mhurhangee/ep-ind-claims huggingface dataset:
Automated industrial truck having a surroundings monitoring device that comprises at least two sensors (1, 2) that are arranged on the industrial truck, are designed to detect the surroundings of the industrial truck and each carry out scanning, in particular line scanning, in a scanning plane (4, 5), and a data processing device designed to evaluate the sensor data, characterized in that the sensors (1, 2) are arranged such that the scanning planes (4, 5) of the individual sensors (1, 2) are located parallel to one another at different heights, and the data processing device is configured to link and evaluate the sensor data from the individual sensors (1, 2) by way of an arithmetic-logic AND link.
A method for configuring individual base stations (SC 1, SC 2, SC 3) of a plurality of base stations (BS n, BS n+1, BS n+2, BS n+3) to form a single frequency network in which multiple base stations transmit the same signal simultaneously, the base stations forming the single frequency network sharing transmission resources, the method comprising: detecting a location of at least one user equipment using a position determination unit thereby permitting a movement profile of the at least one user equipment to be established; forming using a cluster partitioning unit at least a first cluster (SFN Cluster N) of base stations from the plurality of base stations according to the detected location and/or the movement profile; and configuring using a resource control unit a set of transmission parameters for the first cluster of base stations, the set of transmission parameters of the first cluster being orthogonal to a set of transmission parameters of one or more other clusters (SFN Cluster M) formed from the plurality of base stations. detecting a location of at least one user equipment using a position determination unit thereby permitting a movement profile of the at least one user equipment to be established; forming using a cluster partitioning unit at least a first cluster (SFN Cluster N) of base stations from the plurality of base stations according to the detected location and/or the movement profile; and configuring using a resource control unit a set of transmission parameters for the first cluster of base stations, the set of transmission parameters of the first cluster being orthogonal to a set of transmission parameters of one or more other clusters (SFN Cluster M) formed from the plurality of base stations.
Self-propelled synchronous rotating electrical machine of the brushless motor type with a rotor, the periphery of which is covered with permanent magnets, and provided with a device for braking and immobilizing the rotor, the device for braking and immobilizing the rotor comprising at least one permanent magnet which is fixedly mounted with respect to the stator in the vicinity of one end of the rotor, characterized in that the permanent magnets fitted on the periphery of the rotor comprise extension pieces projecting from the stator in a direction parallel to the axis of rotation of the rotor, in the vicinity of which extension pieces at least one permanent magnet of the device for braking and immobilizing the rotor is fixed, each permanent magnet of the device for braking and immobilizing the rotor being accommodated in a housing fixed against a front face of a polar magnetic yoke of the stator surrounding the stator coils. comprising at least one permanent magnet which is fixedly mounted with respect to the stator in the vicinity of one end of the rotor, characterized in that the permanent magnets fitted on the periphery of the rotor comprise extension pieces projecting from the stator in a direction parallel to the axis of rotation of the rotor, in the vicinity of which extension pieces at least one permanent magnet of the device for braking and immobilizing the rotor is fixed, each permanent magnet of the device for braking and immobilizing the rotor being accommodated in a housing fixed against a front face of a polar magnetic yoke of the stator surrounding the stator coils.
A filter station, comprising a first, upper connection distributor and a second, lower connection distributor, with in each case an identical number of a plurality of correspondingly disposed connections (31, 32), of which in each case one connection of the upper connection distributor and the appropriately corresponding connection of the lower connection distributor form in each case a pair of connections provided for connecting or for receiving, as the case may be, in each case one filter, such that the filter station is capable of receiving a number of filters corresponding to the number of pairs of connections, wherein the upper connection distributor has a line connector; wherein the first, upper connection distributor and the second, lower connection distributor are connected to each other by a central tube extending along a longitudinal axis of the filter station; and wherein there is no flow connection via the central tube between the first, upper connection distributor and the second lower connection distributor; characterised in that the lower connection distributor has an air supply; and in that one or a plurality of submersible pumps (71, 72) are disposed at the line connector above the first, upper connection distributor, wherein a backwash tank is provided above the one or above the two submersible pumps (71, 72), the backwash tank communicating at least with the first, upper connection distributor and being flowed through by the filtrate during filter operation, with the backwash tank ensuring volume compensation in a backwash during a purification process.
A system for determining the degree of patency of the airway of a patient, the system comprising: means for applying an oscillatory pressure waveform of known frequency, magnitude and phase at an entrance to the patient's airway; means for measuring respiratory air flow from the patient; means for determining the magnitude and phase of the component of said air flow at said known frequency induced by said oscillatory pressure waveform; and means for determining the degree of patency as the location of a complex admittance within a region indicative of patency, wherein the complex admittance is determined from the oscillatory component of the patient respiratory air flow and the oscillatory component of a patient interface pressure. means for applying an oscillatory pressure waveform of known frequency, magnitude and phase at an entrance to the patient's airway; means for measuring respiratory air flow from the patient; means for determining the magnitude and phase of the component of said air flow at said known frequency induced by said oscillatory pressure waveform; and means for determining the degree of patency as the location of a complex admittance within a region indicative of patency, wherein the complex admittance is determined from the oscillatory component of the patient respiratory air flow and the oscillatory component of a patient interface pressure.
A foot for a container which is detachable from and attachable to the container and which consists of a vertical elongated foot stem (2, 2b) which, in use, will be situated against the container and which has an attachment lock which, in use, will be situated in the container and which can be pushed into a locking corner in the container, wherein said attachment lock is unremovably attached to said vertical elongated foot stem (2, 2b), and a fixed locking tongue of the attachment lock consists of a horizontal shaft at the end of which, on both sides, there are locking claws so that, in use, the locking tongue can be pushed into the locking corner in the container essentially at 90 degrees, i.e. the foot stem is in a horizontal position, after which the foot stem is turned into a vertical position, at which the locking tongue becomes locked into the locking corner, and in the top part of the foot stem there is a supporting bracket, which, in use, will be against a wall of the container.
A dynamic battery (116, 200, 300) comprising: a positive electrode (210, 310), a negative electrode (208, 308), and a separator (212, 312) separating the positive electrode (210, 310) from the negative electrode (208,308), at least one of the positive electrode (210, 310) or the negative electrode (208, 308) including a primary electrode material (214,218, 314, 320) and a dynamic electrode material different (316, 322) from the primary electrode material (214,218, 314, 320), the dynamic electrode material (316, 322) being activatable to change a power state of the dynamic battery(116, 200, 300), wherein the dynamic battery (116, 200, 300) is configured to operate in a standard operating mode during which the dynamic battery supplies power and current flows across an external circuit based on electrical activity of the primary electrode material (314,320) in which most or all of the ion exchange occurs across the primary electrode material (314,320), wherein, in the standard operating mode, the primary electrode material provides power, and the dynamic electrode material is generally inactive, and wherein the dynamic battery is configured to operate in an activated operating mode responsive to an external stimulus being applied from a battery controller which activates the dynamic electrode material (316,322) to increase ion flow and/or electrical conductivity across the dynamic cathode material (316,322) while the dynamic battery supplies power to the external circuit, wherein the activated operating mode causes an increase in the discharge capacity of the dynamic battery. a positive electrode (210, 310), a negative electrode (208, 308), and a separator (212, 312) separating the positive electrode (210, 310) from the negative electrode (208,308), at least one of the positive electrode (210, 310) or the negative electrode (208, 308) including a primary electrode material (214,218, 314, 320) and a dynamic electrode material different (316, 322) from the primary electrode material (214,218, 314, 320), the dynamic electrode material (316, 322) being activatable to change a power state of the dynamic battery(116, 200, 300), wherein the dynamic battery (116, 200, 300) is configured to operate in a standard operating mode during which the dynamic battery supplies power and current flows across an external circuit based on electrical activity of the primary electrode material (314,320) in which most or all of the ion exchange occurs across the primary electrode material (314,320), wherein, in the standard operating mode, the primary electrode material provides power, and the dynamic electrode material is generally inactive, and wherein the dynamic battery is configured to operate in an activated operating mode responsive to an external stimulus being applied from a battery controller which activates the dynamic electrode material (316,322) to increase ion flow and/or electrical conductivity across the dynamic cathode material (316,322) while the dynamic battery supplies power to the external circuit, wherein the activated operating mode causes an increase in the discharge capacity of the dynamic battery.
Enossal single tooth implant for a fixed dental prosthesis, with a. a substantially cylindrical base body, which can be inserted into a bore made in a jaw bone and which has an annular recess, and a bore which is open towards its coronal end and arranged apically in relation to the annular recess, which has a threaded portion arranged at the apical end in the base body for fixating a retaining screw, whereby the annular recess comprises a guide section, a positive-locking section adjoining the guide section in coronal direction and an end section adjoining the positive-locking section in coronal direction, b. an abutment, which can be inserted into the recess of the base body and having a guide section, a positive-locking section, an end section, a bore for receiving the retaining screw and a fastening head for the dental prosthesis, and c. a retaining screw, which can be inserted into the bore of the base body and penetrates the abutment, whereby the positive-locking section of the base body and the positive-locking section of the abutment are complementary to each other in the mold, whereby the positive-locking section of the base body has at least one base body positive-locking element, which acts in circumferential direction, and the positive-locking section of the abutment has at least one abutment positive-locking element, which is complementary to the base body positive-locking element, whereby the abutment can be inserted into the annular recess of the base body such that the respective positive-locking elements (26; 52) engage with one another, characterized in that the mutually complementary positive-locking elements (26; 52) are in the form of two to six radially inwardly directed spring webs, which are designed to correspond to the positive-locking grooves on the abutment in the manner of a tongue-and-groove connection, and in that, in addition to the mutually complementary positive-locking elements (26; 52), two to six screw-in elements acting in the circumferential direction are provided in the form of an internal polygonal surface for the engagement of a screw-in tool in the positive-locking section of the base body. a. a substantially cylindrical base body, which can be inserted into a bore made in a jaw bone and which has an annular recess, and a bore which is open towards its coronal end and arranged apically in relation to the annular recess, which has a threaded portion arranged at the apical end in the base body for fixating a retaining screw, whereby the annular recess comprises a guide section, a positive-locking section adjoining the guide section in coronal direction and an end section adjoining the positive-locking section in coronal direction, b. an abutment, which can be inserted into the recess of the base body and having a guide section, a positive-locking section, an end section, a bore for receiving the retaining screw and a fastening head for the dental prosthesis, and c. a retaining screw, which can be inserted into the bore of the base body and penetrates the abutment,
Cushioning package, particularly an envelope or bag having walls (2, 3) internally lined by a cushion made of air cells, wherein the air cells consist of a row of elongated and contiguous tubular chambers parallel to one other, characterized in that: - said walls (2, 3) of the envelope or bag are made of paper coupled internally with a film of thermoplastic material (4, 5), - said tubular chambers are formed by a corrugated sheet (12, 13) of thermoplastic material heat-welded to said film (4, 5) along its edges and along its corrugations defining said tubular chambers which are hermetically sealed to the walls (2, 3) of the package and trap therein air at substantially environmental pressure, and - said tubular chambers are arranged in two superimposed layers and the tubular chambers of each layer are offset relative to the tubular chambers of the other layer. - said walls (2, 3) of the envelope or bag are made of paper coupled internally with a film of thermoplastic material (4, 5), - said tubular chambers are formed by a corrugated sheet (12, 13) of thermoplastic material heat-welded to said film (4, 5) along its edges and along its corrugations defining said tubular chambers which are hermetically sealed to the walls (2, 3) of the package and trap therein air at substantially environmental pressure, and - said tubular chambers are arranged in two superimposed layers and the tubular chambers of each layer are offset relative to the tubular chambers of the other layer.
A method of establishing a wireless communications link performed by an aircraft terminal, AT, comprising: determining a timing offset based at least in part on a propagation delay between the AT and a ground station; transmitting an initial access message to the ground station based at least in part on the determined timing offset; receiving an access response message from the ground station that includes a timing alignment value; adjusting the timing offset based at least in part on the timing alignment value; and transmitting a connection message based at least in part on the adjusted timing offset, the connection message including location information of the AT. determining a timing offset based at least in part on a propagation delay between the AT and a ground station; transmitting an initial access message to the ground station based at least in part on the determined timing offset; receiving an access response message from the ground station that includes a timing alignment value; adjusting the timing offset based at least in part on the timing alignment value; and transmitting a connection message based at least in part on the adjusted timing offset, the connection message including location information of the AT.
A method for remote laser welding two coated metal sheets (10, 20), wherein a laser beam by means of a scanner means is directed onto the metal sheets (10, 20) which are to be joined together and is guided on these metal sheets (10, 20), and in so doing the metal sheets (10, 20) are joined together by producing an edge fillet weld at a lap joint, while the continuous welding seam production is captured by a camera device, and by means of automatic evaluation of the images recorded the path of the laser beam if necessary is corrected and adapted to a desired weld seam course, characterised in that the images recorded by the camera device are evaluated with regard to the weld seam course in relation to the step offset between the metal sheets (10, 20) in that the position of the edge fillet weld produced is identified on the recorded images and brought into correlation with the step offset in order to determine the actual position of the laser beam and to calculate a correction movement which is then realised by corresponding conversion by way of the scanner means.
Air pressure measuring device for testing compressed-air brake systems, having a pressure sensor and a compressed air connection, characterized in that the air pressure measuring device is designed to be portable and comprises a control electronic, a user interface, a wireless transmission unit and a time recording unit which measures the response times of the compressed-air brake systems.
A self-drilling screw produced from an austenitic or other rust-resistant base material, comprising a shank having a cutting or shaping drilling tip or threaded tip (16, 18) arranged at one shank end and having a hard edge layer formed on the surface of the shank in the region of the drilling tip or threaded tip and at least in the region of a thread adjacent thereto, characterised in that a hard coating is galvanically applied at least to the hard edge layer of the drilling tip or threaded tip (16, 18), said hard coating comprising a layer containing a transition metal, and in that a top coat made of a lubricating and heat-dissipating material is applied to the hard coating.
Foodstuff receiving container for a household refrigeration appliance, with a tray for receiving the foodstuffs, with a lid separate therefrom which can be placed onto the tray to close the tray, and with a ventilation apparatus, with which an air exchange can be performed between the surrounding area and the interior of the foodstuff receiving container, wherein the ventilation apparatus has a pivotable flap, which in an open position releases a ventilation opening and in the closed position closes off the ventilation opening, characterised in that the ventilation apparatus has a carrier body, on which an assembly, which is separate therefrom, of the ventilation apparatus is installed, which has the flap, a carrier rail for the flap and an activation element for activating the flap, and that a free space formed in the depth direction between a front edge of the lid and a rear edge of a front wall of the tray is covered by the ventilation apparatus.
Device for receiving and/or transporting at least one functional part of a packaging machine, in particular a sealing and/or moulding tool, comprising at least one functional part receptacle assembly having a transport surface (7, 8) and a mobile frame on which the functional part receptacle assembly is disposed, characterized in that the functional part receptacle assembly is provided so as to be rotatable about three spatial axes relative to the frame, wherein the spatial directions are provided at a mutual angle.
A method for preparing a first network device for automatic configuration in a network comprising an access point and a plurality of stations, wherein the first network device is adapted to switch from the functional role of access point to the functional role of station and vice versa, the method comprising, when the first network device has the functional role of the access point in the network: - receiving (13, 22) a profile of at least one second network device (STA1, STA2) connected to said first network device, wherein the second network device is adapted to switch from the functional role of station to the functional role of access point and vice versa, the profile of the second network device (STA1, STA2) comprising access point credentials of the second network device(STA1, STA2); - comparing the received profile with existing profiles stored in a memory of said first network device; and - storing (14, 24) the profile of the second network device (STA1, STA2) in the memory in case the profile is not yet stored in the memory, wherein the first network device and the second network device are provided with an auto role detection allowing each of them to detect its functional role in the network; wherein the method further comprises: - determining a functional role change of the first network device from the functional role of access point to the functional role of station and identifying that one of the at least one second network device operates as a new access point (AP); - retrieving the profile of the second network device operating as a new access point (AP) from the memory; and - connecting the first network device to the second network device (AP) using the access point credentials of the second network device (AP) within the retrieved profile. - receiving (13, 22) a profile of at least one second network device (STA1, STA2) connected to said first network device, wherein the second network device is adapted to switch from the functional role of station to the functional role of access point and vice versa, the profile of the second network device (STA1, STA2) comprising access point credentials of the second network device(STA1, STA2); - comparing the received profile with existing profiles stored in a memory of said first network device; and - storing (14, 24) the profile of the second network device (STA1, STA2) in the memory in case the profile is not yet stored in the memory, wherein the first network device and the second network device are provided with an auto role detection allowing each of them to detect its functional role in the network; - determining a functional role change of the first network device from the functional role of access point to the functional role of station and identifying that one of the at least one second network device operates as a new access point (AP); - retrieving the profile of the second network device operating as a new access point (AP) from the memory; and - connecting the first network device to the second network device (AP) using the access point credentials of the second network device (AP) within the retrieved profile.