; said recesses being configured to receive the prongs of a corresponding plug; wherein the recesses for receiving the prongs are located in said base surface which slopes progressively inwardly towards an engagement surface which incorporates a part-cylindrical protrusion configured for engagement with said plug; whereby said plug housing recess increases in depth from one side of the recess to the side corresponding to said engagement surface; whereby the cylindrical protrusion allows the plug to pivot between an initial position where the prongs are positioned to enter the recesses and a position where the prongs are fully engaged with the recesses.
A compliance monitor for monitoring patient usage of a dry powder medicament delivery device, the medicament delivery device including: a) a main body portion for housing a store of medicament within; b) a base portion, said base portion and said main body portion being rotatable with respect to each other; c) a medicament dispensing means for dispensing a dose of the medicament into an inhalation chamber; d) a mouthpiece through which the dose of medicament may be inhaled by a user; and e) a removable and replaceable cap; the compliance monitor including: f) a first portion for receiving and/or retaining the base portion of the medicament delivery device; g) a second portion for releasably securing the medicament delivery device to the first portion, thereby releasably attaching the compliance monitor to the medicament delivery device; h) a dose detection means for determining if a dose of medicament has been dispensed and/or if the base portion has been rotated with respect to the main body portion wherein the dose detection means is characterized in that, it includes: a rotor for holding the base of the dry powder medicament delivery device, the rotor being capable of rotating both ways in relation to the first portion of the compliance monitor; a torque sensor or torque switch comprising at least one leaf spring (32,32'), wherein the torque sensor controls the rotation of the rotor; and at least one switch engaged or disengaged by the movement of the rotor or the movement of the at least one leaf spring. a) a main body portion for housing a store of medicament within; b) a base portion, said base portion and said main body portion being rotatable with respect to each other; c) a medicament dispensing means for dispensing a dose of the medicament into an inhalation chamber; d) a mouthpiece through which the dose of medicament may be inhaled by a user; and e) a removable and replaceable cap; f) a first portion for receiving and/or retaining the base portion of the medicament delivery device; g) a second portion for releasably securing the medicament delivery device to the first portion, thereby releasably attaching the compliance monitor to the medicament delivery device; h) a dose detection means for determining if a dose of medicament has been dispensed and/or if the base portion has been rotated with respect to the main body portion wherein the dose detection means is characterized in that, it includes: a rotor for holding the base of the dry powder medicament delivery device, the rotor being capable of rotating both ways in relation to the first portion of the compliance monitor; a torque sensor or torque switch comprising at least one leaf spring (32,32'), wherein the torque sensor controls the rotation of the rotor; and at least one switch engaged or disengaged by the movement of the rotor or the movement of the at least one leaf spring. a rotor for holding the base of the dry powder medicament delivery device, the rotor being capable of rotating both ways in relation to the first portion of the compliance monitor; a torque sensor or torque switch comprising at least one leaf spring (32,32'),
A terminal block comprising: a unitary terminal block body; and an annular arrangement of terminal pairs (102, 106) mounted within the unitary terminal block body, each of the terminal pairs (102, 106) having a first height and being adjacent another terminal pair (102, 106) having a second height different from the first height, characterized in that the unitary terminal block body has an opening disposed within the annular arrangement of terminal pairs (102, 106) so that each of the terminal pairs (102, 106) is arranged to receive respective wires extending through the opening. a unitary terminal block body; and an annular arrangement of terminal pairs (102, 106) mounted within the unitary terminal block body, each of the terminal pairs (102, 106) having a first height and being adjacent another terminal pair (102, 106) having a second height different from the first height, characterized in that the unitary terminal block body has an opening disposed within the annular arrangement of terminal pairs (102, 106) so that each of the terminal pairs (102, 106) is arranged to receive respective wires extending through the opening.