mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna system for transmitting and/or receiving electromagnetic waves in the microwave range, the antenna system comprising: at least one directional antenna and/or an omnidirectional antenna ; a pluggable module, wherein the pluggable module is a booster module , an attenuation module , a calibration module , a combiner module , a filter module , or a passive module ; and a central unit having: an active member which is connectible with at least one reception/transmission system, and a motherboard , wherein: the antenna system further comprises a microstrip feed (3") located on top of the motherboard ; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module . at least one directional antenna and/or an omnidirectional antenna ; a pluggable module, wherein the pluggable module is a booster module , an attenuation module , a calibration module , a combiner module , a filter module , or a passive module ; and a central unit having: an active member which is connectible with at least one reception/transmission system, and a motherboard , an active member which is connectible with at least one reception/transmission system, and a motherboard , wherein: the antenna system further comprises a microstrip feed (3") located on top of the motherboard ; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module . the antenna system further comprises a microstrip feed (3") located on top of the motherboard ; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module .
Random terpolymer of N-(2-hydroxypropyl) methacrylamide, carboxybetaine methacrylamide and sulfobetaine methacrylamide.
A method for transmitting contact information, the method comprising: a multimedia device receiving a user's contact information and storing the contact information; the multimedia device detecting, in a signal comprising particular content comprising at least one of (a) a television program or advertisement that the multimedia device is receiving, (b) content recorded by the multimedia device, and (c) content that the multimedia device is receiving over the Internet, a tag of a particular type that indicates to the multimedia device that an interested party wants to receive the user's contact information; in response to the multimedia device receiving the tag of the particular type, the multimedia device determining that a particular icon specified by the tag of the particular type, the particular icon being among a plurality of icons that are stored on the multimedia device; the multimedia device overlaying at least a portion of the particular content with the particular icon; the multimedia device presenting said at least a portion of the particular content overlaid with the particular icon to request the user's permission to send the user's contact information to the interested party that is associated with the tag; and in response to the multimedia device receiving the user's permission to send the user's contact information to the interested party, the multimedia device sending the user's contact information to the interested party over a network. a multimedia device receiving a user's contact information and storing the contact information; the multimedia device detecting, in a signal comprising particular content comprising at least one of (a) a television program or advertisement that the multimedia device is receiving, (b) content recorded by the multimedia device, and (c) content that the multimedia device is receiving over the Internet, a tag of a particular type that indicates to the multimedia device that an interested party wants to receive the user's contact information; in response to the multimedia device receiving the tag of the particular type, the multimedia device determining that a particular icon specified by the tag of the particular type, the particular icon being among a plurality of icons that are stored on the multimedia device; the multimedia device overlaying at least a portion of the particular content with the particular icon; the multimedia device presenting said at least a portion of the particular content overlaid with the particular icon to request the user's permission to send the user's contact information to the interested party that is associated with the tag; and in response to the multimedia device receiving the user's permission to send the user's contact information to the interested party, the multimedia device sending the user's contact information to the interested party over a network.
A boundary layer ingestion fan system for location aft of the fuselage of an aircraft, comprising: a nacelle defining a duct ; a fan located within the duct, and arranged to rotate around a rotational axis (A-A), the fan comprising a plurality of blades attached to the hub , each of which has a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]); a plurality of outlet guide vanes aft of the fan; an afterbody aft of the plurality of outlet guide vanes and which tapers to an apex (506 having an apex angle (θ) with respect to the rotational axis of between 35 and 45 degrees. a nacelle defining a duct ; a fan located within the duct, and arranged to rotate around a rotational axis (A-A), the fan comprising a plurality of blades attached to the hub , each of which has a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]); a plurality of outlet guide vanes aft of the fan; an afterbody aft of the plurality of outlet guide vanes and which tapers to an apex (506 having an apex angle (θ) with respect to the rotational axis of between 35 and 45 degrees.
Method for verifying a calibration of an ultrasonic spirometer, the method comprising the following steps: a) determining an actual value of a distance between a first ultrasonic transducer and a second ultrasonic transducer of a spirometer; b) determining a difference between the actual value of the distance and a nominal value of the distance that is assigned to the spirometer; and c1) accepting an actual calibration of the spirometer if an absolute value of the difference is smaller than or equal to a first threshold value, or c2) refusing an actual calibration of the spirometer if an absolute value of the difference is bigger than the first threshold value, wherein the first threshold value is 5 % of the nominal value of the distance. a) determining an actual value of a distance between a first ultrasonic transducer and a second ultrasonic transducer of a spirometer; b) determining a difference between the actual value of the distance and a nominal value of the distance that is assigned to the spirometer; and c1) accepting an actual calibration of the spirometer if an absolute value of the difference is smaller than or equal to a first threshold value, or c2) refusing an actual calibration of the spirometer if an absolute value of the difference is bigger than the first threshold value, c1) accepting an actual calibration of the spirometer if an absolute value of the difference is smaller than or equal to a first threshold value, or c2) refusing an actual calibration of the spirometer if an absolute value of the difference is bigger than the first threshold value,
A bodymaker comprising: a frame assembly , said frame assembly including a forward end ; an elongated ram ; a drive mechanism , said drive mechanism coupled to said frame assembly and operatively coupled to said ram ; wherein said ram reciprocates between a retracted, first position and an extended, second position; a number of coupled components including a die pack and a domer assembly ; a unitary forward mounting body ; said unitary forward mounting body and said number of coupled components configured as an aligned forward module ; and said aligned forward module coupled to said frame assembly forward end ; characterized in that said unitary forward mounting assembly body including a cradle portion , a first support arm portion and a second support arm portion ; wherein said cradle portion has a forward side , a rear side , a right side , and a left side ; said first support arm portion disposed at said cradle portion right side ; said second support arm portion disposed at said cradle portion left side ; said die pack is directly coupled to said cradle portion ; and said domer assembly directly coupled to said first support arm portion and to said second support arm portion . a frame assembly , said frame assembly including a forward end ; an elongated ram ; a drive mechanism , said drive mechanism coupled to said frame assembly and operatively coupled to said ram ; wherein said ram reciprocates between a retracted, first position and an extended, second position; a number of coupled components including a die pack and a domer assembly ; a unitary forward mounting body ; said unitary forward mounting body and said number of coupled components configured as an aligned forward module ; and said aligned forward module coupled to said frame assembly forward end ; characterized in that said unitary forward mounting assembly body including a cradle portion , a first support arm portion and a second support arm portion ; wherein said cradle portion has a forward side , a rear side , a right side , and a left side ; said first support arm portion disposed at said cradle portion right side ; said second support arm portion disposed at said cradle portion left side ; said die pack is directly coupled to said cradle portion ; and said domer assembly directly coupled to said first support arm portion and to said second support arm portion .
Multifunctional piece of furniture , in particular for placement in a vehicle , for providing various functions which are used for different intended uses of a user, comprising a furniture body with an outer surface, wherein the outer surface is divided into at least four different functional surfaces which are used for the different intended uses of the user, wherein each functional surface is assigned at least one predetermined usage position, in which the respective functional surface can be used as intended by the user according to their intended use, and at least one suspension means is provided, which is configured and arranged to define an axis of rotation of the furniture body and keep the furniture body rotatable about the axis of rotation in a spatially horizontal orientation at a furniture placement location at a distance therefrom, wherein the respective usage positions of the various functional surfaces can be reached by rotating the furniture body , characterized in that the respective intended use of the functional surfaces is selected from the group containing working, cooking, storing, sleeping, wherein the functional surface with the intended use "working" provides the user with at least one flat work surface , the functional surface with the intended use "cooking" provides the user with at least one hotplate for heating food, the functional surface with the intended use "storing" provides the user with at least one storage space for storing objects and the functional surface with the intended use "sleeping" provides the user with at least one lying surface , wherein the usage position assigned to the functional surface with the intended use "cooking" corresponds to the usage position assigned to the functional surface with the intended use "storing".
Roundbaler with bale wrapper , wherein the bale wrapper comprises a bale-wrapping device which rotates about a vertical axis of rotation and which has rotation arms which extend parallel to the axis of rotation and on which rolls with wrapping material can be guided within an action region , which extends transversely and longitudinally with respect to the axis of rotation , of the bale-wrapping device , characterized in that a bounding linkage arranged on the roundbaler or on the bale wrapper is arranged which extends on the rear side of the roundbaler and is pivotable from an upper position into a lower position, and vice versa, and by means of which, in the lower position, a region, which is situated on the rear side of the roundbaler , of the action region of the bale-wrapping device is horizontally bounded.
Shutter for a control valve assembly of a steam turbine , comprising a closing end , a head and a stem , wherein the closing end , the head and the stem are formed as a single piece, the head and the closing end are connected by the stem , wherein the stem comprises a longitudinal axis (V), the closing end is larger than the stem in a top plan view along the longitudinal axis (V), and characterised in that the head is larger than the stem in a first direction (D1) orthogonal to the longitudinal axis (V), and the head is as wide as the stem in a second direction (D2) orthogonal to the first direction (D1) and to the longitudinal axis (V).
A cover for a transport body , such as a platform on a lorry, a trailer, or a container, the transport body having a bottom and a number of sides, the transport body being open upwards and covered by at least one flexible cover , the cover capable of being rolled up around a shaft by opening, the shaft interacting with at least one hydraulic cylinder which by means of pivotable arms forces the shaft to perform a curving movement above the transport body , where the shaft is connected with rotary means that rotate the shaft during the curving movement, the flexible cover is fastened to a first of the sides of the transport body, the flexible cover is fastened to the shaft , that by covering the transport body the shaft bears against the top of the transport body , the flexible cover has a fold formed by a rubber strap , that the rubber strap is fastened to the flexible cover at both sides of the fold , characterised in that the fold is parallel to the shaft, that the flexible cover consists of a permanently mounted first section and a second, rollable section , that the permanently mounted first section has a side which is fastened by at least one flexible fastening means to a first of the sides of the transport body , that the rollable second section of the flexible cover is fastened to the first side of the transport body as well, that the first and second sections of the flexible cover are joined along the fold in the second section of the flexible cover , whereby the fold in the second section is covered by the first section .
A printing assembly for digital printing on a continuous metal strip (S), comprising: - a digital printing unit having a printing area and a conveyor belt arranged for advancing said continuous metal strip (S) in a longitudinal direction (A) through said printing area , - an inlet guide unit located upstream of said printing unit and configured to guide said continuous metal strip (S) along a path comprising at least one first movable bend (B1) which is freely movable in said longitudinal direction (A), and - an outlet guide unit located downstream of said digital printing unit and configured to guide said continuous metal strip (S) along a path comprising at least one second movable bend (B2) which is freely movable in said longitudinal direction (A). - a digital printing unit having a printing area and a conveyor belt arranged for advancing said continuous metal strip (S) in a longitudinal direction (A) through said printing area , - an inlet guide unit located upstream of said printing unit and configured to guide said continuous metal strip (S) along a path comprising at least one first movable bend (B1) which is freely movable in said longitudinal direction (A), and - an outlet guide unit located downstream of said digital printing unit and configured to guide said continuous metal strip (S) along a path comprising at least one second movable bend (B2) which is freely movable in said longitudinal direction (A).
A device for controlling operation of a nerve-modulating implant unit , configured for location in a body of a subject, from a location external to the body of the subject, the device comprising: a flexible substrate configured for removable attachment to a subject's skin ; a primary antenna disposed on the flexible substrate ; and at least one processing device configured to: cause generation of a modulation control signal and application of the modulation control signal to the primary antenna in order to wirelessly transmit the modulation control signal to a secondary antenna on the implant unit to cause modulation of at least one nerve using energy transmitted wirelessly from the primary antenna to the secondary antenna ; characterized in that the at least one processing device is further configured to cause a plurality of predetermined alterations of at least one characteristic of the modulation control signal over successive applications of the modulation control signal during a therapy period. a flexible substrate configured for removable attachment to a subject's skin ; a primary antenna disposed on the flexible substrate ; and at least one processing device configured to: cause generation of a modulation control signal and application of the modulation control signal to the primary antenna in order to wirelessly transmit the modulation control signal to a secondary antenna on the implant unit to cause modulation of at least one nerve using energy transmitted wirelessly from the primary antenna to the secondary antenna ; characterized in that the at least one processing device is further configured to cause a plurality of predetermined alterations of at least one characteristic of the modulation control signal over successive applications of the modulation control signal during a therapy period.
A magnesium alloy consisting of, in atomic percent: 5.7 at.% or more and 8.6 at.% or less of Al; 0.6 at.% or more and 1.5 at.% or less of Ca; 0.05 at.% or more and 0.27 at.% or less of Mn; 0.02 at.% or more and 0.15 at.% or less of a rare earth element (RE); and any one of 0.1 at.% or more and 0.3 at.% or less of Zn and 0.02 at.% or more and 0.18 at.% or less of Sn, wherein the contents in atomic percent satisfy the condition of the inequality of the following Formula , and the balance is Mg and inevitable impurities, wherein the inevitable impurities include the elements Si, Fe, Ni and Cu, wherein the content per element is less than 0.1 at.%, and wherein the magnesium alloy optionally contains elements selected from Be, Sr, Ba and Ra, wherein the total amount of these elements is less than 0.05 at.%; Ca + RE / Al > 0.137 5.7 at.% or more and 8.6 at.% or less of Al; 0.6 at.% or more and 1.5 at.% or less of Ca; 0.05 at.% or more and 0.27 at.% or less of Mn; 0.02 at.% or more and 0.15 at.% or less of a rare earth element (RE); and any one of 0.1 at.% or more and 0.3 at.% or less of Zn and 0.02 at.% or more and 0.18 at.% or less of Sn, wherein the contents in atomic percent satisfy the condition of the inequality of the following Formula , and the balance is Mg and inevitable impurities, wherein the inevitable impurities include the elements Si, Fe, Ni and Cu, wherein the content per element is less than 0.1 at.%, and wherein the magnesium alloy optionally contains elements selected from Be, Sr, Ba and Ra, wherein the total amount of these elements is less than 0.05 at.%; Ca + RE / Al > 0.137
A device for processing confidential material, designed to cooperate with a container for the storage therein of the confidential material and comprising a lifting mechanism , which can be enclosed in a casing , for emptying a bin having a storage part containing confidential material into the container , which storage part is configured to be locked by means of a lock to a cover which at least partially closes an open upper side of the storage part, the lifting mechanism comprising a loading seat on which the bin can be placed and held, unlocking means for unlocking the lock of the bin , and a lifting frame to which the loading seat is pivotally connected such that the material present in the bin can be emptied into the container , said unlocking means comprise a first unlocking element designed for activating the unlocking of the lock present on the bin in a first manner, characterised in that the unlocking means further comprise at least a second unlocking element which is designed for unlocking the lock present on a further bin in a second manner, wherein the device further comprises control means used to determine the type of bin that is present on the loading seat and to actuate the unlocking element (76; 71) to unlock the lock of the bin (3; 103) present on the loading seat in dependence on said lock , wherein the first unlocking element and the second unlocking element are vertically spaced from each other, and wherein the loading seat further comprises a lifting beam for lifting the bin (3; 103) present on the loading seat toward the higher one of the first or the second unlocking element, such that the lock of the bin (3; 103) moves to within the working range of the higher unlocking element in question.
An excavator comprising: a traveling body ; an upper turning body rotatably provided on the traveling body ; an attachment which has a boom , an arm , and a bucket and is attached to the upper turning body ; and a controller configured to perform a control of a cylinder of at least one shaft of the attachment so as to suppress a vibration of the traveling body or the upper turning body , which is caused by an aerial operation of the attachment , characterized in that the controller changes a portion between an oil chamber of a control target and a hydraulic circuit of the cylinder to a state where oil flows out from the oil chamber inside the cylinder . a traveling body ; an upper turning body rotatably provided on the traveling body ; an attachment which has a boom , an arm , and a bucket and is attached to the upper turning body ; and a controller configured to perform a control of a cylinder of at least one shaft of the attachment so as to suppress a vibration of the traveling body or the upper turning body , which is caused by an aerial operation of the attachment , characterized in that the controller changes a portion between an oil chamber of a control target and a hydraulic circuit of the cylinder to a state where oil flows out from the oil chamber inside the cylinder .
An optical layer comprising: an optical film including a plurality of regions, each region configured to allow light having an angle of incidence within a plurality of viewing angles to pass through, the plurality of viewing angles of each region different from the plurality of viewing angles of other regions, wherein each region is further configured to prevent light having an angle of incidence outside of the plurality of viewing angles from passing through; characterized in that the optical layer further comprises a Fresnel lens , wherein the Fresnel lens and the optical film are positioned coplanar in a continuous layer.