mhurhangee/ep-ind-claims huggingface dataset:
E-ticket for registering a defined presence of the same in a means of transport, wherein the e-ticket contains a conductor board, on which components are arranged and connected to one another and wherein the e-ticket has an energy store, wherein the conductor board is surrounded at least on one side by a cover, which has a metallic structure on the side facing the conductor board, said metallic structure being coupled to structures and/or components on the conductor board, wherein a distance of the metallic structure can be detected and effects a shutdown of the e-ticket, and wherein in addition at least one flat RFID marker is glued to the interior of the cover, wherein the RFID marker has an RFID chip and an associated antenna structure and the RFID marker is queried by a read unit on the conductor board, wherein the determination of a removal of the cover is carried out by way of the read range of the read unit to the RFID marker.
A method for network-based uplink scheduling of users for uplink communication between a user side and a network side in a wireless communication network, said method comprising the steps of: - estimating on the network side, for each of a number of users, information representative of buffer status in the corresponding user equipment, UE,; - determining, on the network side, an uplink scheduling priority order of said users based on said network-estimated buffer status information; and - allocating, on the network side, communication resources in said wireless network to said users based on the determined uplink scheduling priority order, characterised by: said estimating step being based on transmission sequence number information in packets from the user side. - estimating on the network side, for each of a number of users, information representative of buffer status in the corresponding user equipment, UE,; - determining, on the network side, an uplink scheduling priority order of said users based on said network-estimated buffer status information; and - allocating, on the network side, communication resources in said wireless network to said users based on the determined uplink scheduling priority order, said estimating step being based on transmission sequence number information in packets from the user side.
A sensor arrangement for measuring a pressure and a temperature in a fluid, the sensor arrangement comprising a common body (11, 12, 14), a membrane structure (4, 16), a temperature sensitive electrical element and a pressure sensing electrical element, the temperature sensitive electrical element and pressure sensing electrical element are both coupled to one side of the membrane structure (4, 16), wherein the membrane structure (4, 16) comprises an elongated body, at a closed end of the elongated body is located the temperature sensitive electrical element and a first part of the common body (11, 12, 14) surrounds lengthwise at least partially the elongated body of the membrane structure (4, 16), characterized in that the sensor arrangement further comprises a sealing member, the sealing member being present between the first part of the common body (11, 12, 14) and the elongated body, and in that the pressure sensing electrical element is located at an open end of the elongated body.
A workpiece processing installation, in particular for drying and/or curing painted and/or coated and/or glued workpieces, comprising: a process chamber for receiving workpieces to be processed, said process chamber being connected to a process air line (40, 42, 44, 46, 50) for introducing and/or discharging process air into or out of said process chamber, respectively; a heating device for heating a process air to be introduced into said process chamber; and a control means for controlling a process air volume introduced into said process chamber and/or discharged from said process chamber and for controlling a heating power of said heating device, characterized in that said control means is configured to adjust the heating power of said heating device to the process air volume or the process air volume control or to adjust the process air volume to the heating power or the heating power control. a process chamber for receiving workpieces to be processed, said process chamber being connected to a process air line (40, 42, 44, 46, 50) for introducing and/or discharging process air into or out of said process chamber, respectively; a heating device for heating a process air to be introduced into said process chamber; and a control means for controlling a process air volume introduced into said process chamber and/or discharged from said process chamber and for controlling a heating power of said heating device, characterized in that said control means is configured to adjust the heating power of said heating device to the process air volume or the process air volume control or to adjust the process air volume to the heating power or the heating power control.
A device for the ground connection of elongated bodies, the elongated bodies being coaxial cables or the like, the device comprising an outer shell and an internal electrical contact electrically connected to a cable for ground connection, wherein the above-mentioned internal electrical contact is equipped with substantially "C" shaped elastic arm configured to be elastically closed onto the mentioned elongated body so that the contact pressure realizes the desired electrical conductivity between the elongated body and said internal electrical contact connected to said cable for mass connection, said outer shell comprising two half-shells (4a, 4b) reciprocally joined at a hinge characterized in that the device further comprises a second substantially "C" shaped elastic arm provided on the internal electrical contact disposed opposed the first elastic arm, and the outer shell is further provided with seats for housing an adhesive sealant, teeth and corresponding slots for the reciprocal closing of said half-shells (4a, 4b) one to the other and rivets provided for the reciprocal fixing of said walls (10a, 10b) of the internal electrical contact.
Method for diagnosing the azoto-nutritional status of agronomic, fodder, horticultural and vegetable crops by comparison of nitrogen, Na, dry matter contents of aerial parts, MSPA, of specific dry weight individual plants, PS, at critical nitrogen levels, Nc, for the same MSPA characterized in that; ➢ the MSPA are those of individual PS plants having as a unit, for example, g/plant, and not 10 of biomass per unit area, or even per hectare, the Nc value being here a function of this PS of the individual plants, and which includes the following steps; i) sampling of a series of individual seedlings for the purpose of determining their HCPs, ii) determination of the nitrogen content of the MSPA of that individual plant of given PS, iii) comparison of that nitrogen content to a critical, NC, content, expressed on the same basis of PS from a critical nitrogen dilution curve expressed as a function of PS of individual plants, that PS NC function being made up of variable points from growth kinetics producing a range of surface MSPA and nitrogen contents, advantageously per hectare thus having, for example, the unit t-MSPA/ha, these MSPA having during their growth and development an azoto-nutritional index, NNI, NNI = Na / Nc ≈ 1.00 +/- 0.10, iv) determination of an index of the azoto-nutritional status as Na/Nc characteristic of the individual plant and therefore, from the culture from which it comes. i) sampling of a series of individual seedlings for the purpose of determining their HCPs, ii) determination of the nitrogen content of the MSPA of that individual plant of given PS, iii) comparison of that nitrogen content to a critical, NC, content, expressed on the same basis of PS from a critical nitrogen dilution curve expressed as a function of PS of individual plants, that PS NC function being made up of variable points from growth kinetics producing a range of surface MSPA and nitrogen contents, advantageously per hectare thus having, for example, the unit t-MSPA/ha, these MSPA having during their growth and development an azoto-nutritional index, NNI, NNI = Na / Nc ≈ 1.00 +/- 0.10, iv) determination of an index of the azoto-nutritional status as Na/Nc characteristic of the individual plant and therefore, from the culture from which it comes.
A method for accessing a file on a computing machine comprising: configuring a sensor to detect an object and a user interacting with the object; associating the object with at least one file on the computing machine; configuring a display device to render an associated file being accessed in response to the user interacting with the object; and characterized by the sensor determining the distance of the object; determining if the distance of the object is greater than a predefined distance; and where it is determined that the distance is greater than the predefined distance, causing the display device to prompt the user to bring the object closer. configuring a sensor to detect an object and a user interacting with the object; associating the object with at least one file on the computing machine; configuring a display device to render an associated file being accessed in response to the user interacting with the object; and characterized by the sensor determining the distance of the object; determining if the distance of the object is greater than a predefined distance; and where it is determined that the distance is greater than the predefined distance, causing the display device to prompt the user to bring the object closer.
A tire (10, 20, 30) comprising: a carcass (14, 24, 34) toroidally extending between a pair of bead portions (13, 23, 33); a spiral cord layer arranged on an outer side in a tire radial direction of a crown portion of the carcass (14, 24, 34) and in which an upper layer and a lower layer are formed by spirally winding a reinforcing cord (101, 102); and an auxiliary belt layer (17, 27, 37a-d) arranged on the outer side in the tire radial direction of the spiral cord layer, wherein, at least at ends in a tire width direction of a region where the spiral cord layer and the auxiliary belt layer (17, 27, 37a-d) are laminated, a 100% modulus of at least a rubber other than a coating rubber of the auxiliary belt layer (17, 27, 37a-d) among rubbers interposed between the spiral cord layer and the auxiliary belt layer (17, 27, 37a-d) is lower than a 100% modulus of the coating rubber of the auxiliary belt layer (17, 27, 37a-d), characterized by comprising a core-material cord layer between the upper layer and the lower layer of said spiral cord layer. a carcass (14, 24, 34) toroidally extending between a pair of bead portions (13, 23, 33); a spiral cord layer arranged on an outer side in a tire radial direction of a crown portion of the carcass (14, 24, 34) and in which an upper layer and a lower layer are formed by spirally winding a reinforcing cord (101, 102); and an auxiliary belt layer (17, 27, 37a-d) arranged on the outer side in the tire radial direction of the spiral cord layer, wherein, at least at ends in a tire width direction of a region where the spiral cord layer and the auxiliary belt layer (17, 27, 37a-d) are laminated, a 100% modulus of at least a rubber other than a coating rubber of the auxiliary belt layer (17, 27, 37a-d) among rubbers interposed between the spiral cord layer and the auxiliary belt layer (17, 27, 37a-d) is lower than a 100% modulus of the coating rubber of the auxiliary belt layer (17, 27, 37a-d), characterized by comprising a core-material cord layer between the upper layer and the lower layer of said spiral cord layer.
A security apparatus for securing a portable device, the security apparatus comprising: a housing including a first housing portion configured to partially surround a first portion of the portable device, and a second housing portion configured to partially surround a second portion of the portable device, the second housing portion being selectively secured to the first housing portion when the housing is engaged with the portable device; and a modular accessory (130, 160, 150, 1310) coupled to the housing, characterized in that the security apparatus furthermore comprises an attachment device extending from the housing, the attachment device configured to engage a locking head; and the modular accessory (130, 160, 150, 1310) being connectable to the housing before or after the first and second housing portions (121, 122) are secured together to surround the portable device, and the modular accessory (130, 160, 150, 1310) being removable from the housing only when the first and second housing portions (121, 122) are disconnected from the portable electronic device. a housing including a first housing portion configured to partially surround a first portion of the portable device, and a second housing portion configured to partially surround a second portion of the portable device, the second housing portion being selectively secured to the first housing portion when the housing is engaged with the portable device; and a first housing portion configured to partially surround a first portion of the portable device, and a second housing portion configured to partially surround a second portion of the portable device, the second housing portion being selectively secured to the first housing portion when the housing is engaged with the portable device; and a modular accessory (130, 160, 150, 1310) coupled to the housing, characterized in that the security apparatus furthermore comprises an attachment device extending from the housing, the attachment device configured to engage a locking head; and the modular accessory (130, 160, 150, 1310) being connectable to the housing before or after the first and second housing portions (121, 122) are secured together to surround the portable device, and the modular accessory (130, 160, 150, 1310) being removable from the housing only when the first and second housing portions (121, 122) are disconnected from the portable electronic device.
A powered garden tool comprising: a powerhead having a housing, the housing having a motor chamber for holding an electric motor, a main handle capable of being gripped by a user, the main handle having a first trigger to turn the motor on or off; a blade assembly driveably connected to the motor and extending out from a front portion of the housing; and a pole assembly, characterised in that: the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration. a powerhead having a housing, the housing having a motor chamber for holding an electric motor, a main handle capable of being gripped by a user, the main handle having a first trigger to turn the motor on or off; a blade assembly driveably connected to the motor and extending out from a front portion of the housing; and a pole assembly, characterised in that: the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration. the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration.
A method for wireless communication by a user equipment, UE, comprising: monitoring a signal for a polar-encoded codeword having a codeword size, said polar-encoded codeword having a control information vector encoded therein; determining a decoding candidate bit sequence based at least in part on the signal including the polar encoded codeword, wherein the decoding candidate bit sequence is associated with a decoding hypothesis, said decoding hypothesis being that a bit length of the control information vector is a particular bit length of a plurality of possible different bit lengths for the codeword size; calculating an error detection code, EDC, value for a payload portion of the decoding candidate bit sequence using an EDC algorithm, wherein the calculating comprises initializing a variable state for the EDC algorithm with at least one non-zero bit, wherein the variable state is initialized based at least in part on an identifier of the UE; and determining a decoding output state for the payload portion of the decoding candidate bit sequence based at least in part on the EDC value and an EDC portion of the decoding candidate bit sequence. monitoring a signal for a polar-encoded codeword having a codeword size, said polar-encoded codeword having a control information vector encoded therein; determining a decoding candidate bit sequence based at least in part on the signal including the polar encoded codeword, wherein the decoding candidate bit sequence is associated with a decoding hypothesis, said decoding hypothesis being that a bit length of the control information vector is a particular bit length of a plurality of possible different bit lengths for the codeword size; calculating an error detection code, EDC, value for a payload portion of the decoding candidate bit sequence using an EDC algorithm, wherein the calculating comprises initializing a variable state for the EDC algorithm with at least one non-zero bit, wherein the variable state is initialized based at least in part on an identifier of the UE; and determining a decoding output state for the payload portion of the decoding candidate bit sequence based at least in part on the EDC value and an EDC portion of the decoding candidate bit sequence.
An exhaust hood comprising: a hood body including a canopy provided with an inlet and an exhaust part communicating with the canopy and provided with an exhaust path; and a nozzle unit installed at a front side of the hood body and including a first curved shape portion having an arc shaped section, characterized in that the first curved shape portion is disposed at the rear from a central region, said nozzle unit further includes a second curved portion having an arc shaped section and disposed at the front from the central region such that one end of the second curved shape portion is disposed inside one end of the first curved shape portion at a predetermined interval therebetween so as to form a first nozzle and its other end is disposed outside the other end of the first curved shape portion at a predetermined interval so as to form a second nozzle, a partition wall whose one end is connected to the first curved shape portion and whose other end is connected to the second curved shape portion, and a side plate blocking both ends of the first curved shape portion and the second curved shape portion. a hood body including a canopy provided with an inlet and an exhaust part communicating with the canopy and provided with an exhaust path; and a nozzle unit installed at a front side of the hood body and including a first curved shape portion having an arc shaped section, characterized in that the first curved shape portion is disposed at the rear from a central region, said nozzle unit further includes a second curved portion having an arc shaped section and disposed at the front from the central region such that one end of the second curved shape portion is disposed inside one end of the first curved shape portion at a predetermined interval therebetween so as to form a first nozzle and its other end is disposed outside the other end of the first curved shape portion at a predetermined interval so as to form a second nozzle, a partition wall whose one end is connected to the first curved shape portion and whose other end is connected to the second curved shape portion, and a side plate blocking both ends of the first curved shape portion and the second curved shape portion.
An antenna element structure comprising: a dielectric substrate; a conductive layer on the dielectric substrate; two feed lines inside the dielectric substrate, the two feed lines in contact with the conductive layer; a slot in the conductive layer exposing a surface of the dielectric substrate, the slot positioned between the two feed lines; at least two dielectric layers (102, 103) on the dielectric substrate; a conductive element on each dielectric layer (102, 103), the conductive element positioned over the slot and between the feed lines; and a conductive wall inside each dielectric layer (102, 103) and surrounding the conductive element; wherein the conductive elements and the conductive walls are circular or elliptical and the conductive walls have different diameters. a dielectric substrate; a conductive layer on the dielectric substrate; two feed lines inside the dielectric substrate, the two feed lines in contact with the conductive layer; a slot in the conductive layer exposing a surface of the dielectric substrate, the slot positioned between the two feed lines; at least two dielectric layers (102, 103) on the dielectric substrate; a conductive element on each dielectric layer (102, 103), the conductive element positioned over the slot and between the feed lines; and a conductive wall inside each dielectric layer (102, 103) and surrounding the conductive element; wherein the conductive elements and the conductive walls are circular or elliptical and the conductive walls have different diameters.
A sealing tool for forming a joint (1, 2) in a seal positioned on overlying courses of strap, comprising: a body; a sealing assembly mounted to the body and operably coupled to a motor, the sealing assembly including a first jaw having a first pair of opposing jaw elements (52, 54), each jaw element (52, 54) having two edges for cutting into the seal and the courses of strap and forming a bent tab, the jaw element edges configured to cut into the seal and the courses of strap material at different distances into a width of the seal and strap material, characterized by the motor and drive train housed, at least in part, in the body; a power supply; the sealing tool further including a second jaw having a second pair of opposing jaw elements (52, 54), the first and second jaws positioned adjacent one another, the sealing tool further including an inboard notcher positioned between the first and second jaws and operably connecting the pairs of jaw elements (52, 54), the inboard notcher having a contact portion on which the seal is positioned when the jaw elements (52, 54) cut into the seal and strap, the sealing tool further including notchers positioned outboard of each of the pairs of jaw elements (52, 54), the outboard notchers including contact portions, wherein the inboard notcher contact portion is at a different height than a height of the outboard notcher contact portions. a body; a sealing assembly mounted to the body and operably coupled to a motor, the sealing assembly including a first jaw having a first pair of opposing jaw elements (52, 54), each jaw element (52, 54) having two edges for cutting into the seal and the courses of strap and forming a bent tab, the jaw element edges configured to cut into the seal and the courses of strap material at different distances into a width of the seal and strap material, characterized by the motor and drive train housed, at least in part, in the body; a power supply; the sealing tool further including a second jaw having a second pair of opposing jaw elements (52, 54), the first and second jaws positioned adjacent one another, the sealing tool further including an inboard notcher positioned between the first and second jaws and operably connecting the pairs of jaw elements (52, 54), the inboard notcher having a contact portion on which the seal is positioned when the jaw elements (52, 54) cut into the seal and strap, the sealing tool further including notchers positioned outboard of each of the pairs of jaw elements (52, 54), the outboard notchers including contact portions, wherein the inboard notcher contact portion is at a different height than a height of the outboard notcher contact portions.