mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a user-system (DSK) adapted to send email, a server and a standalone server, wherein: the user-system (DSK) is adapted: to prompt a user to create a main mail; to use partitioning means of the user-system (DSK) to partition email recipients into specific groups, namely a main recipient (R1) and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's (R1) and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient (R1) via the server (S); upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system (DSK) is further adapted to encrypt the added message and to route the added message to a standalone server (SS) that is adapted to host the added message; and in that the standalone server (SS) includes pointer means adapted to point to the location of the added message along with the main mail to be delivered to the secondary recipient (R2,..., Rn). the user-system (DSK) is adapted: to prompt a user to create a main mail; to use partitioning means of the user-system (DSK) to partition email recipients into specific groups, namely a main recipient (R1) and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's (R1) and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient (R1) via the server (S); upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system (DSK) is further adapted to encrypt the added message and to route the added message to a standalone server (SS) that is adapted to host the added message; and in that to prompt a user to create a main mail; to use partitioning means of the user-system (DSK) to partition email recipients into specific groups, namely a main recipient (R1) and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's (R1) and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient (R1) via the server (S); upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system (DSK) is further adapted to encrypt the added message and to route the added message to a standalone server (SS) that is adapted to host the added message; and in that the standalone server (SS) includes pointer means adapted to point to the location of the added message along with the main mail to be delivered to the secondary recipient (R2,..., Rn).
A mobile device on an arm of a swimmer comprising: a satellite positioning system (SPS) unit coupled with a SPS antenna ; a memory ; and a processor communicatively coupled to the memory and configured to: obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, wherein to determine the compensated velocity, the processor is configured to multiply the first estimated body velocity by a scale factor. a satellite positioning system (SPS) unit coupled with a SPS antenna ; a memory ; and a processor communicatively coupled to the memory and configured to: obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, wherein to determine the compensated velocity, the processor is configured to multiply the first estimated body velocity by a scale factor.
A bit assignment estimating device that estimates bit assignment of a payload included in communication data of each electronic control unit in a communication network, the bit assignment estimating device comprising: a receiving unit that receives the communication data; a block generation unit that divides the payload of the communication data, the communication data being received, by every predetermined fixed bit length so as to generate a plurality of blocks; a unit block bit assignment estimation unit that estimates the bit assignment of the block to be any one of a fixed value type, a status value type, and a continuous value type based on a statistic of each block; a block concatenation unit that concatenates a block, the block being adjacent to either of the block which is estimated to be the continuous value type or a concatenation block which is obtained by concatenating a plurality of adjacent blocks and estimated to be the continuous value type at a higher-order bit side, to the block or the concatenation block, the block or the concatenation block being estimated to be the continuous value type, when the block adjacent is estimated to be the status value type or the continuous value type; a concatenation block bit assignment estimation unit that estimates whether the concatenation block is the continuous value type or not based on a statistic of each concatenation block; and a block separation unit that separates an immediately-close-concatenated block from a corresponding concatenation block when the concatenation block is estimated not to be the continuous value type. a receiving unit that receives the communication data; a block generation unit that divides the payload of the communication data, the communication data being received, by every predetermined fixed bit length so as to generate a plurality of blocks; a unit block bit assignment estimation unit that estimates the bit assignment of the block to be any one of a fixed value type, a status value type, and a continuous value type based on a statistic of each block; a block concatenation unit that concatenates a block, the block being adjacent to either of the block which is estimated to be the continuous value type or a concatenation block which is obtained by concatenating a plurality of adjacent blocks and estimated to be the continuous value type at a higher-order bit side, to the block or the concatenation block, the block or the concatenation block being estimated to be the continuous value type, when the block adjacent is estimated to be the status value type or the continuous value type; a concatenation block bit assignment estimation unit that estimates whether the concatenation block is the continuous value type or not based on a statistic of each concatenation block; and a block separation unit that separates an immediately-close-concatenated block from a corresponding concatenation block when the concatenation block is estimated not to be the continuous value type.
Method for grouping a plurality of objects to be moved characterized by the fact that said objects are positioned on a pallet and then the whole is wrapped with a tape of non-creped paper material having extensibility of at least 6% in the longitudinal direction and 6% in the transverse direction and is maintained before or during the winding of said tape in a state of tension which causes it to extend to a lesser extent than its maximum extensibility.
A method for producing a light absorbing material with the perovskite structure and chemical formula ADB 3 , wherein A is chosen from the cations CH 3 NH 3 + , (NH 2 ) 2 CH + , C(NH 2 ) 3 + , Cs + and the mixtures of thereof, B is chosen from the anions Cl -, Br - , I - or mixtures of thereof and D is chosen from elements Sn, Pb, Bi or mixtures of thereof, is to mix the composition AB - nB 2 and component D, wherein the component D is chosen from elemental Sn, Pb, Bi and/or their salts, alloys, B 2 is chosen from Cl 2 , Br 2 , I 2 and mixtures of thereof, for which, the reactant with the composition AB - nB 2 (n≥1) is brought into contact with the component D and the excess of this reactant is removed.
An anti-PDL-1 monoclonal antibody or an antigen-binding fragment thereof, wherein, said anti-PDL-1 monoclonal antibody has a heavy chain variable region comprising an HCDR1 as set forth in SEQ ID NO: 15, an HCDR2 as set forth in SEQ ID NO: 16, and an HCDR3 as set forth in SEQ ID NO: 17, and has a light chain variable region comprising an LCDR1 as set forth in SEQ ID NO: 18, an LCDR2 as set forth in SEQ ID NO: 19, and an LCDR3 as set forth in SEQ ID NO: 20.
A hearing device comprising a housing , wherein the housing comprises: - a first input transducer configured to generate one or more input transducer signals based on a received audio signal; - a push button for controlling one or more functionalities of the hearing device; - a foam element arranged at least partly between the first input transducer and the push button for supporting the push button, wherein the foam element comprises a first foam part being an open-cell foam which is configured for accumulating ear wax and dirt. - a first input transducer configured to generate one or more input transducer signals based on a received audio signal; - a push button for controlling one or more functionalities of the hearing device; - a foam element arranged at least partly between the first input transducer and the push button for supporting the push button, wherein the foam element comprises a first foam part being an open-cell foam which is configured for accumulating ear wax and dirt.
A motor-adjustable steering column for a motor vehicle, comprising an outer casing which is held by a support unit that is attachable to a vehicle body and in which an actuator unit is received so as to be telescopically adjustable in the longitudinal direction, a steering spindle being coaxially mounted in a casing tube in said actuator unit so as to be rotatable about a longitudinal axis (L), wherein an adjustment drive , which has a threaded spindle which is at least in part disposed within the actuator unit and which so as to be drivable in a rotating manner by an electric servomotor engages in a spindle nut , is disposed between the outer casing and the actuator unit , wherein the threaded spindle is disposed at a spacing (a) from the longitudinal axis (L), and wherein the actuator unit has an opening that receives the steering spindle , and the threaded spindle is disposed in a spindle tunnel that is configured so as to be separate from the opening , characterized in that the opening and the spindle tunnel are configured in the casing tube of the actuator unit .
Roller for a roller-hearth furnace, which comprises a water-cooled, rotatably mounted support axle on which a plurality of support rings are arranged at a spacing from one another, wherein the support axle is provided in the axial region between and adjacent to the support rings with an insulation (5; 9) which consists of a fibrous material and is constructed with means (6; 11) protecting the outer circumference of its fibrous material from the environment, characterised in that in the case of an insulation constructed from annular punched parts the insulation arranged in the axial region between and adjacent to the support rings consists of circular or annular fibrous punched parts , wherein the protective means is constructed in the form of annular insulating discs of a more resistant material than that of the fibrous punched parts and at least one respective fibrous punched part is provided between each two insulating discs .
A mobile device Muotoilt comprising - a sensor data storage for obtaining sensor data indicative of physical activity associated with a user monitored via a sensor, - a user recognizer for identifying the user on the basis of the sensor data obtained, - an activity recognizer for identifying the physical activity, such as a sports activity, on the basis of the sensor data obtained, - an analyzer for determining based on the sensor data activity information indicative of an intensity or energy consumption of the physical activity performed, - an application logic being local to the mobile device, and - an interface for providing an indication of the user identity, an indication of the identified physical activity and an indication of said intensity or energy consumption, to said application logic to enable modifying the identified user's configuration relative to said application logic incorporating rewarding the user for performing the physical activity, wherein said rewarding comprises rewarding the user with lenghtend access time and/or facilitating access to content and/or to supplementary services, such as a web service relative to the application, responsive to the physical activity of the user. - a sensor data storage for obtaining sensor data indicative of physical activity associated with a user monitored via a sensor, - a user recognizer for identifying the user on the basis of the sensor data obtained, - an activity recognizer for identifying the physical activity, such as a sports activity, on the basis of the sensor data obtained, - an analyzer for determining based on the sensor data activity information indicative of an intensity or energy consumption of the physical activity performed, - an application logic being local to the mobile device, and - an interface for providing an indication of the user identity, an indication of the identified physical activity and an indication of said intensity or energy consumption, to said application logic to enable modifying the identified user's configuration relative to said application logic incorporating rewarding the user for performing the physical activity, wherein said rewarding comprises rewarding the user with lenghtend access time and/or facilitating access to content and/or to supplementary services, such as a web service relative to the application, responsive to the physical activity of the user.
Fastening element setting unit for a fastening element setting tool for setting fastening elements which are provided with a sealing disc, comprising a mouthpiece assembly , a fastening element holding assembly , and a fastening element driving assembly , wherein the mouthpiece assembly is connected to the fastening element driving assembly by means of a linear bearing, and wherein the fastening element holding assembly is coupled to the fastening element driving assembly , wherein the fastening element driving assembly is movable by means of the linear bearing in the axial direction (X) relative to the mouthpiece assembly as well as relative to the fastening element holding assembly , and wherein the fastening element holding assembly is movable in the axial direction (X) relative to the mouthpiece assembly , and wherein by a common relative movement of the fastening element driving assembly and the fastening element holding assembly relative to the mouthpiece assembly , a separated fastening element located and held in the fastening element holding assembly is guided to the mouthpiece assembly and is introduced into the mouthpiece assembly in a centred manner characterized in that the fastening element is held by at least two spring-loaded mouthpiece jaws for setting the fastening element with a drive means .
A device for producing a contact screwing, in particular a high-voltage contact screwing for an electric machine , comprising a holder with a receptacle and an anti-loss device , wherein a threaded piece is held in the receptacle such that it can be displaced at least in an axial direction of the threaded piece ; wherein the threaded piece is held in the receptacle in a loss-proof manner by means of the anti-loss device ; wherein the device is designed in such a way that the threaded piece is displaceable relative to the device in the produced contact screwing; wherein the receptacle has an internal engagement profile in a cross-sectional plane; wherein the threaded piece is a sleeve having an internal bore and an internal thread arranged in the internal bore ; wherein the threaded piece has an external engagement profile in a cross-sectional plane; wherein the external engagement profile has a shape substantially complementary to the internal engagement profile ; characterized in that the internal engagement profile is an internal multi-profile and the external engagement profile is an external multi-profile, wherein the receptacle is designed to widen in a longitudinal direction in the direction of an upper side of the holder , and in that the diameter of the threaded piece increases as seen in the longitudinal direction .
A device for photographing an iris, the device comprising: a light source configured to generate light; an active lens configured to receive the generated light; an image capturer configured to capture an image of the iris; and a controller conf igured to adjust a radiation angle of light being generated from the light source and passing through the active lens and being irradiated to the iris by controlling the active lens using at least one detected photographing condition being one of a distance to the iris , an amount of light near the device and motion of the device . a light source configured to generate light; an active lens configured to receive the generated light; an image capturer configured to capture an image of the iris; and a controller conf igured to adjust a radiation angle of light being generated from the light source and passing through the active lens and being irradiated to the iris by controlling the active lens using at least one detected photographing condition being one of a distance to the iris , an amount of light near the device and motion of the device .
An infusion pump system for infusion of fluids into a human or an animal body, comprising a measurement unit which is adapted to measure downstream pressure, a recording unit which is adapted to record downstream pressure measurement results and a display which is adapted to display downstream pressure measurement results, characterised in that the measurement and recording units are adapted to measure and record the downstream pressure, continuously or in intervals, for a period of at least one week.
A plastic card printing method, comprising: transferring an adhesive to a surface of the plastic card from a first thermal transfer ribbon bearing the adhesive using a first thermal printhead ; thereafter bringing together the surface of the plastic card bearing the transferred adhesive and a donor foil , the donor foil including a transferrable layer that faces the surface of the plastic card; and thereafter stripping the donor foil from the surface of the plastic card whereby portions of the transferrable layer in contact with the transferred adhesive remain adhered to the transferred adhesive and portions of the transferrable layer not in contact with the transferred adhesive remain on the donor foil; wherein the adhesive on the first thermal transfer ribbon is a dry adhesive. transferring an adhesive to a surface of the plastic card from a first thermal transfer ribbon bearing the adhesive using a first thermal printhead ; thereafter bringing together the surface of the plastic card bearing the transferred adhesive and a donor foil , the donor foil including a transferrable layer that faces the surface of the plastic card; and thereafter stripping the donor foil from the surface of the plastic card whereby portions of the transferrable layer in contact with the transferred adhesive remain adhered to the transferred adhesive and portions of the transferrable layer not in contact with the transferred adhesive remain on the donor foil; wherein the adhesive on the first thermal transfer ribbon is a dry adhesive.
A loading device configured to radially collapse an expandable medical implant, the loading device comprising: an operating handle having an opening therein extending along a longitudinal axis thereof; a brace coupled to the operating handle and configured to interface with a distal end of a delivery system configured to deploy the expandable medical implant, the brace having a lumen extending therethrough in a direction parallel to the longitudinal axis; a plurality of brace arms that extend from the brace to the operating handle, the brace arms being configured to transfer a force acting on the brace along the longitudinal axis directly to the operating handle; a packing rod extending between the operating handle and the brace in first and second longitudinal directions parallel to the longitudinal axis; and a control element movable relative to the operating handle, movable relative to the packing rod and coupled to the packing rod, the control element being configured to translate the packing rod relative to the operating handle and the brace in the first and second longitudinal directions. an operating handle having an opening therein extending along a longitudinal axis thereof; a brace coupled to the operating handle and configured to interface with a distal end of a delivery system configured to deploy the expandable medical implant, the brace having a lumen extending therethrough in a direction parallel to the longitudinal axis; a plurality of brace arms that extend from the brace to the operating handle, the brace arms being configured to transfer a force acting on the brace along the longitudinal axis directly to the operating handle; a packing rod extending between the operating handle and the brace in first and second longitudinal directions parallel to the longitudinal axis; and a control element movable relative to the operating handle, movable relative to the packing rod and coupled to the packing rod, the control element being configured to translate the packing rod relative to the operating handle and the brace in the first and second longitudinal directions.