mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic valve, comprising: a base; a sleeve disposed on the base; a rotor disposed within the sleeve, wherein the rotor, the sleeve, and the base form a mixing chamber; an aperture capable of communicating or configured to communicate with the mixing chamber; and a micro-structure disposed on the rotor and located in the mixing chamber, wherein the micro-structure is capable of blocking or closing or configured to block or close the communication between the aperture and the mixing chamber wherein the aperture is a micropore, and characterized in that the micro-structure disposed on the rotor is a micro-column which comprises a feature for facilitating mixing or stirring of a substance inside the mixing chamber. a base; a sleeve disposed on the base; a rotor disposed within the sleeve, wherein the rotor, the sleeve, and the base form a mixing chamber; an aperture capable of communicating or configured to communicate with the mixing chamber; and a micro-structure disposed on the rotor and located in the mixing chamber, wherein the micro-structure is capable of blocking or closing or configured to block or close the communication between the aperture and the mixing chamber wherein the aperture is a micropore, and characterized in that the micro-structure disposed on the rotor is a micro-column which comprises a feature for facilitating mixing or stirring of a substance inside the mixing chamber.
A method for producing a polyacrylic acid-based or polyacrylic acid salt-based water absorbent resin, which sequentially comprises: a polymerization step, in which a monomer aqueous solution containing acrylic acid or acrylic acid salt as a main component is polymerized, a drying step, in which a water-containing gel-like crosslinked polymer obtained in the polymerization step is dried, and a classification step, in which a polymer obtained in the drying step is classified, wherein a rocking-type sieve classification apparatus (10, 20) is used in the classification step, and the rocking-type sieve classification apparatus (10, 20) has a sieve net (121, 122, 123, 21, 22, 23, 30) having a trajectory and a rotation speed in the following ranges; radial gradient R: from 5 to 40 mm, tangential gradient T: from 0.1 to 25 mm, eccentric gradient E: from 40 to 80 mm, rotation speed F: from 60 to 600 rpm characterized in that a double screen comprising two or more sieve nets (121, 122, 123, 21, 22, 23, 30) each having substantially the same opening, i.e. each having an opening in the range of ±2% relative to an intended opening, is used in the rocking-type sieve classification apparatus (10, 20). a polymerization step, in which a monomer aqueous solution containing acrylic acid or acrylic acid salt as a main component is polymerized, a drying step, in which a water-containing gel-like crosslinked polymer obtained in the polymerization step is dried, and a classification step, in which a polymer obtained in the drying step is classified, wherein a rocking-type sieve classification apparatus (10, 20) is used in the classification step, and the rocking-type sieve classification apparatus (10, 20) has a sieve net (121, 122, 123, 21, 22, 23, 30) having a trajectory and a rotation speed in the following ranges; radial gradient R: from 5 to 40 mm, tangential gradient T: from 0.1 to 25 mm, eccentric gradient E: from 40 to 80 mm, rotation speed F: from 60 to 600 rpm
An absorbent article for personal hygiene having a body-facing surface and an opposed garment-facing surface, the article having a front region, a back region and an intermediate crotch region of equal length, the absorbent article comprising: - a liquid pervious topsheet; - a liquid impervious backsheet; - an absorbent core disposed between the topsheet and the backsheet; wherein the absorbent article comprises on each of its longitudinal sides: - a barrier leg cuff having a free distal edge and optionally an elastic element for spacing said distal edge away from the body-facing surface of the absorbent article so as to cause said barrier leg cuff to stand up; and - an elastically contractible gasketing cuff disposed adjacent to a longitudinal edge (13, 14) of the absorbent article; wherein the gasketing cuff and the barrier leg cuff are at least partially formed from the same web of nonwoven barrier material extending at least from the distal edge of the barrier leg cuff to the longitudinal side edge of the article; wherein the web of nonwoven barrier material is attached at least in the crotch region to the topsheet by a plurality of mechanical and/or heat bonds, the plurality of mechanical and/or heat bonds defining in the crotch region a longitudinally extending bonding area having a width W1; the absorbent article further comprising an adhesive attaching the topsheet to the backsheet at least in the crotch region; characterized in that the adhesive covers at least 20% of the bonding area, this being also the case when the adhesive is notionally shifted laterally by any distance up to 4 mm and the topsheet and the web of nonwoven barrier material have a combined basis weight which is lower than 60 gsm. - a liquid pervious topsheet; - a liquid impervious backsheet; - an absorbent core disposed between the topsheet and the backsheet; - a barrier leg cuff having a free distal edge and optionally an elastic element for spacing said distal edge away from the body-facing surface of the absorbent article so as to cause said barrier leg cuff to stand up; and - an elastically contractible gasketing cuff disposed adjacent to a longitudinal edge (13, 14) of the absorbent article;
Safety device for a firearm, having a chamber breech comprising at least one first safety element which, after removal of the chamber, is insertable into the sleeve of the breech and permanently fixable there by suitable means, wherein the safety device comprises not only the first safety element, which is inserted into the sleeve of the breech, but also at least one second safety element which interacts with the first safety element and which, after rotation, in a second position, effects locking of the safety device in the sleeve of the breech, wherein the safety device furthermore comprises a fixing element which permanently fixes the second safety element in the second position, characterized in that the second safety element has an engagement end which, in a first position, is insertable into a recess of the first safety element, in that, in the recess of the first safety element, there is provided at least one stop surface which delimits the axial stroke during the displacement of the second safety element in an axial groove of the first safety element in an axial direction, wherein the engagement end of the second safety element is formed as a cylindrical thickened portion on the end of a shank of relatively small diameter of the second safety element, wherein said shank connects the engagement end to integrally formed protuberances (33, 34) of the second safety element, which integrally formed protuberances engage into cutouts on the sleeve head of the breech of the firearm, which cutouts, in the functional state of the firearm, are provided for the front locking studs of the chamber, in that, on the engagement end of the second safety element, there is formed a radially protruding engagement element, in particular a pin or the like, which in the first position is insertable into a recess or groove of the first safety element, wherein the engagement element, after rotation, passes into the axial groove of the first safety element and is displaceable therein in an axial direction until the second position is reached, in which locking of the safety device in the sleeve of the breech is effected, in that the second safety element has, in the region of its engagement end, at least one action surface for an exertion of rotary action of a tool by means of which the second safety element can be rotated from the first position into the second position, and the fixing element has at least one engagement element or action element for an exertion of torque using a non-commercially-available special tool.
A distributed amplifier, comprising: a distributed amplifier monolithic microwave integrated circuit (MMIC) chip, said chip comprising an RF input configured to receive an RF signal that propagates down an input transmission line, a plurality of parallel-connected FET amplifier stages (14, 16, 18, 20, 22) and an output transmission line that connects the drain terminals (28a - 28e) of the FET amplifier stages, said FET amplifier stages producing an amplified RF signal over a bandwidth at an RF output of the last FET amplifier stage; an off-chip bias circuit comprising a common input for receiving a DC bias current from a DC supply and a plurality of parallel-connected bias chokes (66a - 66c) among which the DC bias current is divided, each bias choke comprising a series inductor L (68a - 68c) connected to a grounded capacitor C (70a - 70c), said series inductor L having sufficient impedance to block RF energy from reaching the common input over the entire bandwidth; and a plurality of connections (72a - 72c) that electrically and physical connected the plurality of series inductors L in parallel to a like plurality of the drain terminals at different FET amplifier stages to supply DC bias current at different locations along the output transmission line. a distributed amplifier monolithic microwave integrated circuit (MMIC) chip, said chip comprising an RF input configured to receive an RF signal that propagates down an input transmission line, a plurality of parallel-connected FET amplifier stages (14, 16, 18, 20, 22) and an output transmission line that connects the drain terminals (28a - 28e) of the FET amplifier stages, said FET amplifier stages producing an amplified RF signal over a bandwidth at an RF output of the last FET amplifier stage; an off-chip bias circuit comprising a common input for receiving a DC bias current from a DC supply and a plurality of parallel-connected bias chokes (66a - 66c) among which the DC bias current is divided, each bias choke comprising a series inductor L (68a - 68c) connected to a grounded capacitor C (70a - 70c), said series inductor L having sufficient impedance to block RF energy from reaching the common input over the entire bandwidth; and a plurality of connections (72a - 72c) that electrically and physical connected the plurality of series inductors L in parallel to a like plurality of the drain terminals at different FET amplifier stages to supply DC bias current at different locations along the output transmission line.
An acrylic rubber composition comprising an epoxy group-containing acrylic rubber and, per 100 parts by mass of the epoxy group-containing acrylic rubber, from 10 to 100 parts by mass of carbon black having an average laminated height Lc, determined by X-ray diffraction, of at least 1.5 nm in the C-axis direction of a laminar plane in its crystallite, from 0.1 to 15 parts by mass of at least one primary antioxidant selected from the group consisting of an amine antioxidant and a phenolic antioxidant, from 0.1 to 15 parts by mass of at least one secondary antioxidant selected from the group consisting of a phosphorus antioxidant and a sulfur antioxidant, from 0.1 to 5 parts by mass of an imidazole compound, from 0.1 to 5 parts by mass of a trimethylthiourea, and from 0.1 to 5 parts by mass of a quaternary ammonium salt.
A microwave antenna apparatus for use in radiating microwave energy into surface tissue of a uterine cervix, the microwave antenna apparatus comprising: an electrically conductive ground element defining an aperture an electrically conductive elongated element extending through the aperture and terminating at a distal end; and one or more dielectric elements (29, 32, 33, 34, 35), wherein one or more of the dielectric elements (29, 33) electrically insulate the elongated element and the ground element from one another, wherein the one or more of the dielectric elements (33, 34) define an outer surface of the microwave antenna apparatus for engagement with a surface of the uterine cervix, wherein the one or more dielectric elements define a central distal feature for centring the microwave antenna apparatus with respect to an axis of a cervical os of the uterine cervix, and wherein the one or more dielectric elements (33, 35) define a cupping feature for cupping a proximal ectocervix region of the uterine cervix and preventing excessive insertion of the central distal feature into the cervical os of the uterine cervix. an electrically conductive ground element defining an aperture an electrically conductive elongated element extending through the aperture and terminating at a distal end; and one or more dielectric elements (29, 32, 33, 34, 35), wherein one or more of the dielectric elements (29, 33) electrically insulate the elongated element and the ground element from one another, wherein the one or more of the dielectric elements (33, 34) define an outer surface of the microwave antenna apparatus for engagement with a surface of the uterine cervix, wherein the one or more dielectric elements define a central distal feature for centring the microwave antenna apparatus with respect to an axis of a cervical os of the uterine cervix, and wherein the one or more dielectric elements (33, 35) define a cupping feature for cupping a proximal ectocervix region of the uterine cervix and preventing excessive insertion of the central distal feature into the cervical os of the uterine cervix.
A method for producing curtains to conceal a compartment of a motor vehicle by sliding the curtain between an open state and a closed state of the compartment, the curtain including strips, comprising the following steps: producing a support including the strips positioned parallel to one another and transverse to the sliding direction of the curtain and two lateral bars extending in the direction of the sliding of the curtain connecting the free ends of the strips, on both sides, respectively, of the support, to one another as long as the curtain is not completely finished, assembling a coating complex on the support, and removing the bars, after fastening the strips on the complex, by cutout, characterized by the step of assembling the support on the complex by lateral stitched seams that extend in the direction of the sliding of the curtain, at a predetermined distance, respectively, from both of the bars, with each stitch made in the space between two adjacent strips, such that the strips are kept in place only by the complex and the lateral seams. producing a support including the strips positioned parallel to one another and transverse to the sliding direction of the curtain and two lateral bars extending in the direction of the sliding of the curtain connecting the free ends of the strips, on both sides, respectively, of the support, to one another as long as the curtain is not completely finished, assembling a coating complex on the support, and removing the bars, after fastening the strips on the complex, by cutout, characterized by the step of assembling the support on the complex by lateral stitched seams that extend in the direction of the sliding of the curtain, at a predetermined distance, respectively, from both of the bars, with each stitch made in the space between two adjacent strips, such that the strips are kept in place only by the complex and the lateral seams.
A wide array printhead module comprising: a plurality of printhead die, each of the printhead die comprising: a number of sensors to measure properties of a number of elements associated with the printhead die; and an application specific integrated circuit (ASIC) to control the sensors to measure the properties of the elements of each of the printhead die, the ASIC being located off of any of the printhead die, characterized in that each of the printhead die further comprises: a pass gate and control logic for the pass gate to communicate a number of signals to the ASIC via an analog bus; and a bi-directional configuration bus to transmit a number of control signals to property control elements located on each of the plurality of printhead die. a number of sensors to measure properties of a number of elements associated with the printhead die; and an application specific integrated circuit (ASIC) to control the sensors to measure the properties of the elements of each of the printhead die, the ASIC being located off of any of the printhead die, characterized in that each of the printhead die further comprises: a pass gate and control logic for the pass gate to communicate a number of signals to the ASIC via an analog bus; and a bi-directional configuration bus to transmit a number of control signals to property control elements located on each of the plurality of printhead die. a pass gate and control logic for the pass gate to communicate a number of signals to the ASIC via an analog bus; and a bi-directional configuration bus to transmit a number of control signals to property control elements located on each of the plurality of printhead die.
Method for assembly a turn signal indicator module for mounting into a rear view mirror, the turn signal indicator module comprising a housing, at least one LED and at least one light guide with an end face for coupling in the light of the LED and with an integrated lens that cover the turn signal indicator module wherein the following steps are realized: - mounting the at least one LED on a printed circuit board - fixing the printed circuit board so that the LED is fixed in the optimal position in the front of the end face at the light guide to define a strict relation between the at least one LED and the light guide using connection means (11,10) with the light guide forming projections adapted to lead the light guide in the printed circuit board by leading means and fixing it, and - mounting the light guide with intergrated lens and fixed circuit board to the housing to form a turn signal indicator module. - mounting the at least one LED on a printed circuit board - fixing the printed circuit board so that the LED is fixed in the optimal position in the front of the end face at the light guide to define a strict relation between the at least one LED and the light guide using connection means (11,10) with the light guide forming projections adapted to lead the light guide in the printed circuit board by leading means and fixing it, and - mounting the light guide with intergrated lens and fixed circuit board to the housing to form a turn signal indicator module.
A linear compressor comprising: a piston reciprocating in an axial direction; a cylinder disposed outside the piston in a radial direction to accommodate the piston; and a bearing inflow passage formed to pass through the cylinder so as to supply a bearing refrigerant to the piston, wherein the bearing inflow passage comprises: a first bearing inflow passage extending radially inward from an outer circumferential surface of the cylinder; and a second bearing inflow passage extending from the first bearing inflow passage to an inner circumferential surface of the cylinder, characterized in that the second bearing inflow passage extends from the inner circumferential surface of the cylinder in a circumferential direction, forming a pocket enabling the bearing refrigerant accommodated therein to support the piston. a piston reciprocating in an axial direction; a cylinder disposed outside the piston in a radial direction to accommodate the piston; and a bearing inflow passage formed to pass through the cylinder so as to supply a bearing refrigerant to the piston, wherein the bearing inflow passage comprises: a first bearing inflow passage extending radially inward from an outer circumferential surface of the cylinder; and a second bearing inflow passage extending from the first bearing inflow passage to an inner circumferential surface of the cylinder, characterized in that the second bearing inflow passage extends from the inner circumferential surface of the cylinder in a circumferential direction, forming a pocket enabling the bearing refrigerant accommodated therein to support the piston. a first bearing inflow passage extending radially inward from an outer circumferential surface of the cylinder; and a second bearing inflow passage extending from the first bearing inflow passage to an inner circumferential surface of the cylinder, characterized in that the second bearing inflow passage extends from the inner circumferential surface of the cylinder in a circumferential direction, forming a pocket enabling the bearing refrigerant accommodated therein to support the piston.
A task processing method in a communications network, wherein the method comprises: receiving a task processing request from user equipment, UE; obtaining application layer information for the task processing request and capability information of the UE for the task processing request, the capability information of the UE including at least one of the following: compute capability information, application processing capability information, and storage capability information, and the application layer information being information related to task processing, and including at least one of the following: image recognition capability information, speech recognition capability information, audio/video processing capability information, positioning capability information, and graphics generation capability information; obtaining access stratum information; and sending (23, 24), based on the capability information, the application layer information, and the access stratum information, processing indication information to an apparatus for executing the task, wherein the processing indication information is used to instruct to process the task corresponding to the task processing request, and the apparatus for executing the task is at least one of the UE, an access network device, a core network device, and an Internet server. receiving a task processing request from user equipment, UE; obtaining application layer information for the task processing request and capability information of the UE for the task processing request, the capability information of the UE including at least one of the following: compute capability information, application processing capability information, and storage capability information, and the application layer information being information related to task processing, and including at least one of the following: image recognition capability information, speech recognition capability information, audio/video processing capability information, positioning capability information, and graphics generation capability information; obtaining access stratum information; and sending (23, 24), based on the capability information, the application layer information, and the access stratum information, processing indication information to an apparatus for executing the task, wherein the processing indication information is used to instruct to process the task corresponding to the task processing request, and the apparatus for executing the task is at least one of the UE, an access network device, a core network device, and an Internet server.