mhurhangee/ep-ind-claims huggingface dataset:
A dispensing device for dental retraction material, comprising a cannula forming a free front end, the free front end being formed by a first cannula portion that extends from the free front end to a second cannula portion that is arranged directly adjacent the first cannula portion, wherein the first cannula portion has a first elongated section and a first rounded section extending between the first elongated section and the free front end, a first outer diameter of the cannula being defined on the first rounded section at the free front end, wherein the second cannula portion has a second elongated section and a second rounded section extending between the second elongated section and the first cannula portion, a second outer diameter of the cannula being defined on the second rounded section at the transition between the second rounded section and the first cannula portion, wherein the second outer diameter is greater than the first outer diameter, and wherein the first cannula portion comprises a predetermined separation structure directly adjacent the second cannula portion, wherein the predetermined separation structure is a groove, wherein a channel extends through the cannula and forms a dispensing opening at the free front end, wherein the channel comprises a first channel section that has a first cylindrical channel section and a second channel section that has a second cylindrical channel section, wherein the first channel section extends between the dispensing opening and the second channel section, the first cylindrical channel section having a first channel diameter and the second cylindrical channel section having a second channel diameter, wherein the first channel diameter is smaller than the second channel diameter.
A transcranial electrostimulator, comprising: a first current source configured to provide transcranial direct current stimulation (tDCS), and a second current source configured to provide theta burst stimulation; wherein the tDCS is configured to be delivered with an adjustable direct current in a range of about 0 to about 5 mA and the TBS is configured to be delivered with an alternating current with amplitude ranging from 0 to 5 mA and multiple bursts each having 2 to 5 pulses, each pulse having a pulse width of about 0.1 to about 3 ms and an interpulse interval or gap of about 5 ms to 30 ms and repeating every 150 ms to 500 ms, wherein the bursts are configured to be continuous to provide continuous TBS (cTBS) or intermittent to provide intermittent TBS (iTBS). a first current source configured to provide transcranial direct current stimulation (tDCS), and a second current source configured to provide theta burst stimulation; wherein the tDCS is configured to be delivered with an adjustable direct current in a range of about 0 to about 5 mA and the TBS is configured to be delivered with an alternating current with amplitude ranging from 0 to 5 mA and multiple bursts each having 2 to 5 pulses, each pulse having a pulse width of about 0.1 to about 3 ms and an interpulse interval or gap of about 5 ms to 30 ms and repeating every 150 ms to 500 ms, wherein the bursts are configured to be continuous to provide continuous TBS (cTBS) or intermittent to provide intermittent TBS (iTBS).
Apparatus for data transmission having a measuring device interface, a control interface and a supplementary interface, which are connected to a communication unit, wherein • the measuring device interface is designed to receive data packets comprising a position value and a supplementary data value, • the data packets are supplied to the communication unit, which comprises a processing unit and a memory unit, • the processing unit is designed to process the position value, to output the processed position value (P_OUT) to the control interface and to store the supplementary data value in the memory unit, • the control interface is designed to receive position request commands (P_RQ) from a control unit and, as a result of the reception, to output the processed position value (P_OUT) to the control unit, and • the supplementary interface is designed to receive a supplementary data request command (Z_RQ) and to output the supplementary data value (Z_MEM) stored in the memory unit to a supplementary unit as a response to the reception of the supplementary data request command (Z_RQ). • the measuring device interface is designed to receive data packets comprising a position value and a supplementary data value, • the data packets are supplied to the communication unit, which comprises a processing unit and a memory unit, • the processing unit is designed to process the position value, to output the processed position value (P_OUT) to the control interface and to store the supplementary data value in the memory unit, • the control interface is designed to receive position request commands (P_RQ) from a control unit and, as a result of the reception, to output the processed position value (P_OUT) to the control unit, and • the supplementary interface is designed to receive a supplementary data request command (Z_RQ) and to output the supplementary data value (Z_MEM) stored in the memory unit to a supplementary unit as a response to the reception of the supplementary data request command (Z_RQ).
A modular rotational device for torsionally stabilizing an endoprosthesis bone segment, the device comprising: a first threaded coupler including an elongated stem extending therefrom; a housing having a proximal end and a distal end with an axial bore therethrough; a proximal sleeve made from a friction-reducing biocompatible polymer and positioned within the housing proximal end axial bore, the proximal sleeve having an axial bore therethrough for receiving the elongated stem, the proximal sleeve reducing the rotational friction of the elongated stem with respect to the housing proximal end; a distal sleeve made from a friction-reducing biocompatible polymer and positioned within the housing distal end axial bore, the distal sleeve having an axial bore therethrough for receiving the elongated stem; the distal sleeve reducing the rotational friction of the elongated stem with respect to the housing distal end; a distal fastener for positively engaging the elongated stem within a distal end cavity to retain the stem within the housing distal end; and the distal end housing including a second threaded coupler on the distal housing end, both the first threaded coupler and the second threaded coupler each for attachment of an additional complementary threaded endoprosthesis device thereto, the first threaded coupler rotatable with respect to the second threaded coupler. a first threaded coupler including an elongated stem extending therefrom; a housing having a proximal end and a distal end with an axial bore therethrough; a proximal sleeve made from a friction-reducing biocompatible polymer and positioned within the housing proximal end axial bore, the proximal sleeve having an axial bore therethrough for receiving the elongated stem, the proximal sleeve reducing the rotational friction of the elongated stem with respect to the housing proximal end; a distal sleeve made from a friction-reducing biocompatible polymer and positioned within the housing distal end axial bore, the distal sleeve having an axial bore therethrough for receiving the elongated stem; the distal sleeve reducing the rotational friction of the elongated stem with respect to the housing distal end; a distal fastener for positively engaging the elongated stem within a distal end cavity to retain the stem within the housing distal end; and the distal end housing including a second threaded coupler on the distal housing end, both the first threaded coupler and the second threaded coupler each for attachment of an additional complementary threaded endoprosthesis device thereto, the first threaded coupler rotatable with respect to the second threaded coupler.
An apparatus for generating a depth map, the apparatus comprising: an image generator arranged to provide an image and an associated depth map comprising input depth values; a contour detector arranged to detect at least a first contour in the image, the first contour comprising a first set of pixels, the first set of pixels comprising a plurality of pixels; and the apparatus being characterized by further comprising: a model processor arranged to generate a contour depth model for the first contour by fitting a depth model to input depth values only for the first set of pixels; a depth value determiner arranged to determine a depth model depth value for at least a first pixel of the first set of pixels from the contour depth model; and a modifier arranged to generate a modified depth map from the associated depth map by modifying depth values of the associated depth map; wherein the modifier is arranged to generate a first modified depth value for the first pixel in the modified depth map in response to the depth model depth value. an image generator arranged to provide an image and an associated depth map comprising input depth values; a contour detector arranged to detect at least a first contour in the image, the first contour comprising a first set of pixels, the first set of pixels comprising a plurality of pixels; a model processor arranged to generate a contour depth model for the first contour by fitting a depth model to input depth values only for the first set of pixels; a depth value determiner arranged to determine a depth model depth value for at least a first pixel of the first set of pixels from the contour depth model; and a modifier arranged to generate a modified depth map from the associated depth map by modifying depth values of the associated depth map; wherein the modifier is arranged to generate a first modified depth value for the first pixel in the modified depth map in response to the depth model depth value.
An electric axle for a vehicle comprising: a first support member including a first end, a second end and an intermediate portion supporting a first axle receiver, and a second support member including a first end portion, a second end portion and an intermediate section supporting a second axle receiver; a torsion member extending between the first support member and the second support member; a first drive unit including a first transmission mounted to the first support member, and a first electric motor operatively connected to the first transmission, wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor operatively connected to the first transmission shaft; and a second drive unit including a second transmission mounted to the second support member, and a second electric motor operatively connected to the second transmission, characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member, the first stator being arranged between the first and second rotor members (240, 242). a first support member including a first end, a second end and an intermediate portion supporting a first axle receiver, and a second support member including a first end portion, a second end portion and an intermediate section supporting a second axle receiver; a torsion member extending between the first support member and the second support member; a first drive unit including a first transmission mounted to the first support member, and a first electric motor operatively connected to the first transmission, wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor operatively connected to the first transmission shaft; and a second drive unit including a second transmission mounted to the second support member, and a second electric motor operatively connected to the second transmission, characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member, the first stator being arranged between the first and second rotor members (240, 242).
An electromagnetic field sensor assembly comprising: a) a ceramic sensor body; b) a wire coil wound about a distal end portion of the ceramic sensor body for producing an electromagnetic field, wherein the wire coil is formed from a platinum group metal or an alloy thereof; c) a ceramic well enclosing the ceramic sensor body and the wire coil; and d) a metallic housing surrounding a periphery of the ceramic well and having an open distal end; characterized in that the metallic housing includes an increased inner diameter at the open distal end forming an annular recess between the distal end of the metallic housing and a distal portion of the ceramic well, the annular recess and open distal end thereby being dimensioned to reduce the influence of the metallic housing on the electromagnetic field. a) a ceramic sensor body; b) a wire coil wound about a distal end portion of the ceramic sensor body for producing an electromagnetic field, wherein the wire coil is formed from a platinum group metal or an alloy thereof; c) a ceramic well enclosing the ceramic sensor body and the wire coil; and d) a metallic housing surrounding a periphery of the ceramic well and having an open distal end; characterized in that the metallic housing includes an increased inner diameter at the open distal end forming an annular recess between the distal end of the metallic housing and a distal portion of the ceramic well, the annular recess and open distal end thereby being dimensioned to reduce the influence of the metallic housing on the electromagnetic field.
Coupling device for a roll forming machine, which has a plurality of roll shaping tools arranged on working shafts (2, 3) for the successive longitudinal shaping of a metal strip or starting profile into a profile or a pipe, for the torsionally rigid coupling and decoupling of a drive system at and from at least a part of the working shafts (2, 3), wherein the coupling device includes at least one length-adjustable Cardan shaft (10, 11), which is connected in a torsionally rigid manner on a drive side with the drive system and is equipped on an output side with a coupling element, for transmitting a torque from the drive system to a working shaft (2, 3), wherein the roll forming machine comprises moreover a coupling counter piece at the working shaft (2, 3) and the coupling element is brought into engagement at the output side of the Cardan shaft (10, 11) by means of a substantially axial movement with the coupling counter piece at the working shaft (2, 3), or can be taken out of this engagement, and wherein the coupling device has a holder assigned to the drive system which is equipped with a moving device for the axial moving of the coupling element, wherein the coupling element is connected to the moving device, and wherein the coupling counter piece is formed on the working shaft (2, 3) as a coupling pin and the coupling element on the output side of the Cardan shaft (10, 11) is a coupling sheath which can be plugged in a form-fitting manner onto the coupling pin with regard to a rotational movement, characterised in that the movement device for the axial moving of the coupling element is also provided for a moving of the coupling element in at least one direction orthogonal to the axial direction, and that the output side of the Cardan shaft (10, 11) is equipped with a centering element which has a sliding surface which covers at least the potential path of motion of the coupling element in the direction orthogonal to the axial direction and in particular has the form of a shield. and wherein the coupling counter piece is formed on the working shaft (2, 3) as a coupling pin and the coupling element on the output side of the Cardan shaft (10, 11) is a coupling sheath which can be plugged in a form-fitting manner onto the coupling pin with regard to a rotational movement, characterised in that the movement device for the axial moving of the coupling element is also provided for a moving of the coupling element in at least one direction orthogonal to the axial direction, and that the output side of the Cardan shaft (10, 11) is equipped with a centering element which has a sliding surface which covers at least the potential path of motion of the coupling element in the direction orthogonal to the axial direction and in particular has the form of a shield.
A transmitter system for transmitting data using electromagnetic data signals, the transmitter system comprising: (i) an electromagnetic signal generator operative to generate at least two electromagnetic signal modes having differing respective frequencies, (ii) a beam-splitter configured to receive each of the electromagnetic signal modes and splits each of the electromagnetic signal modes into a respective signal portion and a respective reference portion, and (iii) an encoder (14, 15) configured to receive the respective signal portion of each electromagnetic signal mode and to encode data onto the signal portions by modulating each signal portion using phase and amplitude modulation; and (iv) a transmitting unit to transmit the modulated signal portions of each electromagnetic signal mode and the respective reference portions, to a receiver system along one or more communication paths, and in which the signal generator generates the at least two electromagnetic modes from a single laser source (11, 31), and wherein the transmitter system is a multi-mode signal generator for continuous variable quantum key distribution. (i) an electromagnetic signal generator operative to generate at least two electromagnetic signal modes having differing respective frequencies, (ii) a beam-splitter configured to receive each of the electromagnetic signal modes and splits each of the electromagnetic signal modes into a respective signal portion and a respective reference portion, and (iii) an encoder (14, 15) configured to receive the respective signal portion of each electromagnetic signal mode and to encode data onto the signal portions by modulating each signal portion using phase and amplitude modulation; and (iv) a transmitting unit to transmit the modulated signal portions of each electromagnetic signal mode and the respective reference portions, to a receiver system along one or more communication paths, and in which the signal generator generates the at least two electromagnetic modes from a single laser source (11, 31), and wherein the transmitter system is a multi-mode signal generator for continuous variable quantum key distribution.
A method for wireless communication, comprising: receiving, by a user equipment, UE, a grant indicating allocated uplink resources of an uplink shared channel for an uplink transmission, the allocated uplink resources including resources allocated for transmission of uplink control information, UCI, and lacking resources allocated for transmission of other uplink shared channel information; identifying, based at least in part on one or more of a modulation order or code rate for the UCI indicated in the grant, a number of bits per resource element,BPRE, for the UCl; and determining, based at least in part on the BPRE, an uplink power for transmission of the UCI. receiving, by a user equipment, UE, a grant indicating allocated uplink resources of an uplink shared channel for an uplink transmission, the allocated uplink resources including resources allocated for transmission of uplink control information, UCI, and lacking resources allocated for transmission of other uplink shared channel information; identifying, based at least in part on one or more of a modulation order or code rate for the UCI indicated in the grant, a number of bits per resource element,BPRE, for the UCl; and determining, based at least in part on the BPRE, an uplink power for transmission of the UCI.
A method for controlling the execution of an application in a system comprising several host processors and a contactless data sending/receiving interface (CLINT) of NFC type, driven by a controller (NFCC), the host processors, the controller and the sending/receiving interface being interconnected, characterized in that several data paths are defined in the system, each data path comprising a source point (P1, P3) and a destination point (P1, P2, P3, Pc), each of the source and destination points being located in one of the host processors or in the sending/receiving interface, the control of the execution of an application being based on a control of one of the data paths in which data of the application is transmitted, the method comprising steps of: - receiving by the controller a request to use one of the data paths, sent by the source point of the data path and designating the destination point of the data path, - if the data path is in a non-open state, requesting authorisation to open the data path from an application control function executed by a first of the host processors, and - opening the data path if the application control function authorises the opening of the data path, to enable the application to be executed. - receiving by the controller a request to use one of the data paths, sent by the source point of the data path and designating the destination point of the data path, - if the data path is in a non-open state, requesting authorisation to open the data path from an application control function executed by a first of the host processors, and - opening the data path if the application control function authorises the opening of the data path, to enable the application to be executed.
A delivery system for a percutaneous absorption drug preparation comprising: (a) a solvent-impermeable first sheet; (b) a solvent-impermeable second sheet, the second sheet being partitioned by an annular cutting part into a central inner region, the annular cutting part being either a half cut formed in an upper surface or a lower surface of the second sheet or a full cut extending between the upper and lower surfaces of the second sheet, and an outer region surrounding the inner region, the second sheet being bonded and sealed to an upper surface of the first sheet by heat sealing to form a non-sealing region and a sealing region surrounding the non-sealing region such that a non-sealing space is formed between the first sheet and the second sheet, the cutting part annularly extending along an outer circumferential edge of the non-sealing region; (c) a percutaneous absorption drug preparation carrying member disposed in the non-sealing space between the first sheet and the second sheet in the non-sealing region and fixed to the inner region of the second sheet inside the cutting part; and (d) an adhesive third sheet affixed in a peelable manner to the upper surface of the second sheet. (a) a solvent-impermeable first sheet; (b) a solvent-impermeable second sheet, the second sheet being partitioned by an annular cutting part into a central inner region, the annular cutting part being either a half cut formed in an upper surface or a lower surface of the second sheet or a full cut extending between the upper and lower surfaces of the second sheet, and an outer region surrounding the inner region, the second sheet being bonded and sealed to an upper surface of the first sheet by heat sealing to form a non-sealing region and a sealing region surrounding the non-sealing region such that a non-sealing space is formed between the first sheet and the second sheet, the cutting part annularly extending along an outer circumferential edge of the non-sealing region; (c) a percutaneous absorption drug preparation carrying member disposed in the non-sealing space between the first sheet and the second sheet in the non-sealing region and fixed to the inner region of the second sheet inside the cutting part; and (d) an adhesive third sheet affixed in a peelable manner to the upper surface of the second sheet.