mhurhangee/ep-ind-claims huggingface dataset:
A recording apparatus comprising: an ejecting unit which can eject a first ink and a second ink onto a recording medium; and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the first ink is for image forming and the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium onto a face on a side opposite to a recording face; characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, and an amount of the first ink ejected when recording is performed using both the first ink and the second ink is larger than an amount of the first ink ejected when recording is performed using the first ink alone, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction or during movement of the ejecting unit in an outward direction and the subsequent movement in the return direction in the reciprocating direction. an ejecting unit which can eject a first ink and a second ink onto a recording medium; and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the first ink is for image forming and the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium onto a face on a side opposite to a recording face; characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, and an amount of the first ink ejected when recording is performed using both the first ink and the second ink is larger than an amount of the first ink ejected when recording is performed using the first ink alone, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction or during movement of the ejecting unit in an outward direction and the subsequent movement in the return direction in the reciprocating direction.
A cable staple assembly for use with a staple driving tool having a driver and a cooperating breaking portion, the cable staple assembly comprising: a plurality of insulator bodies having frangible connectors extending between adjacent pairs of the insulator bodies, each of the insulator bodies having a counteracting frangible portion, and an insulator bridge extending between a pair of leg recesses, the frangible connectors alone extending between and coupling the plurality of insulator bodies together into a strip, and each counteracting frangible portion being spaced from the frangible connectors and being coupled solely to a single one of the plurality of insulator bodies; and a plurality of staples, each staple having a pair of legs extending from opposite ends of a staple crown with the pair of legs being received in the pair of leg recesses of one of the insulator bodies; wherein the counteracting frangible portion spans across a recess in a leading side of the insulator body and the recess is designed to receive the cooperating breaking portion of the staple driving tool. a plurality of insulator bodies having frangible connectors extending between adjacent pairs of the insulator bodies, each of the insulator bodies having a counteracting frangible portion, and an insulator bridge extending between a pair of leg recesses, the frangible connectors alone extending between and coupling the plurality of insulator bodies together into a strip, and each counteracting frangible portion being spaced from the frangible connectors and being coupled solely to a single one of the plurality of insulator bodies; and a plurality of staples, each staple having a pair of legs extending from opposite ends of a staple crown with the pair of legs being received in the pair of leg recesses of one of the insulator bodies; wherein the counteracting frangible portion spans across a recess in a leading side of the insulator body and the recess is designed to receive the cooperating breaking portion of the staple driving tool.
Tyre for a wheel of a vehicle, with a profiled tread for supporting the vehicle on the ground, comprising: - a tyre body formed by two opposite side walls and a circumferential wall, wherein the tyre body is configured to maintain an adjustable gas pressure in the tyre, wherein the circumferential wall is provided with a number of holding spaces; - a number of tread pattern elements which form at least part of the tread, wherein each of the number of tread pattern elements is accommodated in a holding space of the number of holding spaces so as to be displaceable at substantially right angles to the circumferential wall between a first position, in which it projects from the circumferential wall to a greater degree, and a second position, in which it projects from the circumferential wall to a lesser degree or is accommodated in the circumferential wall; - an adjustment device which is configured to displace the number of tread pattern elements in the number of holding spaces between the first and second position in order to adjust a tread pattern height of the profiled tread, wherein the adjustment device comprises a spring device which is configured to provide resistance due to the spring action of the spring device, for the benefit of each of the number of tread pattern elements, when displacing a tread pattern element of the number of tread pattern elements to the first position in which it projects from the circumferential wall to a greater extent, characterised in that each tread pattern element of the number of tread pattern elements comprises a tread pattern part adjoining the tread, wherein the tread pattern part is provided with a ribbed surface on the side facing the holding space in order to discharge pollutants from the holding space to outside the tyre. - a tyre body formed by two opposite side walls and a circumferential wall, wherein the tyre body is configured to maintain an adjustable gas pressure in the tyre, wherein the circumferential wall is provided with a number of holding spaces; - a number of tread pattern elements which form at least part of the tread, wherein each of the number of tread pattern elements is accommodated in a holding space of the number of holding spaces so as to be displaceable at substantially right angles to the circumferential wall between a first position, in which it projects from the circumferential wall to a greater degree, and a second position, in which it projects from the circumferential wall to a lesser degree or is accommodated in the circumferential wall; - an adjustment device which is configured to displace the number of tread pattern elements in the number of holding spaces between the first and second position in order to adjust a tread pattern height of the profiled tread, wherein the adjustment device comprises a spring device which is configured to provide resistance due to the spring action of the spring device, for the benefit of each of the number of tread pattern elements, when displacing a tread pattern element of the number of tread pattern elements to the first position in which it projects from the circumferential wall to a greater extent,
Method for determining the rotary position of the rotor of an electric machine which has star-connected winding phases (1, 2, 3), wherein a measurement signal which is representative of the rotary position of the rotor within half a magnetic period is determined, characterized in that at a point in time of the measurement (t 0), a specific voltage is applied to the ends of all of the winding phases (1, 2, 3) whilst forcing the neutral point onto a specific potential, in that, at a point in time (t 1) following the point in time of the measurement (t 0), a voltage which differs from the specific voltage is applied to the ends of one of the winding phases (1, 2, 3), and in that the measurement signal is derived from the current which is developed after the point in time of the measurement (t 0) beyond the following point in time (t 1) in a connection which forces the neutral point onto the specific potential.
An information processing apparatus comprising: a storage device that outputs stored data in accordance with a memory access request that is received; an arithmetic processing unit that performs an arithmetic operation on the data that is output by the storage device; a first switch that includes a first port control circuit that converts a memory access request issued by the arithmetic processing unit to a memory access signal and a sending unit that sends the memory access signal converted by the first port control circuit to the storage device; and a second switch that includes a second port control circuit that converts a memory access request issued by the arithmetic processing unit to a memory access signal, a first acquiring unit that acquires the memory access signal that is sent by the first switch to the storage device, and a determining unit that compares the content of a memory access performed by using the memory access signal converted by the second port control circuit with the content of a memory access performed by using the memory access signal acquired by the first acquiring unit and that determines, when the contents of the both said memory accesses performed by using both said memory access signals do not match, that the first switch has failed. a storage device that outputs stored data in accordance with a memory access request that is received; an arithmetic processing unit that performs an arithmetic operation on the data that is output by the storage device; a first switch that includes a first port control circuit that converts a memory access request issued by the arithmetic processing unit to a memory access signal and a sending unit that sends the memory access signal converted by the first port control circuit to the storage device; and a second switch that includes a second port control circuit that converts a memory access request issued by the arithmetic processing unit to a memory access signal, a first acquiring unit that acquires the memory access signal that is sent by the first switch to the storage device, and a determining unit that compares the content of a memory access performed by using the memory access signal converted by the second port control circuit with the content of a memory access performed by using the memory access signal acquired by the first acquiring unit and that determines, when the contents of the both said memory accesses performed by using both said memory access signals do not match, that the first switch has failed.
A capacitive position indicator, comprising: an electrode configured to transmit a first signal, the electrode being positioned at a position indicating part of the capacitive position indicator; a signal generating circuit configured to generate a second signal, the second signal having a frequency that is the same as a frequency of the first signal; a transformer configured to boost the second signal, the transformer including a primary winding and a secondary winding that are wound around a magnetic body; an analog switch configured to set the electrode to an on-state and an off-state by control of a connection between a first end of the secondary winding and the electrode; characterized by a power extracting circuit configured to extract and accumulate power to be supplied to the analog switch from the secondary winding, wherein the power extracting circuit includes a first capacitor and a diode, the first capacitor being electrically coupled to the diode and to a positive-side power supply terminal of the analog switch, the diode being electrically coupled with the anode side to a first end of the secondary winding; and a second capacitor configured to set a second end of the secondary winding to a fixed potential in an alternating-current manner, the second capacitor connecting the second end of the secondary winding and a negative-side power supply terminal of the analog switch. an electrode configured to transmit a first signal, the electrode being positioned at a position indicating part of the capacitive position indicator; a signal generating circuit configured to generate a second signal, the second signal having a frequency that is the same as a frequency of the first signal; a transformer configured to boost the second signal, the transformer including a primary winding and a secondary winding that are wound around a magnetic body; an analog switch configured to set the electrode to an on-state and an off-state by control of a connection between a first end of the secondary winding and the electrode; characterized by a power extracting circuit configured to extract and accumulate power to be supplied to the analog switch from the secondary winding, wherein the power extracting circuit includes a first capacitor and a diode, the first capacitor being electrically coupled to the diode and to a positive-side power supply terminal of the analog switch, the diode being electrically coupled with the anode side to a first end of the secondary winding; and a second capacitor configured to set a second end of the secondary winding to a fixed potential in an alternating-current manner, the second capacitor connecting the second end of the secondary winding and a negative-side power supply terminal of the analog switch.
A component for a vehicle interior comprising: (a) a base (100, 2100, 3100, 6100) comprising an outer surface; and (b) a support (200, 2200, 3200, 6200) comprising an outer surface and configured to move between a raised position and a lowered position; wherein the outer surface of the support (200, 2200, 3200, 6200) and the outer surface of the base (100, 2100, 3100, 6100) comprise a substantially continuous surface when the support (200, 2200, 3200, 6200) is in the raised position; wherein the support (200, 2200, 3200, 6200) is configured to descend into the base (100, 2100, 3100, 6100) to provide a cavity wherein the component further comprises a mechanism (300, 2300, 3300, 6300) configured to move the support (200, 2200, 3200, 6200) between the raised position and the lowered position; wherein the support (200, 2200, 3200, 6200) and the base (100, 2100, 3100, 6100) provide the cavity when the support (200, 2200, 3200, 6200) is in the lowered position, and the mechanism comprises a controller configured to hold the support in the lowered position for a duration of time after removal of a force on the support. (a) a base (100, 2100, 3100, 6100) comprising an outer surface; and (b) a support (200, 2200, 3200, 6200) comprising an outer surface and configured to move between a raised position and a lowered position; wherein the outer surface of the support (200, 2200, 3200, 6200) and the outer surface of the base (100, 2100, 3100, 6100) comprise a substantially continuous surface when the support (200, 2200, 3200, 6200) is in the raised position; wherein the support (200, 2200, 3200, 6200) is configured to descend into the base (100, 2100, 3100, 6100) to provide a cavity wherein the component further comprises a mechanism (300, 2300, 3300, 6300) configured to move the support (200, 2200, 3200, 6200) between the raised position and the lowered position; wherein the support (200, 2200, 3200, 6200) and the base (100, 2100, 3100, 6100) provide the cavity when the support (200, 2200, 3200, 6200) is in the lowered position, and the mechanism comprises a controller configured to hold the support in the lowered position for a duration of time after removal of a force on the support.
A cassette for being connected to a pumping device comprising: a housing comprising a constrictor, a flexible tube attached to the housing and positioned through the constrictor such that an inner diameter of the flexible tube is reduced, and a ball positioned inside the tube at an upstream side of the constrictor, the ball being sized such that it is larger than the reduced inner diameter of the flexible tube at the constrictor and such that the ball is able to occlude the fluid flow path through the flexible tube when a fluid in the flexible tube is under pressure. a housing comprising a constrictor, a flexible tube attached to the housing and positioned through the constrictor such that an inner diameter of the flexible tube is reduced, and a ball positioned inside the tube at an upstream side of the constrictor, the ball being sized such that it is larger than the reduced inner diameter of the flexible tube at the constrictor and such that the ball is able to occlude the fluid flow path through the flexible tube when a fluid in the flexible tube is under pressure.
A constant velocity joint, comprising: a first rotational member having a central axis; and a boot can assembly coupled to the first rotational member and having a boot can, a boot coupled to the boot can, and a seal formed in one piece with the boot, carried by the boot, arranged to engage said first rotational member when said boot can assembly is coupled to said first rotational member, and wherein said seal includes a plurality of ribs extending from said boot and engaged with said first rotational member, and wherein the boot can comprises a protruded portion configured to receive and surround at least a portion of the first rotational member and to trap the seal between the protruded portion and the first rotational member, characterized in, that the boot and the seal are bonded to the boot can, and that the boot can comprises a transition portion extending radially from the axially oriented protruded portion and defining a surface confronting an axial end of the first rotational member to trap a portion of the boot and/or the seal between the transition portion and the end of the first rotational member, and that the constant velocity joint also includes a second rotational member and wherein the boot includes a main portion with a boot neck and an extension interconnecting the main portion and the seal, and extending axially between the seal and the main portion of the boot and circumferentially about an interior of the boot can. a first rotational member having a central axis; and a boot can assembly coupled to the first rotational member and having a boot can, a boot coupled to the boot can, and a seal formed in one piece with the boot, carried by the boot, arranged to engage said first rotational member when said boot can assembly is coupled to said first rotational member, and wherein said seal includes a plurality of ribs extending from said boot and engaged with said first rotational member, and wherein the boot can comprises a protruded portion configured to receive and surround at least a portion of the first rotational member and to trap the seal between the protruded portion and the first rotational member,
Control device, comprising: - a valve body with at least one internal cavity for the passage of fluid, a first opening for the passage of fluid, a second opening for the passage of fluid, a pilot opening; - a main piston axially movable in said cavity with the possibility of assuming at least one closed position, in which the main piston closes a passage section between said first opening and said second opening, and at least one opening position, in which the main piston opens said passage section; - actuating means arranged at a first end of said main piston for exerting an axial force on said main piston; - first sealing means on said main piston for defining a first sealing area between said second opening and a second end of said main piston opposite to said first end; - a piloting piston that is movable coaxially to said main piston within a piloting chamber inside said valve body; - piloting shutter means arranged to interact with said piloting piston to control a passage of fluid between said pilot opening and said piloting chamber; - throttling means arranged to generate a throttling between said pilot opening and said piloting chamber; - unidirectional means arranged in parallel with respect to said throttling means; characterized by comprising: - an auxiliary piston that is movable coaxially to said main piston, a first end of said auxiliary piston facing said second end of said main piston, a second end of said auxiliary piston facing a first end of said piloting piston, said piloting chamber being delimited at least in part by said second end of said auxiliary piston. - a valve body with at least one internal cavity for the passage of fluid, a first opening for the passage of fluid, a second opening for the passage of fluid, a pilot opening; - a main piston axially movable in said cavity with the possibility of assuming at least one closed position, in which the main piston closes a passage section between said first opening and said second opening, and at least one opening position, in which the main piston opens said passage section; - actuating means arranged at a first end of said main piston for exerting an axial force on said main piston; - first sealing means on said main piston for defining a first sealing area between said second opening and a second end of said main piston opposite to said first end; - a piloting piston that is movable coaxially to said main piston within a piloting chamber inside said valve body; - piloting shutter means arranged to interact with said piloting piston to control a passage of fluid between said pilot opening and said piloting chamber; - throttling means arranged to generate a throttling between said pilot opening and said piloting chamber; - unidirectional means arranged in parallel with respect to said throttling means; - an auxiliary piston that is movable coaxially to said main piston, a first end of said auxiliary piston facing said second end of said main piston, a second end of said auxiliary piston facing a first end of said piloting piston, said piloting chamber being delimited at least in part by said second end of said auxiliary piston.
A joint body for the swiveling mounting of a signal body of a folding beacon on a beacon base of the folding beacon, wherein the joint body is adapted such that the joint body is swivelably mounted about a swiveling axis of the beacon base, wherein the joint body comprises a recess for receiving a latching body of the beacon base in a swiveled-out position of the signal body and at least one elastically deflectable spring bar for fixing the; preferably round or circular in cross-section, latching body, in the recess in the swiveled-out position of the signal body, wherein the spring force of the spring bar acts in the radial direction to the latching body.
A method comprising: (a) generating a directed flow of plasma using nitrogen gas with an inductively coupled plasma-generating torch; (b) introducing a boron-containing species to the directed flow of the plasma; and (c) continuously forming boron nitride nanostructures in a chamber, and wherein a pressure in the chamber is about 3 atmospheres or greater. (a) generating a directed flow of plasma using nitrogen gas with an inductively coupled plasma-generating torch; (b) introducing a boron-containing species to the directed flow of the plasma; and (c) continuously forming boron nitride nanostructures in a chamber, and wherein a pressure in the chamber is about 3 atmospheres or greater.