mhurhangee/patent-ind-claim-en huggingface dataset:
A continuous flow centrifuge system comprising: a control interface ; a control cabinet ; a lift assembly having a horizontal boom extending therefrom; a drive assembly ; and a centrifugation tank assembly , wherein said lift assembly is configured to lift and remove said drive assembly from said centrifugation tank assembly under the control of an operator via the control interface , characterized in that said control cabinet is under said horizontal boom of said lift assembly and shaped and configured so that said control cabinet occupies substantially the same foot print as said lift assembly . a control interface ; a control cabinet ; a lift assembly having a horizontal boom extending therefrom; a drive assembly ; and a centrifugation tank assembly , wherein said lift assembly is configured to lift and remove said drive assembly from said centrifugation tank assembly under the control of an operator via the control interface , characterized in that said control cabinet is under said horizontal boom of said lift assembly and shaped and configured so that said control cabinet occupies substantially the same foot print as said lift assembly .
A system adapted to deliver diagnostic or therapeutic procedures to a target tissue comprising: a medical insertion device for performing said therapeutic procedure/s and having a tip and tip axis, said tip having a circumference and being adapted for being put in contact with tissue region; said tip of said medical insertion device comprising a self-directing acoustic transducer assembly, the self-directing acoustic transducer assembly comprising, a circumferential or circular switch array comprising plurality of switches, each switch comprising a first and second mechanical electrical contact adapted to come into electrical communication by closing a gap (142; 342; 142b; 142a), either said gap being filled adjacent and laterally between said contacts with an elastomer of predetermined stiffness and thickness or one or both of said contacts being provided with some elastic foundation or elastic mounting, a plurality of directional acoustic transducer elements circumferentially distributed around the switch array for providing a 360 degree field of view and; wherein the circumferential or circular switch array is in communication with the plurality of directional acoustic transducer elements and configured to activate a number of the plurality of directional acoustic transducer elements in response to a load on the medical insertion device, the said number of directional acoustic transducer elements activated being aimed towards the tissue causing the load and corresponding to the load on the medical insertion device. a medical insertion device for performing said therapeutic procedure/s and having a tip and tip axis, said tip having a circumference and being adapted for being put in contact with tissue region; said tip of said medical insertion device comprising a self-directing acoustic transducer assembly, the self-directing acoustic transducer assembly comprising, a circumferential or circular switch array comprising plurality of switches, each switch comprising a first and second mechanical electrical contact adapted to come into electrical communication by closing a gap (142; 342; 142b; 142a), either said gap being filled adjacent and laterally between said contacts with an elastomer of predetermined stiffness and thickness or one or both of said contacts being provided with some elastic foundation or elastic mounting, a plurality of directional acoustic transducer elements circumferentially distributed around the switch array for providing a 360 degree field of view and; wherein the circumferential or circular switch array is in communication with the plurality of directional acoustic transducer elements and configured to activate a number of the plurality of directional acoustic transducer elements in response to a load on the medical insertion device, the said number of directional acoustic transducer elements activated being aimed towards the tissue causing the load and corresponding to the load on the medical insertion device.
Process for producing a support element made of elastomer material and coated with a coating comprising the steps of - provision of an injection press apparatus comprising a plurality of mold parts movable relative to one another which in the closed position together encompass a cavity corresponding to the shape of the support element to be produced, wherein the mold parts comprise an inner surface which faces the cavity and is provided with a surface structure , - insertion into the cavity of a mold core which corresponds to the shape of the support element to be produced minus the coating with the result that a gap remains between the mold parts and the mold core which corresponds to the shape of the coating of the support element to be produced, - introduction of a first mixture into the gap so that the first mixture fills the gap and thus forms a shell having the shape of the coating , wherein the first mixture also fills the surface structure , wherein the surface structure comprises a plurality of recesses which are filled by the first mixture so that the shell comprises a plurality of projections protruding into the recesses , wherein either the recesses are in the form of bores and the projections are in the form of pins which frictionally engage with the bores or wherein the recesses and projections are provided with undercuts which interlock with one another, - part-vulcanization of the shell , - removal of the mold core , - injection of a second mixture into the cavity so that this forms a support body contacting the inside of the shell , - full-vulcanization of the support body together with the shell so that these are joined to one another and the shell forms the coating of the support body . - provision of an injection press apparatus comprising a plurality of mold parts movable relative to one another which in the closed position together encompass a cavity corresponding to the shape of the support element to be produced, wherein the mold parts comprise an inner surface which faces the cavity and is provided with a surface structure , - insertion into the cavity of a mold core which corresponds to the shape of the support element to be produced minus the coating with the result that a gap remains between the mold parts and the mold core which corresponds to the shape of the coating of the support element to be produced, - introduction of a first mixture into the gap so that the first mixture fills the gap and thus forms a shell having the shape of the coating , wherein the first mixture also fills the surface structure , wherein the surface structure comprises a plurality of recesses which are filled by the first mixture so that the shell comprises a plurality of projections protruding into the recesses , - part-vulcanization of the shell , - removal of the mold core , - injection of a second mixture into the cavity so that this forms a support body contacting the inside of the shell , - full-vulcanization of the support body together with the shell so that these are joined to one another and the shell forms the coating of the support body .
An apparatus for a network node, comprising means for performing: - registering a record for a radio resource management application from an application vendor in a distributed ledger, wherein the record is cryptographically signed by the application vendor, comprises application data comprising program code, and defines a deployment method for deploying the application to one or more radio access network controllers , and - transmitting , in accordance with the deployment method defined in the record, the application data to a radio access network controller for applying the application for radio resource management. - registering a record for a radio resource management application from an application vendor in a distributed ledger, wherein the record is cryptographically signed by the application vendor, comprises application data comprising program code, and defines a deployment method for deploying the application to one or more radio access network controllers , and - transmitting , in accordance with the deployment method defined in the record, the application data to a radio access network controller for applying the application for radio resource management.
A composition comprising: a primary cubic phase lithium-stuffed garnet characterized by the chemical formula Li A La B Al c M" D Zr E O F , wherein 5<A<8, 1.5<B<4, 0.1<C<2, 0≤D<2; 1<E<3, 10<F<13, and M" is selected from the group consisting of Mo, W, Nb, Y, Ta, Ga, Sb, Ca, Ba, Sr, Ce, Hf, and Rb; a secondary phase inclusion in the primary cubic phase lithium-stuffed garnet; wherein: the primary cubic phase lithium-stuffed garnet is present at about 70-99.9 vol % with respect to the volume of the composition; and the secondary phase inclusion is present at about 30-0.1 vol% with respect to the volume of the composition; wherein the secondary phase inclusion is selected from LiAlO 2 , LaAlO 3 , Li 2 ZrO 3 , and combinations thereof. a primary cubic phase lithium-stuffed garnet characterized by the chemical formula Li A La B Al c M" D Zr E O F , wherein 5<A<8, 1.5<B<4, 0.1<C<2, 0≤D<2; 1<E<3, 10<F<13, and M" is selected from the group consisting of Mo, W, Nb, Y, Ta, Ga, Sb, Ca, Ba, Sr, Ce, Hf, and Rb; a secondary phase inclusion in the primary cubic phase lithium-stuffed garnet; the primary cubic phase lithium-stuffed garnet is present at about 70-99.9 vol % with respect to the volume of the composition; and the secondary phase inclusion is present at about 30-0.1 vol% with respect to the volume of the composition; wherein the secondary phase inclusion is selected from LiAlO 2 , LaAlO 3 , Li 2 ZrO 3 , and combinations thereof.
An uplink data transmission method, wherein the method comprises: determining, by a terminal device, a data encoding scheme and a data modulation scheme for transmission of uplink data carried on a data time-frequency resource; performing (S410), by the terminal device, encoding and modulation processing on control information according to a control encoding scheme and a control modulation scheme that are used by the terminal device, to obtain a control symbol, wherein the control information is used to indicate the data encoding scheme used by the terminal device; and sending (S420) the control symbol to a network device by using a control time-frequency resource, and sending a data symbol to the network device by using the data time-frequency resource, wherein the control time-frequency resource and the data time-frequency resource belong to a transmission resource that is used for uplink transmission, the control time-frequency resource and the data time-frequency resource are different, and the data symbol is generated after the terminal device performs encoding processing on uplink data according to the data encoding scheme used by the terminal device. determining, by a terminal device, a data encoding scheme and a data modulation scheme for transmission of uplink data carried on a data time-frequency resource; performing (S410), by the terminal device, encoding and modulation processing on control information according to a control encoding scheme and a control modulation scheme that are used by the terminal device, to obtain a control symbol, wherein the control information is used to indicate the data encoding scheme used by the terminal device; and sending (S420) the control symbol to a network device by using a control time-frequency resource, and sending a data symbol to the network device by using the data time-frequency resource, wherein the control time-frequency resource and the data time-frequency resource belong to a transmission resource that is used for uplink transmission, the control time-frequency resource and the data time-frequency resource are different, and the data symbol is generated after the terminal device performs encoding processing on uplink data according to the data encoding scheme used by the terminal device.
A loading platform dropside extending in a lengthwise direction and comprising an elongated channel extending in said lengthwise direction, said platform dropside being configured to form part of a loading platform sidewall , and when in use having a closed state in which the loading platform dropside delimits a loading platform and an open state in which the platform dropside is freely hanging in a vertical direction perpendicular to said lengthwise direction, said loading platform dropside comprising a footstep arrangement including: a footstep receiving member rotationally fixedly arranged in said elongated channel , said footstep receiving member extending along a longitudinal axis; an elongated footstep member arranged to be received coaxially within said footstep receiving member, and to be slidable along said longitudinal axis; wherein said elongated footstep member has: a first, retracted position, in which the elongated footstep member is substantially inserted into the footstep receiving member, and a second, extracted position, in which a part of the elongated footstep member extends outside the footstep receiving member, thereby forming a footstep coaxial with the footstep receiving member, wherein, in the extracted position, a sufficient portion of the elongated footstep member remains in the footstep receiving member, such that the elongated footstep is capable of supporting a person's weight without rotating with respect to the footstep receiving member. a footstep receiving member rotationally fixedly arranged in said elongated channel , said footstep receiving member extending along a longitudinal axis; an elongated footstep member arranged to be received coaxially within said footstep receiving member, and to be slidable along said longitudinal axis; wherein said elongated footstep member has: a first, retracted position, in which the elongated footstep member is substantially inserted into the footstep receiving member, and a second, extracted position, in which a part of the elongated footstep member extends outside the footstep receiving member, thereby forming a footstep coaxial with the footstep receiving member, wherein, in the extracted position, a sufficient portion of the elongated footstep member remains in the footstep receiving member, such that the elongated footstep is capable of supporting a person's weight without rotating with respect to the footstep receiving member. a first, retracted position, in which the elongated footstep member is substantially inserted into the footstep receiving member, and a second, extracted position, in which a part of the elongated footstep member extends outside the footstep receiving member, thereby forming a footstep coaxial with the footstep receiving member, wherein, in the extracted position, a sufficient portion of the elongated footstep member remains in the footstep receiving member, such that the elongated footstep is capable of supporting a person's weight without rotating with respect to the footstep receiving member.
A three-dimensional data encoding method for encoding point cloud data including a plurality of three-dimensional points, characterized by: encoding (S4931) a plurality of divided data items to generate a plurality of encoded data items each corresponding to a respective one of the plurality of divided data items, each of a plurality of subspaces including one or more of the plurality of divided data items, the plurality of subspaces being obtained by dividing a current space including the plurality of three-dimensional points, the plurality of divided data items each including one or more three-dimensional points among the plurality of three-dimensional points, and each of the plurality of divided data items including geometry information and attribute information of each of the one or more three-dimensional points; and generating (S4932) a bitstream, the bitstream including the plurality of encoded data items and a plurality of control information items each corresponding to a respective one of the plurality of encoded data items, wherein each of the plurality of control information items includes a first identifier and a second identifier, the first identifier indicating a subspace corresponding to an encoded data item corresponding to the control information item among the plurality of subspaces, the second identifier indicating a divided data item corresponding to the encoded data item corresponding to the control information item among the plurality of divided data items. encoding (S4931) a plurality of divided data items to generate a plurality of encoded data items each corresponding to a respective one of the plurality of divided data items, each of a plurality of subspaces including one or more of the plurality of divided data items, the plurality of subspaces being obtained by dividing a current space including the plurality of three-dimensional points, the plurality of divided data items each including one or more three-dimensional points among the plurality of three-dimensional points, and each of the plurality of divided data items including geometry information and attribute information of each of the one or more three-dimensional points; and generating (S4932) a bitstream, the bitstream including the plurality of encoded data items and a plurality of control information items each corresponding to a respective one of the plurality of encoded data items, wherein each of the plurality of control information items includes a first identifier and a second identifier, the first identifier indicating a subspace corresponding to an encoded data item corresponding to the control information item among the plurality of subspaces, the second identifier indicating a divided data item corresponding to the encoded data item corresponding to the control information item among the plurality of divided data items.
An orthodontic appliance system, the system comprising: a first orthodontic intraoral appliance shaped to receive the patient's teeth; a sensor receiver disposed on or in the first intraoral appliance and a sensor emitter disposed on or in another portion of the first intraoral appliance, wherein the sensor receiver is configured to detect a signal from the sensor emitter; and at least one processor configured to receive sensor data from the sensor receiver and to determine a relative position, orientation or position and orientation between the sensor receiver and the sensor emitter. a first orthodontic intraoral appliance shaped to receive the patient's teeth; a sensor receiver disposed on or in the first intraoral appliance and a sensor emitter disposed on or in another portion of the first intraoral appliance, wherein the sensor receiver is configured to detect a signal from the sensor emitter; and at least one processor configured to receive sensor data from the sensor receiver and to determine a relative position, orientation or position and orientation between the sensor receiver and the sensor emitter.
Electrical connector for transmitting electrical current, comprising a connecting element of electrically conductive material designed for mechanical and electrical connection to an electrical conductor , in particular a cable, the connecting element having a receiving hole extending longitudinally along a longitudinal axis (L) of the connector for the insertion of the electrical conductor , the receiving hole having a plurality of grooves extending circumferentially about an interior wall of the receiving hole and in communication with the receiving hole , and a plurality of contact elements , each contact element being housed at least partially in one of the plurality of grooves and the plurality of contact elements being designed to make electrical contact with the electrical conductor inserted in the connecting element and to produce contact-making pressure between the connecting element and the electrical conductor to allow the transmission of electrical current from the electrical conductor to the connecting element , characterized in that the connecting element comprises a control segment extending longitudinally between two consecutive grooves of the plurality of grooves and side segments arranged adjacent to the control segment on each side of the control segment , as viewed in the longitudinal direction, wherein the electrical resistance of the control segment is different from the electrical resistance of the side segments .
Laundry treatment appliance with at least one bearing shield , a laundry drum and at least one spray unit arranged on the bearing shield for spraying a spray mist into the laundry drum, wherein the spray unit has a holding unit which can connect to a bearing shield and a nozzle unit which is connected to the holding unit such that it can be detached in a non-destructive manner, wherein the nozzle unit has a nozzle section arranged facing towards the laundry drum with at least one nozzle opening , on the outer peripheral surface of which an agitator contour is embodied, wherein the nozzle unit is connected to the holding unit with a positive or non-positive fit such that it can be detached in a non-destructive manner, characterised in that at least one latching means for establishing a latching connection between the holding unit and the bearing shield is embodied on the holding unit .