mhurhangee/ep-ind-claims huggingface dataset:
An imaging device comprising: an Si substrate having a first direction as a thickness direction and including a first crystal plane (11S1) represented by a plane index extending along a horizontal plane orthogonal to the first direction; a photoelectric conversion section provided in the Si substrate and generating charges corresponding to an amount of light reception by means of photoelectric conversion; a charge-holding section provided in the Si substrate and holding the charges transferred from the photoelectric conversion section; and a light-shielding section including a horizontal light-shielding part and a vertical light-shielding part, the horizontal light-shielding part positioned between the photoelectric conversion section and the charge-holding section in the first direction and extending along the horizontal plane, the vertical light-shielding part being orthogonal to the horizontal light-shielding part; a surface of the horizontal light-shielding part including a first plane along the first crystal plane (11S1) of the Si substrate orthogonal to the first direction, and a second plane along a second crystal plane (11S2) of the Si substrate being inclined relative to the first direction and represented by the plane index. an Si substrate having a first direction as a thickness direction and including a first crystal plane (11S1) represented by a plane index extending along a horizontal plane orthogonal to the first direction; a photoelectric conversion section provided in the Si substrate and generating charges corresponding to an amount of light reception by means of photoelectric conversion; a charge-holding section provided in the Si substrate and holding the charges transferred from the photoelectric conversion section; and a light-shielding section including a horizontal light-shielding part and a vertical light-shielding part, the horizontal light-shielding part positioned between the photoelectric conversion section and the charge-holding section in the first direction and extending along the horizontal plane, the vertical light-shielding part being orthogonal to the horizontal light-shielding part; a surface of the horizontal light-shielding part including a first plane along the first crystal plane (11S1) of the Si substrate orthogonal to the first direction, and a second plane along a second crystal plane (11S2) of the Si substrate being inclined relative to the first direction and represented by the plane index. a first plane along the first crystal plane (11S1) of the Si substrate orthogonal to the first direction, and a second plane along a second crystal plane (11S2) of the Si substrate being inclined relative to the first direction and represented by the plane index.
A dishwasher comprising: a cabinet; a tub defining a washing space therein; a sump disposed under and coupled to the tub; a pump for transferring washing water stored in the sump; and a base defining a lower part of the cabinet, wherein the sump includes a sump mount, and the base includes a first position guide, the sump mount configured to be temporarily mounted on the first position guide so as to guide the sump to a coupling position with respect to the base, wherein the sump mount is configured to be fitted into the first position guide, and wherein the first position guide and the sump mount are configured to be asymmetric in a specific direction. a cabinet; a tub defining a washing space therein; a sump disposed under and coupled to the tub; a pump for transferring washing water stored in the sump; and a base defining a lower part of the cabinet, wherein the sump includes a sump mount, and the base includes a first position guide, the sump mount configured to be temporarily mounted on the first position guide so as to guide the sump to a coupling position with respect to the base, wherein the sump mount is configured to be fitted into the first position guide, and wherein the first position guide and the sump mount are configured to be asymmetric in a specific direction.
A vacuum cleaner comprising: a cleaner body having a suction motor arranged to generate a suction force; a suction unit configured to be in communication with the cleaner body and to receive air and dust; a battery configured to supply electric power to the suction motor; a battery management system configured to detect a state of the battery; a second connector arranged to receive a first connector for supplying electric power for charging the battery; and a controller configured to control charging of the battery, characterized in that the controller is arranged to determine that the battery is not chargeable and in response to determining that the battery is not chargeable, attempt charging of the battery and reattempt charging of the battery; and wherein if the controller detects that the first connector is connected to the second connector, the controller attempts charging of the battery: by determining that a voltage of the battery detected by a voltage detection unit is a full charging voltage or more; or by determining that a value or an average value of a current of the battery detected by a current detection unit is a reference current value or less. a cleaner body having a suction motor arranged to generate a suction force; a suction unit configured to be in communication with the cleaner body and to receive air and dust; a battery configured to supply electric power to the suction motor; a battery management system configured to detect a state of the battery; a second connector arranged to receive a first connector for supplying electric power for charging the battery; and a controller configured to control charging of the battery, characterized in that the controller is arranged to determine that the battery is not chargeable and in response to determining that the battery is not chargeable, attempt charging of the battery and reattempt charging of the battery; and wherein if the controller detects that the first connector is connected to the second connector, the controller attempts charging of the battery: by determining that a voltage of the battery detected by a voltage detection unit is a full charging voltage or more; or by determining that a value or an average value of a current of the battery detected by a current detection unit is a reference current value or less. by determining that a voltage of the battery detected by a voltage detection unit is a full charging voltage or more; or by determining that a value or an average value of a current of the battery detected by a current detection unit is a reference current value or less.
Adhesive system comprising a. a resin component comprising a urea based amino resin having an F/NH 2 ratio from 0.3 to 0.65, the F/NH 2 ratio being defined as the molar ratio between formaldehyde and the sum of all nitrogen atoms except those in the ring structure of aromatic groups; b. a hardener component comprising at least one acid, acid generating salt or acidic salt; and, c. an aqueous dispersion of at least one polymer comprising at least one of polyvinyl acetate (PVAc) or poly ethylene vinylacetate; wherein the adhesive system comprises no or less than 0.9 wt% of urea, based on the weight of the entire adhesive system, in addition to any urea present in the urea based amino resin. a. a resin component comprising a urea based amino resin having an F/NH 2 ratio from 0.3 to 0.65, the F/NH 2 ratio being defined as the molar ratio between formaldehyde and the sum of all nitrogen atoms except those in the ring structure of aromatic groups; b. a hardener component comprising at least one acid, acid generating salt or acidic salt; and, c. an aqueous dispersion of at least one polymer comprising at least one of polyvinyl acetate (PVAc) or poly ethylene vinylacetate;
A method performed by an apparatus in a base station in a wireless communication system for controlling communication resources to a plurality of antenna sites (231, 232, 233, 234) of the base station, the base station providing communication resources as a number of antenna carriers providing IQ data flows (IQ1, IQ2, IQ3) to the plurality of antenna sites, the method comprising: estimating traffic load on individual of the plurality of antenna sites (231, 232, 233, 234), distributing the number of antenna carriers to the plurality of antenna sites based on the estimated traffic load on individual of the plurality of antenna sites, wherein the traffic load on individual of the plurality of antenna sites (231, 232, 233, 234) is estimated by mapping an antenna carrier to at least some of the plurality of antenna sites, an antenna site at a time, and monitoring the traffic load through the antenna carrier from the mapped antenna site of the at least some of the plurality of antenna sites. estimating traffic load on individual of the plurality of antenna sites (231, 232, 233, 234), distributing the number of antenna carriers to the plurality of antenna sites based on the estimated traffic load on individual of the plurality of antenna sites, wherein the traffic load on individual of the plurality of antenna sites (231, 232, 233, 234) is estimated by mapping an antenna carrier to at least some of the plurality of antenna sites, an antenna site at a time, and monitoring the traffic load through the antenna carrier from the mapped antenna site of the at least some of the plurality of antenna sites.
Assembly for holding back water, in particular for use in a flood-protection wall or a water basin, having a plurality of wall elements, wherein the respective wall element is formed in one piece and the wall element has a planar, rectangular main portion having a first side, a second side, which is arranged parallel to the first side, a third side, which is arranged perpendicularly to the first side, and a fourth side, which is arranged parallel to the third side, and the wall element has a first planar bearing portion, which is connected to the main portion in the region of the first side, over the length of the latter, and is arranged perpendicularly to the main portion, and a second planar bearing portion, which is connected to the main portion in the region of the second side, over the length of the latter, and is arranged perpendicularly to the main portion, wherein the second bearing portion is arranged opposite to the first bearing portion, as seen in relation to the main portion, and the wall element has a first connecting portion, which is connected to the main portion in the region of the third side, over the length of the latter, and is inclined in relation to the plane of the main portion, and the connecting portion is provided with a plurality of connecting holes, which are arranged in the longitudinal direction of the connecting portion and pass through the latter, and the main portion, in the region of the fourth side, has connecting holes which correspond to the number of connecting holes of the connecting portion and are arranged along the longitudinal extent of the fourth side, wherein the wall elements are arranged in zigzag form or in a closed configuration, characterized in that the surface of the first and second bearing portions (7, 8), said surface being directed toward the main portion, is a contact surface for fastening means for connecting the wall element to a ground surface, and the surface of the first and second bearing portions (7, 8), said surface being directed away from the main portion, is a bearing surface for a seal which is to be arranged between the respective bearing surface and the ground surface, wherein the wall elements are screw-connected in the region of the main portion and connecting portion, and a seal is arranged between the respective bearing portion (7 or 8) assigned to the ground surface and the ground surface, and wherein the assembly has fastening means, which establish contact with the respective contact surface of the ground-side bearing portion (7 or 8) and are screwed, or driven, into the ground surface, wherein the contact surfaces for the fastening means serve to provide contact by means of fastening means formed as clamping brackets, at least in the two mutually remote end regions of the bearing portion (7, 8), as seen in relation to the longitudinal extent of the respective bearing portion (7, 8), wherein the respective clamping bracket has a mount for a screw or a nail.
Hinge for pivotably fastening a flap to a carcass of a piece of furniture or to another body for closing and opening an opening of the carcass or body, comprising - a base element for fastening the hinge to the carcass or the body, - a fastening element for fastening the hinge to the flap, - a movement mechanism for guiding the fastening element on a movement path, wherein - the movement path is fixedly predetermined in relation to the base element by the configuration of the movement mechanism and - the movement mechanism has a multiple-joint hinge and a first holding arm connected rotationally movably to the fastening element at a first flap pivot point, - an auxiliary guide arm fastened rotationally movably to the base element at an auxiliary pivot point, - a connecting arm for connecting the auxiliary guide arm to the first holding arm, wherein the connecting arm is connected - rotatably to the auxiliary guide arm at a first connecting pivot point and - rotatably to the first holding arm at a second connecting pivot point, and - a spring element for providing a prestress for keeping the flap in a closed and/or open state, wherein the spring element exerts a force on the auxiliary guide arm, characterised in that the same hinge is prepared for use with a prescribed upwardly or downwardly opening flap, depending on the position of the spring element, wherein the spring element is fastened either with a first side to the base element and with a second side for the downwardly opening flap to the connecting arm or is fastened with a first side to the base element and with a second side for the upwardly opening flap to the auxiliary guide arm. - a base element for fastening the hinge to the carcass or the body, - a fastening element for fastening the hinge to the flap, - a movement mechanism for guiding the fastening element on a movement path, wherein - the movement path is fixedly predetermined in relation to the base element by the configuration of the movement mechanism and - the movement mechanism has a multiple-joint hinge and a first holding arm connected rotationally movably to the fastening element at a first flap pivot point, - the movement path is fixedly predetermined in relation to the base element by the configuration of the movement mechanism and - the movement mechanism has a multiple-joint hinge and a first holding arm connected rotationally movably to the fastening element at a first flap pivot point, - an auxiliary guide arm fastened rotationally movably to the base element at an auxiliary pivot point, - a connecting arm for connecting the auxiliary guide arm to the first holding arm, wherein the connecting arm is connected - rotatably to the auxiliary guide arm at a first connecting pivot point and - rotatably to the first holding arm at a second connecting pivot point, and - rotatably to the auxiliary guide arm at a first connecting pivot point and - rotatably to the first holding arm at a second connecting pivot point, and - a spring element for providing a prestress for keeping the flap in a closed and/or open state, wherein the spring element exerts a force on the auxiliary guide arm,
A composition comprising synthetic nanocarriers attached to immunosuppressants for use in a method for treating or preventing an undesired immune response to a therapeutic macromolecule comprising: enhancing the number or percentage of CD4+ regulatory T cells by administering to a subject (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, wherein the therapeutic macromolecules are not co-formulated with the synthetic nanocarriers attached to immunosuppressants prior to administration and wherein the therapeutic macromolecules are therapeutic proteins or therapeutic polynucleotides. enhancing the number or percentage of CD4+ regulatory T cells by administering to a subject (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, wherein the therapeutic macromolecules are not co-formulated with the synthetic nanocarriers attached to immunosuppressants prior to administration and wherein the therapeutic macromolecules are therapeutic proteins or therapeutic polynucleotides.
The use of a thermoplastic molding composition which comprises at least one polybiphenyl ether sulfone polymer, to produce self-supporting moldings for conveying gas, where the polybiphenyl ether sulfone polymer is produced through polycondensation comprising in step (a) the reaction of a component which comprises at least one aromatic dihydroxy compound with a component which comprises at least one aromatic sulfone compound having two halogen substituents, where component comprises 4,4'-dihydroxybiphenyl.
An asset tracking system (100, 170) for tracking an asset, wherein the asset is a medical device, the system comprising: a backend system; an asset tracker device (102, 202) configured to: be paired with the asset; record one or more readings from one or more sensors of the asset tracker device (102, 202), to detect a magnetic field or vibration from the asset; determine an operational state of the asset based on the one or more sensor readings; perform one or more geolocation position scans to obtain a geolocation position fix, wherein the geolocation position scans are performed during a time window when the asset is in an operational state such that it does not deliver a therapy; communicate the one or more sensor readings and the geolocation position fix to the backend system over a cellular network during the time window. a backend system; an asset tracker device (102, 202) configured to: be paired with the asset; record one or more readings from one or more sensors of the asset tracker device (102, 202), to detect a magnetic field or vibration from the asset; determine an operational state of the asset based on the one or more sensor readings; perform one or more geolocation position scans to obtain a geolocation position fix, wherein the geolocation position scans are performed during a time window when the asset is in an operational state such that it does not deliver a therapy; communicate the one or more sensor readings and the geolocation position fix to the backend system over a cellular network during the time window. be paired with the asset; record one or more readings from one or more sensors of the asset tracker device (102, 202), to detect a magnetic field or vibration from the asset; determine an operational state of the asset based on the one or more sensor readings; perform one or more geolocation position scans to obtain a geolocation position fix, wherein the geolocation position scans are performed during a time window when the asset is in an operational state such that it does not deliver a therapy; communicate the one or more sensor readings and the geolocation position fix to the backend system over a cellular network during the time window.
A device for insertion into a Eustachian tube of an animal, comprising an insertable member having opposing exterior major surfaces (12, 14) connected by a peripheral surface wherein at least one exterior major surface has a substantially triangular shape that corresponds to a cross sectional area of the Eustachian tube, and means for providing sufficient fluid communication between the opposing surfaces to effect pressure equilibration therebetween.
A process for the non-destructive determination of gender and/or developmental stage of an avian embryo in an egg, comprising (a) detecting at least a first developmental marker for the determination of the developmental stage selected from Betaine, Aspartate, Arginine, Glutamate, Glutamine and Proline and/or at least a first developmental marker for the determination of gender selected from Glucose, Choline and/or Valine in the allantoic fluid of an egg at a time period of from the beginning of the incubation of the egg until the hatching; (b) measuring the amount of the at least first detected developmental marker compound for the determination of the developmental stage and/or gender; and (c) comparing the amount to a base line established for male and female, and/or developmental stage of the embryo, to determine whether the embryo is male or female and/or the developmental stage of the embryo. (a) detecting at least a first developmental marker for the determination of the developmental stage selected from Betaine, Aspartate, Arginine, Glutamate, Glutamine and Proline and/or at least a first developmental marker for the determination of gender selected from Glucose, Choline and/or Valine in the allantoic fluid of an egg at a time period of from the beginning of the incubation of the egg until the hatching; (b) measuring the amount of the at least first detected developmental marker compound for the determination of the developmental stage and/or gender; and (c) comparing the amount to a base line established for male and female, and/or developmental stage of the embryo, to determine whether the embryo is male or female and/or the developmental stage of the embryo.