mhurhangee/ep-ind-claims huggingface dataset:
A recording medium comprising: a base material; and an ink receiving layer containing inorganic particles and a binder, wherein the inorganic particles have an organosilicon structure having a quaternary ammonium group, an imino group or a substituted imino group, and a hydroxyl group, from a side close to the inorganic particles, in an order of the imino group or the substituted imino group, the hydroxyl group, and the quaternary ammonium group or in an order of the hydroxyl group, the imino group or the substituted imino group, and the quaternary ammonium group. a base material; and an ink receiving layer containing inorganic particles and a binder, wherein the inorganic particles have an organosilicon structure having a quaternary ammonium group, an imino group or a substituted imino group, and a hydroxyl group, from a side close to the inorganic particles, in an order of the imino group or the substituted imino group, the hydroxyl group, and the quaternary ammonium group or in an order of the hydroxyl group, the imino group or the substituted imino group, and the quaternary ammonium group.
Method for transmitting electrical power and/or signals between a wall and a leaf which is pivotable with respect to said wall, said method using a transmission means and a means for detecting a magnetic field strength, wherein the magnetic field strength is detected in the surroundings of the transmission means and a fault signal is generated when a magnetic field strength threshold value is exceeded, and an electrical circuit arrangement is provided for detecting the magnetic field strength, which circuit arrangement is operated at a specific supply voltage, and the power demand of the circuit arrangement increases when a magnetic field having a strength which exceeds a threshold value is detected, wherein the circuit arrangement is designed such that the increase in the power demand when a magnetic field is detected is used to generate the fault signal.
Device for storing and dispensing strips, comprising at least one cartridge comprising a cavity with a bottom, at least a first portion of the cavity being shaped to receive at least one strip and preferably a plurality of strips, the storage and dispensing device further comprising at least one dispensing member configured to cooperate with the cartridge, said dispensing member being at least partially accommodated in a second portion of the cavity of the cartridge, the dispensing member comprising a protruding part having a contact surface shaped to cover at least a first end of each strip, the contact surface facing towards the bottom of the cavity of the cartridge, characterized in that the first portion of the cavity and the second portion of the cavity are connected by an inclined intermediate portion, the second portion of the cavity being deeper than the first portion of the cavity with respect to an axis D-D substantially perpendicular to the bottom of the cavity, and in that the contact surface of the dispensing member overhangs the inclined intermediate portion, said dispensing member being configured to at least be mobile in rotation between: - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion, - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion. the storage and dispensing device further comprising at least one dispensing member configured to cooperate with the cartridge, said dispensing member being at least partially accommodated in a second portion of the cavity of the cartridge, the dispensing member comprising a protruding part having a contact surface shaped to cover at least a first end of each strip, the contact surface facing towards the bottom of the cavity of the cartridge, characterized in that the first portion of the cavity and the second portion of the cavity are connected by an inclined intermediate portion, the second portion of the cavity being deeper than the first portion of the cavity with respect to an axis D-D substantially perpendicular to the bottom of the cavity, and in that the contact surface of the dispensing member overhangs the inclined intermediate portion, said dispensing member being configured to at least be mobile in rotation between: - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion, - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion. - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion, - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion.
A defoamer emulsion, which comprises at least one alkyl ether sulfate or sulfonate, at least one defoamer and water, wherein the alkyl in the alkyl ether sulfate or sulfonate is C 6 -C 22 alkyl and the average droplet diameter of the emulsion is from 80 to 300 nm.
Pipe connection arrangement, comprising a first pipe having a flange on one end and a second pipe having an end molded over said flange, wherein said molded end of said second pipe encapsulates said flange of said first pipe, wherein the inner diameter of said flange is superior to the inner diameter of said first pipe, and wherein said molded end of said second pipe covers the outer and inner surfaces (113, 114, 115, 116, 117) of said flange, wherein the materials of the first and second pipes (11, 12) are chemically incompatible, wherein said first pipe is in plastic material, made by plastic blow molding, and wherein the inner diameter of said second pipe is equal to the inner diameter of said first pipe.
Apparatus for improving airway patency comprising: an oral device positionable in a patient's oral cavity and having a tongue constraint to constrain a medial surface of the patient's tongue in a position spaced-apart from the hard palate, the oral device providing a clear region clear between the hard palate and the medial surface of the tongue and a continuous vacuum flow path from the patient's lips through the clear region to the patient's soft palate, characterized in that the oral device is configured to maintain a seal between the soft palate and one or both of the tongue and the oral device when vacuum is applied through the vacuum flow path such that the airway is substantially fluidly isolated from the vacuum flow path. an oral device positionable in a patient's oral cavity and having a tongue constraint to constrain a medial surface of the patient's tongue in a position spaced-apart from the hard palate, the oral device providing a clear region clear between the hard palate and the medial surface of the tongue and a continuous vacuum flow path from the patient's lips through the clear region to the patient's soft palate, characterized in that the oral device is configured to maintain a seal between the soft palate and one or both of the tongue and the oral device when vacuum is applied through the vacuum flow path such that the airway is substantially fluidly isolated from the vacuum flow path.
Micrometric separator for biomasses in particles, of the type comprising at least one first crushing stage wherein in use said particles are introduced dispersed in conveying fluid bed, and first means for conveying particles in said fluid bed, whereby said at least one first crushing stage comprises a first crushing chamber for reciprocal collisions of particles having at least one first revolving disc provided with first members for generating at least one turbulent flow in said fluid bed, and at least one first contrast body, facing said at least one first revolving disc, as well as one or more outflow openings for the fluid bed, said first contrast body being provided with at least one inlet having an inflow section with its axis substantially incident to said at least one first revolving disc and comprising a further stage, placed downstream said first stage, comprising at least one revolving body provided with means for generating a rotary and/or vortex flow of said fluid bed inside a corresponding contrast case, said at least one revolving body comprising a first outlet for the selected particles of said biomasses, said first means for conveying particles in a fluid bed conveying said particles from said first stage, to said further stage and conveying said selected particles exiting from said first outlet, characterized in that said means for generating a rotary and/or vortex flow comprise a plurality of fins projecting from said revolving body and wherein the body in use is axially rotating along a vertical axis, having an axial symmetry too, and being shaped as two truncated joined by their minor bases.
A method of processing a film, film, the method comprising: conveying a film within a stretcher along a machine direction while holding opposing edge portions of the film; stretching the film within a stretching region of the stretcher by moving the opposing edge portions along diverging paths to form a stretched film; slitting the stretched film between the opposing edge regions and opposing take-away regions to form selvages that continue along the diverging paths while a remainder of the stretched film is conveyed in the machine direction; and releasing the opposing edge portions of the stretched film. conveying a film within a stretcher along a machine direction while holding opposing edge portions of the film; stretching the film within a stretching region of the stretcher by moving the opposing edge portions along diverging paths to form a stretched film; slitting the stretched film between the opposing edge regions and opposing take-away regions to form selvages that continue along the diverging paths while a remainder of the stretched film is conveyed in the machine direction; and releasing the opposing edge portions of the stretched film.
A supporting structure built together with an object in an additive manufacturing process and configured to support an overhang of the object, the supporting structure comprising: a first array of pillars formed with a first material and reinforced with a reinforcement formed with a second material, wherein each of the pillars in the first array includes a top; wherein the reinforcement is a pitched helix along a length of at least a portion of the pillars in the first array, wherein at least a portion of the tops in the first array adjoin and define a surface on which the overhang of the object may be supported and wherein the first material is support material. a first array of pillars formed with a first material and reinforced with a reinforcement formed with a second material, wherein each of the pillars in the first array includes a top; wherein the reinforcement is a pitched helix along a length of at least a portion of the pillars in the first array, wherein at least a portion of the tops in the first array adjoin and define a surface on which the overhang of the object may be supported and wherein the first material is support material.
Identification system, comprising at least one data carrier having data stored or storable thereon, and at least one write/read device by which data are writable to a storage device of the data carrier in a contactless manner and/or by which data are readable from the storage device in a contactless manner, characterized in that the at least one write/read device has arranged thereon at least one hollow waveguide (24; 62) having slots (48; 66) on a long side (30b; 64) thereof, and in that a distance (L 4) of an outer slot from the nearest end face is at least approximately 25 % of a hollow waveguide wavelength (λ h).
A joint between beam elements and column elements made of prefabricated reinforced concrete, the joint comprising: A) a portion prefabricated with the beam, equipped with projecting reinforcement rods; B) a portion prefabricated with the column, equipped with projecting reinforcement rods, which can be set alongside said reinforcement rods of the beam; and C) a portion that can be completed in situ; wherein the cross section of the prefabricated beam, at the joint, widens gradually so that it then divides into two prismatic elements with narrow rectangular cross section, referred to as shoulders, which define a containment compartment, i.e., a formwork, for the subsequent casting; said containment compartment being accessible and open at the top, at the bottom, and at the front side facing the column, wherein said reinforcement rods (1 and 3) are arranged in mutually parallel vertical planes, where the column comprises means for temporarily supporting the beam during installation, characterized in that the projecting reinforcement rods (1 and 3) are U-shaped and in that the length of the means is such as to enable the operators to gain access to the containment compartment between the shoulders also from beneath the containment compartment so as to facilitate the operations of positioning of the brackets along said reinforcements (1 and 3) when the beam is positioned on the column in its final, installed position. A) a portion prefabricated with the beam, equipped with projecting reinforcement rods; B) a portion prefabricated with the column, equipped with projecting reinforcement rods, which can be set alongside said reinforcement rods of the beam; and C) a portion that can be completed in situ;
A method comprising: receiving, by a network device, configuration information creating an abstract fabric interface to connect a first virtual node of the network device to a second virtual node of the network device; in response to receiving the configuration information, associating, by the network device, the abstract fabric interface with a list of identifiers of each of a plurality of packet processors of the network device assigned to the second virtual node; in a control plane of the network device, creating a route at the first virtual node, the route having the abstract fabric interface as a forwarding next hop; in a forwarding plane of the first virtual node, programming the forwarding plane to attach the list of identifiers to the forwarding next hop; receiving network traffic at the first virtual node; and based on the forwarding next hop, forwarding the network traffic from the first virtual node to the second virtual node via the abstract fabric interface. receiving, by a network device, configuration information creating an abstract fabric interface to connect a first virtual node of the network device to a second virtual node of the network device; in response to receiving the configuration information, associating, by the network device, the abstract fabric interface with a list of identifiers of each of a plurality of packet processors of the network device assigned to the second virtual node; in a control plane of the network device, creating a route at the first virtual node, the route having the abstract fabric interface as a forwarding next hop; in a forwarding plane of the first virtual node, programming the forwarding plane to attach the list of identifiers to the forwarding next hop; receiving network traffic at the first virtual node; and based on the forwarding next hop, forwarding the network traffic from the first virtual node to the second virtual node via the abstract fabric interface.
Forced venting and vacuum safety valve for a tank for transporting hazardous goods, consisting of - a cast housing with a lower opening and a pipe for a connection for a gas line, - a connection flange on the housing for attachments to the tank, - a valve disc for closing the lower opening with a shaft in a guide in the housing, - a spring between an adjustable pressure piece and an interior of the housing, - a holder on the housing and - a web on the valve disc, characterised in that - an upper opening on the housing is closed above with a detachable cover, after opening said cover it is possible to adjust a nut via the pressure piece against the force of the spring, - the housing, in its lower part, comprises the lower opening, in which a valve seat is arranged, in which the valve disc is located, said valve disc pushing from below against the housing and holds the housing closed by means of the force of the spring, wherein - the upper and lower opening are arranged opposing each other on the housing. - a cast housing with a lower opening and a pipe for a connection for a gas line, - a connection flange on the housing for attachments to the tank, - a valve disc for closing the lower opening with a shaft in a guide in the housing, - a spring between an adjustable pressure piece and an interior of the housing, - a holder on the housing and - a web on the valve disc, characterised in that - an upper opening on the housing is closed above with a detachable cover, after opening said cover it is possible to adjust a nut via the pressure piece against the force of the spring, - the housing, in its lower part, comprises the lower opening, in which a valve seat is arranged, in which the valve disc is located, said valve disc pushing from below against the housing and holds the housing closed by means of the force of the spring, wherein - the upper and lower opening are arranged opposing each other on the housing.
A belt comprising: an elastomeric body, and a tensile cord embedded in the elastomeric body; with the tensile cord impregnated with an adhesive composition comprising the reaction product of: a polyisocyanate and a first polyol or a polyurethane prepolymer comprising said polyisocyanate and said first polyol; and at least one curative selected from the group consisting of diamines, triamines, and tetramines; wherein at least one of said polyurethane prepolymer, said polyisocyanate and said curative has its reactive groups blocked by a 3,5-dimethylpyrazole ("DMP") blocking agent. a polyisocyanate and a first polyol or a polyurethane prepolymer comprising said polyisocyanate and said first polyol; and at least one curative selected from the group consisting of diamines, triamines, and tetramines; wherein at least one of said polyurethane prepolymer, said polyisocyanate and said curative has its reactive groups blocked by a 3,5-dimethylpyrazole ("DMP") blocking agent.
A method for displaying time on a mobile device comprising a screen, a display driver chip, an application processor, a touch panel and a touch chip, comprising: when it is determined to switch off the screen, closing the application processor and synchronizing, through the application processor, a current standard time of the mobile device corresponding to a moment that the application processor is closed to the touch chip, determining whether a preset operation for displaying device time is detected when the screen of the mobile device is off; when determining that the preset operation for displaying the device time is detected, sending device time computed by the touch chip to the display driver chip through the touch chip, wherein the touch chip is configured to acquire the standard time of the mobile device when the application processor is closed and to compute the device time according to an internal clock; and switching on the screen and displaying the device time on the screen through the display driver chip. when it is determined to switch off the screen, closing the application processor and synchronizing, through the application processor, a current standard time of the mobile device corresponding to a moment that the application processor is closed to the touch chip, determining whether a preset operation for displaying device time is detected when the screen of the mobile device is off; when determining that the preset operation for displaying the device time is detected, sending device time computed by the touch chip to the display driver chip through the touch chip, wherein the touch chip is configured to acquire the standard time of the mobile device when the application processor is closed and to compute the device time according to an internal clock; and switching on the screen and displaying the device time on the screen through the display driver chip.
A method for data transmission, comprising: sending, by a network device, first control information to a terminal device, wherein the first control information carries first indication information for the terminal device to determine time of sidelink data transmission, wherein the first indication information indicates an offset value of a time unit relative to a specific boundary; characterized in that the specific boundary is determined according to a second downlink time unit, the second downlink time unit is a downlink time unit on which the terminal device receives the first control information. sending, by a network device, first control information to a terminal device, wherein the first control information carries first indication information for the terminal device to determine time of sidelink data transmission, wherein the first indication information indicates an offset value of a time unit relative to a specific boundary; characterized in that the specific boundary is determined according to a second downlink time unit, the second downlink time unit is a downlink time unit on which the terminal device receives the first control information.