mhurhangee/patent-ind-claim-en huggingface dataset:
A medical lead interconnect system configured to selectively electrically couple a linear array of contact rings of an implantable medical lead to an electrical outlet coupling , the medical lead interconnect system comprising: a housing including the electrical outlet coupling ; a pair of plates (110A/B) positioned within the housing , each plate having a plurality of connector pins (140A-H) and a locking mechanism ; a biasing member configured to bias the pair of plates towards one another; and a cam configured to rotate between an open position in which the pair of plates (110A/B) positioned in proximity to one another, and a closed position in which the pair of plates (110A/B) are shifted apart from one another against the bias of the biasing member , wherein each of the plurality of connector pins (140A-H) are configured to contact a corresponding contact ring of the linear array of contact rings (202A-H) of the implantable medical lead to selectively create an electrical bridge between the contact ring and a respective contact in the electrical outlet coupling when the cam is rotated to the closed position. a housing including the electrical outlet coupling ; a pair of plates (110A/B) positioned within the housing , each plate having a plurality of connector pins (140A-H) and a locking mechanism ; a biasing member configured to bias the pair of plates towards one another; and a cam configured to rotate between an open position in which the pair of plates (110A/B) positioned in proximity to one another, and a closed position in which the pair of plates (110A/B) are shifted apart from one another against the bias of the biasing member , wherein each of the plurality of connector pins (140A-H) are configured to contact a corresponding contact ring of the linear array of contact rings (202A-H) of the implantable medical lead to selectively create an electrical bridge between the contact ring and a respective contact in the electrical outlet coupling when the cam is rotated to the closed position.
A downlink transmission method, comprising: sending , by a network side device, a signaling indication to a terminal device UE, wherein the signaling indication carries allocation information, and the allocation information is used to indicate a plurality of downlink transmission resources used to transmit data blocks, wherein the allocation information comprises a time-frequency interval between the plurality of downlink transmission resources, a quantity of resource blocks corresponding to the plurality of downlink transmission resources, and a time-frequency location of a reference resource block in the resource blocks or the allocation information comprises the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different. sending , by a network side device, a signaling indication to a terminal device UE, wherein the signaling indication carries allocation information, and the allocation information is used to indicate a plurality of downlink transmission resources used to transmit data blocks, wherein the allocation information comprises a time-frequency interval between the plurality of downlink transmission resources, a quantity of resource blocks corresponding to the plurality of downlink transmission resources, and a time-frequency location of a reference resource block in the resource blocks or the allocation information comprises the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different. the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different.
A metal-based ternary complex of valproic acid with nitrogen donor ligands, in particular with diimines or diamines, wherein the metal in the complex is selected from the group consisting of Mg(II) and Zn(II) for its use in the treatment of a condition responsive to valproic acid therapy selected from cancer and inflammatory diseases.
A method for mobile network geo location, comprising: determining that a mobile device undergoes multiple cell transitions; determining, for each cell transition of the multiple cell transitions, at least one candidate location of the mobile device based on mobile communications data associated with at least two cells; obtaining geographic map data indicating at least one travel path; determining at least one candidate route associated with the mobile device along the at least one travel path, the at least one candidate route being associated with at least one candidate location for each cell transition connected by the at least one travel path; the method being characterized by selecting a candidate route from among the at least one candidate route based on: utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route. determining that a mobile device undergoes multiple cell transitions; determining, for each cell transition of the multiple cell transitions, at least one candidate location of the mobile device based on mobile communications data associated with at least two cells; obtaining geographic map data indicating at least one travel path; determining at least one candidate route associated with the mobile device along the at least one travel path, the at least one candidate route being associated with at least one candidate location for each cell transition connected by the at least one travel path; the method being characterized by selecting a candidate route from among the at least one candidate route based on: utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route. utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route.
Frame assembly for inserting a free-standing domestic appliance into a recess of a furniture setting that is arranged or arrangeable on a wall , comprising at least one connection module for connecting the free-standing domestic appliance to a domestic installation, wherein the connection module is designed to connect at least one connection means of the free-standing domestic appliance to the connection module and to connect the connection module to the domestic installation.
A disc brake caliper , comprising; an outer body , provided to be opposed to an outer side surface of a rotor configured to be rotated with a vehicle wheel, and including an outer cylinder which is opened towards the outer side surface; an inner body , provided to be opposed to an inner side surface of the rotor, and including an inner cylinder which is opened towards the inner side surface; and joining parts , provided outside of the rotor in a radial direction of the rotor, and connecting the inner body and the outer body with each other at both end portions in a circumferential direction of the rotor so as to form an opening part which is penetrated in the radial direction between the joints parts , wherein an inward end edge of both end edges in the circumferential direction of at least one of the joining parts , which defines an end part of the opening part in the circumferential direction, is inclined relative to an axial direction of the rotor towards a central part in the circumferential direction of the outer body from the inner body side to the outer body side, so that a length of the opening part in the circumferential direction is shortened from the inner body side to the outer body side, characterised in that the inward end edge which defines the end part of the opening part in the circumferential direction is inclined 10 to 30 degrees.
A display device , comprising: a display panel ; a sealing member provided in the periphery of the display panel ; a frame that holds the display panel; a light guide plate that has rigidity and includes an edge surface attached to the frame ; a reflection sheet adapted to prevent the light entering from a light source from leaking through the light guide plate to an opposite side; and a heatsink disposed on a rear surface of the reflection sheet , wherein the sealing member is attached to the frame with an adhesive layer which is made of a closed-cell foam. a display panel ; a sealing member provided in the periphery of the display panel ; a frame that holds the display panel; a light guide plate that has rigidity and includes an edge surface attached to the frame ; a reflection sheet adapted to prevent the light entering from a light source from leaking through the light guide plate to an opposite side; and a heatsink disposed on a rear surface of the reflection sheet , wherein the sealing member is attached to the frame with an adhesive layer which is made of a closed-cell foam.
A guide wire (200; 300), comprising: a core shaft ; and a coil body (230; 330) comprising a plurality of turns wound around a distal portion of the core shaft , wherein the coil body is formed by winding at least one winding element into a helical coil structure, wherein the coil body (230; 330) includes a straight section (232; 332) in a straight state from a proximal end of the coil body (230; 330) toward a distal direction and a curved section (234; 334) arranged at a distal side of the straight section (232; 332), and wherein adjacent turns of the coil body (230; 330) are in contact with each other on an outer side of the curved section (234; 334) characterized in that each of the at least one winding element is obtained by stranding a plurality of wires , and the coil body (230; 330) is formed by winding a plurality of winding elements (242; 342) into a helical coil structure. a core shaft ; and a coil body (230; 330) comprising a plurality of turns wound around a distal portion of the core shaft , wherein the coil body is formed by winding at least one winding element into a helical coil structure, wherein the coil body (230; 330) includes a straight section (232; 332) in a straight state from a proximal end of the coil body (230; 330) toward a distal direction and a curved section (234; 334) arranged at a distal side of the straight section (232; 332), and wherein adjacent turns of the coil body (230; 330) are in contact with each other on an outer side of the curved section (234; 334) characterized in that each of the at least one winding element is obtained by stranding a plurality of wires , and the coil body (230; 330) is formed by winding a plurality of winding elements (242; 342) into a helical coil structure.
A process for producing a copper plate with a roughened surface, in which protrusions of a fine bump shape are formed on a surface of a copper plate to roughen the surface of the copper plate, wherein the protrusions of a fine bump shape are formed by: arranging one pair of electrodes of the same polarity in opposition to each other in an electroplating solution for plating copper; arranging the copper plate between the electrodes; performing at least one cycle of an anodic treatment and a cathodic treatment, one cycle being made up of an anodic treatment in which fine particles of copper are generated on both surfaces of the copper plate, by performing an electrolytic process with the copper plate as a positive electrode and the electrodes as negative electrodes, and a cathodic treatment carried out after the anodic treatment, in which the fine particles of copper are fixed onto the surfaces of the copper plate by performing an electroplating of copper with the copper plate as a negative electrode and the electrodes as positive electrodes, without moving the copper plate with respect to the electrodes. arranging one pair of electrodes of the same polarity in opposition to each other in an electroplating solution for plating copper; arranging the copper plate between the electrodes; performing at least one cycle of an anodic treatment and a cathodic treatment, one cycle being made up of an anodic treatment in which fine particles of copper are generated on both surfaces of the copper plate, by performing an electrolytic process with the copper plate as a positive electrode and the electrodes as negative electrodes, and a cathodic treatment carried out after the anodic treatment, in which the fine particles of copper are fixed onto the surfaces of the copper plate by performing an electroplating of copper with the copper plate as a negative electrode and the electrodes as positive electrodes, without moving the copper plate with respect to the electrodes.
Method for producing precast concrete parts with the aid of a casting mould , characterised in that a basic shape defined by boundary elements is filled up to a mould cavity height (h), which is lower than the height of the precast concrete part, with a liquified casting compound , whereupon the mould cavity is modelled from the hardened casting compound before the basic shape with the mould cavity disposed therein is filled with concrete , and after hardening of the concrete the mould cavity is brought to the melting temperature of the casting compound and melted, wherein the boundary elements are formed from a casting compound and are likewise melted after hardening of the concrete .
Tachograph system for a motor vehicle , having a pulse generator , wherein the pulse generator is configured to determine a rotation of a transmission element of the motor vehicle by detecting a magnetic field influenced by the rotating transmission element , wherein - the tachograph system has a sensor device which is configured to detect a reference magnetic field of the pulse generator in a multidimensional manner in a calibration process taking place during installation or maintenance of the sensor device in the motor vehicle , wherein the reference magnetic field is a magnetic field which is generated by the pulse generator , is influenced by an environment of the pulse generator in a transmission during the calibration process and is individually attached to the transmission element , - the tachograph system has a control device which is configured to generate an installation characterization , which is dependent on an installation arrangement and describes the detected reference magnetic field, and to store it in a storage device of the tachograph system , wherein the installation characterization contains parameters which comprise a correlation of field strengths of the reference magnetic field in the multidimensional spatial directions, - the sensor device is configured to detect an operating magnetic field of the pulse generator in a multidimensional manner, and - the control device is configured to read the installation characterization from the storage device and to check the detected operating magnetic field for compatibility with the installation characterization according to a predetermined plausibility checking method. - the tachograph system has a sensor device which is configured to detect a reference magnetic field of the pulse generator in a multidimensional manner in a calibration process taking place during installation or maintenance of the sensor device in the motor vehicle , wherein the reference magnetic field is a magnetic field which is generated by the pulse generator , is influenced by an environment of the pulse generator in a transmission during the calibration process and is individually attached to the transmission element , - the tachograph system has a control device which is configured to generate an installation characterization , which is dependent on an installation arrangement and describes the detected reference magnetic field, and to store it in a storage device of the tachograph system , wherein the installation characterization contains parameters which comprise a correlation of field strengths of the reference magnetic field in the multidimensional spatial directions, - the sensor device is configured to detect an operating magnetic field of the pulse generator in a multidimensional manner, and - the control device is configured to read the installation characterization from the storage device and to check the detected operating magnetic field for compatibility with the installation characterization according to a predetermined plausibility checking method.
A radiotherapy breast board suitable for being placed on, or attached to, a table top, frame, or blade of a radiotherapy or imaging table or couch, for supporting a patient in need of breast tumor radiotherapy in prone position, comprising: - a longitudinal body supporting member, configured for supporting the non-treated side of the patient's body, including the contralateral breast; - a head support, configured to support the head of the patient; - a longitudinal first arm supporting member, configured for supporting the ipsilateral arm of said patient at the side of treatment of the patient, when said ipsilateral arm is held backwards, alongside the body; and - optionally a second arm supporting member attached to the longitudinal body supporting member or head support, configured to support the arm of the patient at the non-treated side; - wherein said longitudinal first arm supporting member is positioned parallel to the longitudinal body supporting member extending in the caudal-cranial direction of said radiotherapy breast board, wherein said longitudinal first arm supporting member is connected to the caudal part of the radiotherapy breast board and not connected to said head support, and wherein the longitudinal body supporting member and the longitudinal first arm supporting member are mutually arranged to provide an air gap for protrusion of the breast and the regional lymph nodes undergoing treatment therethrough, while said patient lies in prone position on said breast board. - a longitudinal body supporting member, configured for supporting the non-treated side of the patient's body, including the contralateral breast; - a head support, configured to support the head of the patient; - a longitudinal first arm supporting member, configured for supporting the ipsilateral arm of said patient at the side of treatment of the patient, when said ipsilateral arm is held backwards, alongside the body; and - optionally a second arm supporting member attached to the longitudinal body supporting member or head support, configured to support the arm of the patient at the non-treated side; - wherein said longitudinal first arm supporting member is positioned parallel to the longitudinal body supporting member extending in the caudal-cranial direction of said radiotherapy breast board, wherein said longitudinal first arm supporting member is connected to the caudal part of the radiotherapy breast board and not connected to said head support, and wherein the longitudinal body supporting member and the longitudinal first arm supporting member are mutually arranged to provide an air gap for protrusion of the breast and the regional lymph nodes undergoing treatment therethrough, while said patient lies in prone position on said breast board.
Method for producing a chiral amine, said method comprising the steps of: - performing a transamination reaction of a prochiral amino acceptor and an amino donor in a first solution in the presence of a transaminase, thereby forming a chiral amine and a co-product in said first solution , characterized in that said amino donor is a high molecular weight (HMW) amino donor, the molecular weight of the high molecular weight amino donor being at least 200 g/mol; or said amino donor is affixed on a support, the total molecular weight of the amino donor and the support being at least 200 g/mol, and - separating the chiral amine from the first solution by means of a porous membrane . - performing a transamination reaction of a prochiral amino acceptor and an amino donor in a first solution in the presence of a transaminase, thereby forming a chiral amine and a co-product in said first solution , characterized in that said amino donor is a high molecular weight (HMW) amino donor, the molecular weight of the high molecular weight amino donor being at least 200 g/mol; or said amino donor is affixed on a support, the total molecular weight of the amino donor and the support being at least 200 g/mol, and - separating the chiral amine from the first solution by means of a porous membrane .
A communication system comprising: an audible selection interface communicatively coupled to a processor and configured to selectively present a series of communication options to a user , at least one relative eye orientation sensor configured for (i) detecting an eye image or light reflected from the eye , (ii) sensing relative orientation of the pupil of the eye with respect to the head or the eye socket of the user , and (iii) providing a correlative signal; and the processor , communicatively coupled with said at least one relative eye orientation sensor and with said audible selection interface, said processor is configured to (i) receive and process said correlative signal to determine an eye gesture, (ii) determine a user selected communication option based on the determined eye gesture; and (iii) provide instructions to implement said user selected communication option; wherein said audible interface comprises an audio unit configured to present the user said communication options in an audible format, each of said communication options is presented with association to a different eye gesture for selecting it. an audible selection interface communicatively coupled to a processor and configured to selectively present a series of communication options to a user , at least one relative eye orientation sensor configured for (i) detecting an eye image or light reflected from the eye , (ii) sensing relative orientation of the pupil of the eye with respect to the head or the eye socket of the user , and (iii) providing a correlative signal; and the processor , communicatively coupled with said at least one relative eye orientation sensor and with said audible selection interface, said processor is configured to (i) receive and process said correlative signal to determine an eye gesture, (ii) determine a user selected communication option based on the determined eye gesture; and (iii) provide instructions to implement said user selected communication option; wherein said audible interface comprises an audio unit configured to present the user said communication options in an audible format, each of said communication options is presented with association to a different eye gesture for selecting it.