mhurhangee/ep-ind-claims huggingface dataset:
A drilling needle with a drilling needle head that, at one end of a drilling needle shank, has a flattened wedge portion with two wedge faces and a cutter portion with two cutting faces, which in each case adjoin one of the wedge faces and adjoin one another at a top edge that runs at a right angle to an axis of rotation of the drilling needle shank, characterized in that the drilling needle head has, on the side adjoining the two cutting faces, in each case a relief face that - with in each case one of the cutting faces, forms a cutting edge that leads with respect to a direction of rotation (r) and that extends from a top corner (4.1) at the top edge to a cutting edge corner (5.1) at the wedge face, and - with the respective other one of the cutting faces, forms a secondary edge that trails with respect to the direction of rotation (r), which extends from the top corner (4.1) at the top edge to a secondary edge corner (6.1) on the wedge face, wherein a relief angle (α), which a virtual straight line (h) that runs through the cutting edge corner (5.1) and the secondary edge corner (6.1) spans with a plane that extends through the axis of rotation perpendicular to the top edge, lies in a range from 6° to 10°. the drilling needle head has, on the side adjoining the two cutting faces, in each case a relief face that - with in each case one of the cutting faces, forms a cutting edge that leads with respect to a direction of rotation (r) and that extends from a top corner (4.1) at the top edge to a cutting edge corner (5.1) at the wedge face, and - with the respective other one of the cutting faces, forms a secondary edge that trails with respect to the direction of rotation (r), which extends from the top corner (4.1) at the top edge to a secondary edge corner (6.1) on the wedge face, - with in each case one of the cutting faces, forms a cutting edge that leads with respect to a direction of rotation (r) and that extends from a top corner (4.1) at the top edge to a cutting edge corner (5.1) at the wedge face, and - with the respective other one of the cutting faces, forms a secondary edge that trails with respect to the direction of rotation (r), which extends from the top corner (4.1) at the top edge to a secondary edge corner (6.1) on the wedge face, wherein a relief angle (α), which a virtual straight line (h) that runs through the cutting edge corner (5.1) and the secondary edge corner (6.1) spans with a plane that extends through the axis of rotation perpendicular to the top edge, lies in a range from 6° to 10°.
A printing device comprising a media handling system for handling a print medium in the printing device, the media handling system comprising a supporting structure (404, 500) for supporting the print medium, wherein the supporting structure comprises: a transport belt (102, 502) for advancing the print medium; an accessory belt (100, 300) that is to be reversibly placed around the transport belt, wherein a width of the accessory belt (d 1) is smaller than a width of the transport belt (d 2), the accessory belt comprising: a contact surface (100A, 200A, 210A, 300A, 404A, 504A) that is to come in contact with the print medium, wherein the contact surface comprises a dry adhesive material, wherein the dry adhesive material comprises a plurality of microscopic adhesive structures that are to adhere to the print medium; and a fastener that is to open and close the accessory belt by reversibly joining opposing end portions of the accessory belt; a supporting surface adjacent to an edge of the contact surface, wherein the supporting surface is a surface of the transport belt and is offset, by a distance between 4 mm and 20 mm, from the contact surface in a direction perpendicular to the contact surface and is to support an edge portion of the print medium on the supporting structure. a transport belt (102, 502) for advancing the print medium; an accessory belt (100, 300) that is to be reversibly placed around the transport belt, wherein a width of the accessory belt (d 1) is smaller than a width of the transport belt (d 2), the accessory belt comprising: a contact surface (100A, 200A, 210A, 300A, 404A, 504A) that is to come in contact with the print medium, wherein the contact surface comprises a dry adhesive material, wherein the dry adhesive material comprises a plurality of microscopic adhesive structures that are to adhere to the print medium; and a fastener that is to open and close the accessory belt by reversibly joining opposing end portions of the accessory belt; a contact surface (100A, 200A, 210A, 300A, 404A, 504A) that is to come in contact with the print medium, wherein the contact surface comprises a dry adhesive material, wherein the dry adhesive material comprises a plurality of microscopic adhesive structures that are to adhere to the print medium; and a fastener that is to open and close the accessory belt by reversibly joining opposing end portions of the accessory belt; a supporting surface adjacent to an edge of the contact surface, wherein the supporting surface is a surface of the transport belt and is offset, by a distance between 4 mm and 20 mm, from the contact surface in a direction perpendicular to the contact surface and is to support an edge portion of the print medium on the supporting structure.
Method for assessing and marking a product with a first marking representing a material and located at a first position of the product, comprising the steps: - Data-based transfer of the first marking of the product with a customer terminal device to an appraiser's device, - Generating a second marking on the basis of the first marking, whereby the generation of the second marking is done by means of the appraiser's device, - Encryption of the second marking by the appraiser's terminal, wherein the second marking is encrypted by an encryption key formed by a 2D code, - Data-based receipt of the second marking by the customer's device, - Data-based transfer of the second marking to an identification unit, the identification unit being formed separately from the customer terminal, whereby the data-based transfer of the second marking to the identification unit includes: displaying the encryption key on the customer terminal and scanning the encryption key displayed on the customer terminal with the identification unit, - decoding of the second marking by the marking unit, - Identification and/or authorization of an operator of the identification unit, and - Application of the second marking at a second position of the product by means of the marking unit and visual transmission of an image sequence of the application to the appraiser's end device. - Data-based transfer of the first marking of the product with a customer terminal device to an appraiser's device, - Generating a second marking on the basis of the first marking, whereby the generation of the second marking is done by means of the appraiser's device, - Encryption of the second marking by the appraiser's terminal, wherein the second marking is encrypted by an encryption key formed by a 2D code, - Data-based receipt of the second marking by the customer's device, - Data-based transfer of the second marking to an identification unit, the identification unit being formed separately from the customer terminal, whereby the data-based transfer of the second marking to the identification unit includes: displaying the encryption key on the customer terminal and scanning the encryption key displayed on the customer terminal with the identification unit, - decoding of the second marking by the marking unit, - Identification and/or authorization of an operator of the identification unit, and - Application of the second marking at a second position of the product by means of the marking unit and visual transmission of an image sequence of the application to the appraiser's end device.
System for the cryptographically protected monitoring of at least one component of a device or an apparatus comprising (BCNF): - means for providing at least one second link (512, 511) of a blockchain, said at least one second link comprising at least one transaction data set comprising a monitored operating state of at least one component of the device (IoT) or the apparatus, - means for linking the at least one second link to a first link of the same or a further blockchain, - means for providing a checking function which checks a transaction to be carried out, which transaction is defined by the at least one transaction data set, for integrity, and - means for forming a transaction data set having a measure assigned to the operating state, depending on the checking result yielded by the checking function, which checking result comprises a value for a confirmation or for an error and/or for a manipulation or for an absence of an expected transaction data set, wherein the transaction defined by the transaction data set is carried out by a component of the device or of the apparatus and the measure is initiated and/or carried out by the same or a different component or by a station situated outside the device (IoT) or the apparatus. - means for providing at least one second link (512, 511) of a blockchain, said at least one second link comprising at least one transaction data set comprising a monitored operating state of at least one component of the device (IoT) or the apparatus, - means for linking the at least one second link to a first link of the same or a further blockchain, - means for providing a checking function which checks a transaction to be carried out, which transaction is defined by the at least one transaction data set, for integrity, and - means for forming a transaction data set having a measure assigned to the operating state, depending on the checking result yielded by the checking function, which checking result comprises a value for a confirmation or for an error and/or for a manipulation or for an absence of an expected transaction data set, wherein the transaction defined by the transaction data set is carried out by a component of the device or of the apparatus and the measure is initiated and/or carried out by the same or a different component or by a station situated outside the device (IoT) or the apparatus.
A filter device for filtering wastewater, the filter device comprising: a drum filter including a rotary drum with a filter surface having a first side facing an interior of the drum and a second side facing an exterior of the rotary drum and being fluidly connectable with a source of wastewater; and a disc filter having an inlet fluidly connected with the first side of the filter surface of the rotary drum; wherein, the disc filter includes a plurality of disc-shaped filter members (115, 117) attached to a central drum that are configured to receive filtered wastewater passed through the filter surface of the drum filter and to filter the filtered wastewater; wherein, the inlet of the disc filter is fluidly connected with an interior of the central drum of the disc filter. a drum filter including a rotary drum with a filter surface having a first side facing an interior of the drum and a second side facing an exterior of the rotary drum and being fluidly connectable with a source of wastewater; and a disc filter having an inlet fluidly connected with the first side of the filter surface of the rotary drum; wherein, the disc filter includes a plurality of disc-shaped filter members (115, 117) attached to a central drum that are configured to receive filtered wastewater passed through the filter surface of the drum filter and to filter the filtered wastewater; wherein, the inlet of the disc filter is fluidly connected with an interior of the central drum of the disc filter.
A method, implemented by a wireless transmit/receive unit, WTRU,, for allocation of resources in cell forward access channel, CELL_FACH, state and IDLE mode, the method comprising: transmitting a random access channel, RACH, preamble using a signature sequence; receiving an acquisition indicator channel, AICH, in response to the RACH preamble, the AICH indicating an E-DCH resource; determining the E-DCH resource based on the AICH; and configuring the WTRU for E-DCH transmission using the E-DCH resource. transmitting a random access channel, RACH, preamble using a signature sequence; receiving an acquisition indicator channel, AICH, in response to the RACH preamble, the AICH indicating an E-DCH resource; determining the E-DCH resource based on the AICH; and configuring the WTRU for E-DCH transmission using the E-DCH resource.
A system comprising: a memory that stores a predetermined function specifying a relationship between pulse amplitude and pulse width; a medical device configured to deliver neurostimulation to a patient; a user interface configured to receive input from a user requesting modification of an electrical charge value of the neurostimulation; and a processor configured to communicate with the memory, medical device and user interface, and to modify a pulse amplitude and a pulse width of the neurostimulation delivered by the medical device according to the function and based on the requested modification of the charge value, said system characterized in that the user interface is arranged to display the electrical charge value to a user, and receives user-inputted modifications to the displayed electrical charge value, and in that the processor is configured to modify the pulse amplitude and the pulse width of the neurostimulation stimulation delivered by the medical device according to the function and based on the modifications to the displayed charge value a memory that stores a predetermined function specifying a relationship between pulse amplitude and pulse width; a medical device configured to deliver neurostimulation to a patient; a user interface configured to receive input from a user requesting modification of an electrical charge value of the neurostimulation; and a processor configured to communicate with the memory, medical device and user interface, and to modify a pulse amplitude and a pulse width of the neurostimulation delivered by the medical device according to the function and based on the requested modification of the charge value, said system characterized in that the user interface is arranged to display the electrical charge value to a user, and receives user-inputted modifications to the displayed electrical charge value, and in that the processor is configured to modify the pulse amplitude and the pulse width of the neurostimulation stimulation delivered by the medical device according to the function and based on the modifications to the displayed charge value
Optical position measuring device for determining the absolute position, having - a material measure that extends along a measurement direction and comprises at least one incremental graduation and an absolute encoding, and - a scanning unit that is arranged to move relatively in relation to the material measure along the measuring direction and that has a light source, a scanning grating for optical scanning of the incremental graduation and a detector device, wherein - the detector device comprises an incremental detector for producing incremental signals from the optical scanning of the incremental graduation and an absolute detector for producing absolute signals from the optical scanning of the absolute encoding, and the incremental detector and the absolute detector are arranged in a common detection plane, characterized in that the detection plane has a defined normal distance (v) from the scanning grating and/or the periodicity (d 3) of a stripe pattern on the incremental detector (27; 127; 227) is selected in such a way that the amplitudes of the incremental signals and amplitudes of the absolute signals refract in uniformly in the case of a scattering contaminant in the region of the material measure (10; 110; 210) and/or of the scanning grating (24; 124; 224). - a material measure that extends along a measurement direction and comprises at least one incremental graduation and an absolute encoding, and - a scanning unit that is arranged to move relatively in relation to the material measure along the measuring direction and that has a light source, a scanning grating for optical scanning of the incremental graduation and a detector device, wherein - the detector device comprises an incremental detector for producing incremental signals from the optical scanning of the incremental graduation and an absolute detector for producing absolute signals from the optical scanning of the absolute encoding, and the incremental detector and the absolute detector are arranged in a common detection plane,
Pneumatic brake device for a utility vehicle with at least one pneumatically controlled spring mechanism for a parking brake of the utility vehicle, with an electronic parking brake device, with at least one electronic control unit, at least one first bistable valve unit and at least one second bistable valve unit, at least one valve device which is connected up in such manner that in the event of a fall of the system pressure for supplying a parking brake of a trailer of the tractor vehicle the parking brake of the trailer can be actuated, and with a tractor vehicle protection valve, wherein by means of the first bistable valve unit the parking brake of the utility vehicle can be controlled and by means of the second bistable valve unit the parking brake of the trailer can be controlled.
A method for encoding a video frame of a piece of video content, the method being performed in an encoder device and comprising the steps of: dividing the video frame into a set of non-overlapping regions (i2a-c), wherein the set comprises at least one region; assigning each region, in the set of regions, to a separate processing unit (61a-n); encoding, in each processing unit, picture data of the respective region; the method being characterized by: collecting progress data from each processing unit (6ia-n), the progress data indicating progress of the encoding of the respective region; and dividing a particular region into a plurality of smaller regions and assigning each smaller region to a separate processing unit, when the progress data indicates that progress of encoding the particular region is insufficient. dividing the video frame into a set of non-overlapping regions (i2a-c), wherein the set comprises at least one region; assigning each region, in the set of regions, to a separate processing unit (61a-n); encoding, in each processing unit, picture data of the respective region; collecting progress data from each processing unit (6ia-n), the progress data indicating progress of the encoding of the respective region; and dividing a particular region into a plurality of smaller regions and assigning each smaller region to a separate processing unit, when the progress data indicates that progress of encoding the particular region is insufficient.
A sealant for sealing a puncture through tissue, comprising: an elongate first section including a proximal end, a distal end, and a cross-section sized for delivery into a puncture through tissue, wherein the first section is formed from a rolled freeze-dried hydrogel that expands when exposed to physiological fluid within the puncture; and a second section extending from the distal end of the first section, the second section comprising PEG-precursors comprising PEG-ester and PEG-amine precursors, at least some of the precursors remaining in an unreactive state until exposed to an aqueous physiological environment, whereupon the precursors undergo in-situ cross-linking with one another to provide adhesion to tissue adjacent the puncture, and characterized in that the second section is a solid mass of the precursors remaining in the unreactive state fused to and extending from an end face of the distal end of the rolled first section, wherein the solid mass comprises a uniform solid plug of precursors remaining in the unreactive state. an elongate first section including a proximal end, a distal end, and a cross-section sized for delivery into a puncture through tissue, wherein the first section is formed from a rolled freeze-dried hydrogel that expands when exposed to physiological fluid within the puncture; and a second section extending from the distal end of the first section, the second section comprising PEG-precursors comprising PEG-ester and PEG-amine precursors, at least some of the precursors remaining in an unreactive state until exposed to an aqueous physiological environment, whereupon the precursors undergo in-situ cross-linking with one another to provide adhesion to tissue adjacent the puncture, and characterized in that the second section is a solid mass of the precursors remaining in the unreactive state fused to and extending from an end face of the distal end of the rolled first section, wherein the solid mass comprises a uniform solid plug of precursors remaining in the unreactive state.
Filter for cooling, ventilation, air-conditioning, heating and air purifying plants, characterized in that it comprises a filtering support formed by one or more synthetic polymeric fibers and a solid chitosan-based biopolymer in concentration in weight greater than or equal to about 15% with respect to the weight of said filtering support, one or more metals in ionic form with a bactericidal action being stably associated with said filtering support and being chosen from a group comprising: noble metals such as silver, gold, platinum, or heavy metals such as iron, copper, manganese, zinc, lithium, or an organic bactericidal molecule chosen from quaternary ammonium salts, said metals being taken individually or in a mixture with each other, or individually or in a mixture with the quaternary ammonium salt, said metals and/or said quaternary ammonium salt being added, with a chemical bond, both inside the biopolymer and also on its surface.
An occlusion management system for treating a blood vessel, comprising: a pusher having a proximal portion and a distal portion; a flow restoration member coupled to the distal portion of the pusher, wherein the flow restoration member is radially expandable from a compressed delivery state to a radially expanded state having a tubular shape, and is formed of porous mesh or scaffold that is formed at least in part by a braid of filaments; and wherein the system comprises an extraction member attached directly to the flow restoration member and configured to be deployed distally of the flow restoration member, wherein the extraction member is formed of a braided structure, and wherein the extraction member is configured to be pulled into and around the occlusive material. a pusher having a proximal portion and a distal portion; a flow restoration member coupled to the distal portion of the pusher, wherein the flow restoration member is radially expandable from a compressed delivery state to a radially expanded state having a tubular shape, and is formed of porous mesh or scaffold that is formed at least in part by a braid of filaments; and wherein the system comprises an extraction member attached directly to the flow restoration member and configured to be deployed distally of the flow restoration member, wherein the extraction member is formed of a braided structure, and wherein the extraction member is configured to be pulled into and around the occlusive material.