mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid container for a printing apparatus comprising: a storage portion arranged to store a liquid to be supplied to a discharge head that discharges the liquid; a first channel arranged to be inserted into a replenishing bottle , which is arranged to replenish the liquid to the storage portion , and to communicate with the replenishing bottle ; and a second channel between the first channel and the storage portion , which communicates with the first channel and the storage portion , wherein the second channel differs in its sectional area from the first channel , characterized in that the second channel includes a first shape portion , formed from an end portion on a side of the first channel in a direction of the second channel within the range of a section (P1) of the second channel , and having a sectional shape common to a part of a sectional shape of the first channel . a storage portion arranged to store a liquid to be supplied to a discharge head that discharges the liquid; a first channel arranged to be inserted into a replenishing bottle , which is arranged to replenish the liquid to the storage portion , and to communicate with the replenishing bottle ; and a second channel between the first channel and the storage portion , which communicates with the first channel and the storage portion , wherein the second channel differs in its sectional area from the first channel , characterized in that the second channel includes a first shape portion , formed from an end portion on a side of the first channel in a direction of the second channel within the range of a section (P1) of the second channel , and having a sectional shape common to a part of a sectional shape of the first channel .
An electronic apparatus , comprising: a housing ; a mainboard provided within the housing ; and a first display screen connected to the mainboard ; the housing comprises a front side face , a rear side face , a left side face and a right side face opposite to each other, and a top face ; a storage groove is defined on the top face of the housing in a left-right direction and is located between the front side face and the rear side face ; wherein the first display screen is provided on the front side face of the housing ; the electronic apparatus further comprises a mounting frame and a rotating box rotatably connected to the mounting frame , the rotating box being provided with a camera connected to the mainboard , the mounting frame being configured to protrude out of or retract into the storage groove to drive the rotating box to move out of or into the storage groove , such that the camera is exposed out of or hidden into the housing ; and the mounting frame further comprises a first driving device for driving the rotating box to rotate when the mounting frame protrudes out of the storage groove . a housing ; a mainboard provided within the housing ; and a first display screen connected to the mainboard ; the housing comprises a front side face , a rear side face , a left side face and a right side face opposite to each other, and a top face ; a storage groove is defined on the top face of the housing in a left-right direction and is located between the front side face and the rear side face ; wherein the first display screen is provided on the front side face of the housing ; the electronic apparatus further comprises a mounting frame and a rotating box rotatably connected to the mounting frame , the rotating box being provided with a camera connected to the mainboard , the mounting frame being configured to protrude out of or retract into the storage groove to drive the rotating box to move out of or into the storage groove , such that the camera is exposed out of or hidden into the housing ; and the mounting frame further comprises a first driving device for driving the rotating box to rotate when the mounting frame protrudes out of the storage groove .
A package , comprising: a substrate ; a dielectric layer on a die facing surface of the substrate ; a lower die-side redistribution layer within the dielectric layer ; an upper die-side redistribution layer within the dielectric layer ; a plurality of die interconnect openings in the dielectric layer , which expose portions of the lower die-side redistribution layer ; a plurality of metal post openings in the dielectric layer , which expose portions of the upper die-side redistribution layer ; a seed layer on the portions of the upper and lower die-side redistribution layers exposed by the die interconnect openings and the metal post openings ; a plurality of die interconnects on the portions of seed layer within the die interconnect openings , and configured to electrically couple to the lower die-side redistribution layer through the seed layer ; a plurality of metal posts on the portions of seed layer within the metal post openings , and configured to electrically couple to the upper die-side redistribution layer through the seed layer ; a plurality of through-substrate vias extending through the substrate ; and a board-facing redistribution layer adjacent a board-facing surface _of the substrate, wherein at least a subset of the through-substrate vias electrically couple the lower die-side redistribution layer to the board-facing redistribution layer . a substrate ; a dielectric layer on a die facing surface of the substrate ; a lower die-side redistribution layer within the dielectric layer ; an upper die-side redistribution layer within the dielectric layer ; a plurality of die interconnect openings in the dielectric layer , which expose portions of the lower die-side redistribution layer ; a plurality of metal post openings in the dielectric layer , which expose portions of the upper die-side redistribution layer ; a seed layer on the portions of the upper and lower die-side redistribution layers exposed by the die interconnect openings and the metal post openings ; a plurality of die interconnects on the portions of seed layer within the die interconnect openings , and configured to electrically couple to the lower die-side redistribution layer through the seed layer ; a plurality of metal posts on the portions of seed layer within the metal post openings , and configured to electrically couple to the upper die-side redistribution layer through the seed layer ; a plurality of through-substrate vias extending through the substrate ; and a board-facing redistribution layer adjacent a board-facing surface _of the substrate, wherein at least a subset of the through-substrate vias electrically couple the lower die-side redistribution layer to the board-facing redistribution layer .
A feed trough for a feeding device on a spinning preparation machine, comprising a base body and at least one elastic lip that extends along a working width of the feed trough , characterized in that the feed trough has a contact surface and means are provided for detecting a contact (18, 19, 20; 27) between the elastic lip and the contact surface .
A mobile terminal , in particular an unmanned aerial vehicle (UAV), comprising: a global navigation satellite system (GNSS) receiver configured to receive information about a geographical position of the mobile terminal ; and a radio transceiver configured to: transmit the geographical position of the mobile terminal to a serving cell of a cellular network which connects the mobile terminal to the cellular network , and receive information about other cells of the cellular network which are entitled to pick up the connection from the serving cell once a handover criterion is fulfilled, wherein the other cells depend on the geographical position of the mobile terminal , characterised in that the mobile terminal is configured to apply, based on an altitude of the mobile terminal , a free handover by using a new serving cell located contiguously to the serving cell or a designated handover by using a new serving cell from one of the other cells. a global navigation satellite system (GNSS) receiver configured to receive information about a geographical position of the mobile terminal ; and a radio transceiver configured to: transmit the geographical position of the mobile terminal to a serving cell of a cellular network which connects the mobile terminal to the cellular network , and receive information about other cells of the cellular network which are entitled to pick up the connection from the serving cell once a handover criterion is fulfilled, wherein the other cells depend on the geographical position of the mobile terminal , characterised in that the mobile terminal is configured to apply, based on an altitude of the mobile terminal , a free handover by using a new serving cell located contiguously to the serving cell or a designated handover by using a new serving cell from one of the other cells. transmit the geographical position of the mobile terminal to a serving cell of a cellular network which connects the mobile terminal to the cellular network , and receive information about other cells of the cellular network which are entitled to pick up the connection from the serving cell once a handover criterion is fulfilled, wherein the other cells depend on the geographical position of the mobile terminal , characterised in that the mobile terminal is configured to apply, based on an altitude of the mobile terminal , a free handover by using a new serving cell located contiguously to the serving cell or a designated handover by using a new serving cell from one of the other cells.
A composition for use in treating or preventing a disease or condition selected from the group consisting of syncope, vasovagal reaction in blood donors, dialysis-induced hypotension, and symptomatic orthostatic hypotension, by sublingual administration, the composition comprising: an effective amount per dose of capsaicin; and an effective amount per dose of caffeine; wherein the combined effective amounts of the capsaicin and caffeine are effective to prevent syncope, vasovagal reaction in blood donors, dialysis-induced hypotension, or symptomatic orthostatic hypotension when administered sublingually to a subject in need thereof; wherein the composition further comprises an effective amount per dose of an α-agonist, preferably wherein the α-agonist is selected from the group consisting of phenylephrine and etilefrine (ethylphenylephrine), and preferably wherein the effective amount per dose of the α-agonist is from 1 to 100 mg, more preferably from 2 to 70 mg, even more preferably from 5 to 50 mg. an effective amount per dose of capsaicin; and an effective amount per dose of caffeine; wherein the combined effective amounts of the capsaicin and caffeine are effective to prevent syncope, vasovagal reaction in blood donors, dialysis-induced hypotension, or symptomatic orthostatic hypotension when administered sublingually to a subject in need thereof; wherein the composition further comprises an effective amount per dose of an α-agonist, preferably wherein the α-agonist is selected from the group consisting of phenylephrine and etilefrine (ethylphenylephrine), and preferably wherein the effective amount per dose of the α-agonist is from 1 to 100 mg, more preferably from 2 to 70 mg, even more preferably from 5 to 50 mg.
Solid, water-soluble composition comprising a) a fatty phase comprising a combination of - 8 to 10% of 2-[3-(dodecanoylamino)propyl dimethylazaniumyl] acetate (cocamidopropyl betaine, CAPB); - 13 to 15 % -2-decoxy-6-(hydroxymethyl)tetrahydropyran-3,4,5-triol (decyl glucoside); - 13 to 28% 1,2-propanediol (propylene glycol); - 5% coco-glucoside (coco-glucoside); and - 8 to 10% sodium cocoyl isethionate. a) a fatty phase comprising a combination of - 8 to 10% of 2-[3-(dodecanoylamino)propyl dimethylazaniumyl] acetate (cocamidopropyl betaine, CAPB); - 13 to 15 % -2-decoxy-6-(hydroxymethyl)tetrahydropyran-3,4,5-triol (decyl glucoside); - 13 to 28% 1,2-propanediol (propylene glycol); - 5% coco-glucoside (coco-glucoside); and - 8 to 10% sodium cocoyl isethionate. - 8 to 10% of 2-[3-(dodecanoylamino)propyl dimethylazaniumyl] acetate (cocamidopropyl betaine, CAPB); - 13 to 15 % -2-decoxy-6-(hydroxymethyl)tetrahydropyran-3,4,5-triol (decyl glucoside); - 13 to 28% 1,2-propanediol (propylene glycol); - 5% coco-glucoside (coco-glucoside); and - 8 to 10% sodium cocoyl isethionate.
A yarn threading robot configured to perform yarn threading onto a spun yarn take-up apparatus while sucking and retaining a yarn (Y) by a sucking retaining unit , the spun yarn take-up apparatus being configured to wind the spun-out yarn onto a bobbin (B) while traversing the yarn (Y) to form a package (P), the yarn threading robot comprising a main body , a robotic arm , a yarn threading unit attached to a distal end portion of the robotic arm and including the sucking retaining unit , and a controller configured to control a suction force of the sucking retaining unit , wherein the robotic arm is attached to the main body and includes arms and joints connecting the arms with one another, each joint incorporating therein an arm motor , the robotic arm being arranged so that, as the arm motor is driven, the arm is swung about the joint , this arrangement allowing the robotic arm to move three-dimensionally, and the controller is configured to change the suction force of the sucking retaining unit in a single set of processes of yarn threading characterized in that various sensors configured to detect the position and/or posture of the robotic arm are provided, and the controller is configured to control the suction force of the sucking retaining unit based on a value output from these sensors. a main body , a robotic arm , a yarn threading unit attached to a distal end portion of the robotic arm and including the sucking retaining unit , and a controller configured to control a suction force of the sucking retaining unit , wherein the robotic arm is attached to the main body and includes arms and joints connecting the arms with one another, each joint incorporating therein an arm motor , the robotic arm being arranged so that, as the arm motor is driven, the arm is swung about the joint , this arrangement allowing the robotic arm to move three-dimensionally, and the controller is configured to change the suction force of the sucking retaining unit in a single set of processes of yarn threading characterized in that various sensors configured to detect the position and/or posture of the robotic arm are provided, and the controller is configured to control the suction force of the sucking retaining unit based on a value output from these sensors.
Use of a photoacoustic contacting material in medical diagnostics to optically and acoustically contact a photoacoustic tomography apparatus to a surface of a subject to be examined, the photoacoustic contacting material comprising water and a thickener; characterized in that the photoacoustic contacting material further comprises a light scattering member ; and in that a light scattering coefficient of the photoacoustic contacting material is equal to or greater than 0.1/mm and equal to or smaller than 2.0/mm. characterized in that the photoacoustic contacting material further comprises a light scattering member ; and in that a light scattering coefficient of the photoacoustic contacting material is equal to or greater than 0.1/mm and equal to or smaller than 2.0/mm.
A surface acoustic wave sensor comprising: a piezo element that propagates a surface acoustic wave; and an electrode that carries out conversion of an electrical signal and a surface acoustic wave; a detection region on which the piezo element overlaps a reaction-region thin film, the reaction-region thin film supporting an antibody; and a porous base member (13, 13B, 73, 113, 113B, 173, 213, 241, 241-1, 241-2, 241-3, 251, 251-1, 251-2, 251-3, 251-4,251-5) which is disposed at a propagation path of the surface acoustic wave and which allows liquid to infiltrate into an inside thereof and a surface thereof and holds the liquid thereinside, wherein the reaction-region thin film has a specified area having a surface area defined by a portion on which the porous base member comes into contact with the reaction-region thin film and the liquid transported to the inside of the porous base member makes the specified area wet. a piezo element that propagates a surface acoustic wave; and an electrode that carries out conversion of an electrical signal and a surface acoustic wave; a detection region on which the piezo element overlaps a reaction-region thin film, the reaction-region thin film supporting an antibody; and a porous base member (13, 13B, 73, 113, 113B, 173, 213, 241, 241-1, 241-2, 241-3, 251, 251-1, 251-2, 251-3, 251-4,251-5) which is disposed at a propagation path of the surface acoustic wave and which allows liquid to infiltrate into an inside thereof and a surface thereof and holds the liquid thereinside, wherein the reaction-region thin film has a specified area having a surface area defined by a portion on which the porous base member comes into contact with the reaction-region thin film and the liquid transported to the inside of the porous base member makes the specified area wet.
An electrical contact terminal for an electrical plug connector for a safety restraint system, wherein the electrical contact terminal is made from a single piece of bent and cut sheet-metal, the electrical contact terminal comprising: a mating end , having at least one contact face adapted for electrically contacting a corresponding counter contact of a counter connector, wherein the mating end defines a mating direction (A) of the electrical contact terminal; a mounting end , having a mounting face (526a, 526 b) adapted for being electrically connected to a cable end of an electrical cable (600 a, 600b), wherein the mounting end defines a cable extension direction (C) of the electrical contact terminal; a shorting clip portion that is adapted to short-circuit the electrical contact terminal with a further electrical contact terminal , if the electrical contact terminal is provided in an electrical plug connector and if the electrical plug connector is in an uncoupled or incorrectly coupled condition; an anchor leg , including a first abutment face , wherein the first abutment face is a cut face of the sheet metal, and wherein a surface normal of the first abutment face faces in cable extension direction (C); characterized in that the electrical contact terminal further comprises a fixing plate part , including a second abutment face , wherein the second abutment face is a main face of the sheet metal, and wherein a surface normal of the second abutment face faces in cable extension direction (C). a mating end , having at least one contact face adapted for electrically contacting a corresponding counter contact of a counter connector, wherein the mating end defines a mating direction (A) of the electrical contact terminal; a mounting end , having a mounting face (526a, 526 b) adapted for being electrically connected to a cable end of an electrical cable (600 a, 600b), wherein the mounting end defines a cable extension direction (C) of the electrical contact terminal; a shorting clip portion that is adapted to short-circuit the electrical contact terminal with a further electrical contact terminal , if the electrical contact terminal is provided in an electrical plug connector and if the electrical plug connector is in an uncoupled or incorrectly coupled condition; an anchor leg , including a first abutment face , wherein the first abutment face is a cut face of the sheet metal, and wherein a surface normal of the first abutment face faces in cable extension direction (C); characterized in that the electrical contact terminal further comprises a fixing plate part , including a second abutment face , wherein the second abutment face is a main face of the sheet metal, and wherein a surface normal of the second abutment face faces in cable extension direction (C).
A telecommunications cable fixation and sealing kit comprising: an adapter tube configured to slidably receive a telecommunications cable , the adapter tube defining a perimeter having a generally circular transverse cross-section and defining a peripherally-closed throughhole having a generally non-circular transverse cross-section, the kit further comprising a flexible metallic strip configured for bending around the adapter tube and a cable inserted therein and for compressing the adapter tube around the cable inserted therein for clamping and sealing the cable relative to the adapter tube .
A method for controlling a vehicle comprising an electric powertrain, an energy storage system (ESS), regenerative braking functionality and cruise control functionality, wherein the cruise control functionality is configured to maintain a set cruise control speed of the vehicle during downhill travel by applying the regenerative braking functionality, the method comprising: obtaining (S1) a tolerance limit for an allowed increase in energy consumption caused by non-use or reduced use of regenerative braking during downhill travel; obtaining (S2) information relating to an upcoming downhill road segment (DRS); based on the information relating to the upcoming downhill road segment (DRS), setting (S3) an allowed overspeed, caused by non-use or reduced use of the regenerative braking functionality, wherein the allowed overspeed exceeds the set cruise control speed for the upcoming downhill road segment (DRS) and is set based on the tolerance limit; and in the upcoming downhill road segment (DRS), controlling (S4) regenerative braking of the vehicle based on the set allowed overspeed, thereby reducing or preventing regenerative braking during the downhill travel. obtaining (S1) a tolerance limit for an allowed increase in energy consumption caused by non-use or reduced use of regenerative braking during downhill travel; obtaining (S2) information relating to an upcoming downhill road segment (DRS); based on the information relating to the upcoming downhill road segment (DRS), setting (S3) an allowed overspeed, caused by non-use or reduced use of the regenerative braking functionality, wherein the allowed overspeed exceeds the set cruise control speed for the upcoming downhill road segment (DRS) and is set based on the tolerance limit; and in the upcoming downhill road segment (DRS), controlling (S4) regenerative braking of the vehicle based on the set allowed overspeed, thereby reducing or preventing regenerative braking during the downhill travel.