mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, characterized by comprising: when a terminal device accesses a target network device, maintaining, by the terminal device, a data radio bearer, DRB, connection with a source network device, and suspending a signaling radio bearer, SRB, connection with the source network device; after the terminal device fails to switch to the target network device, sending, by the terminal device, indication information to the source network device, wherein the indication information is used to indicate that the terminal device fails to switch to the target network device; determining, by the terminal device, that the SRB connection between the terminal device and the source network device is resumed; and falling back, by the terminal device, to the source network device to continue using the DRB connection and the SRB connection with the source network device for communication. when a terminal device accesses a target network device, maintaining, by the terminal device, a data radio bearer, DRB, connection with a source network device, and suspending a signaling radio bearer, SRB, connection with the source network device; after the terminal device fails to switch to the target network device, sending, by the terminal device, indication information to the source network device, wherein the indication information is used to indicate that the terminal device fails to switch to the target network device; determining, by the terminal device, that the SRB connection between the terminal device and the source network device is resumed; and falling back, by the terminal device, to the source network device to continue using the DRB connection and the SRB connection with the source network device for communication.
A method for controlling the movement of an articulated hose mount, which carries the suction hose of a suction dredge, wherein the articulated hose mount has at least n > 2 members and wherein a change in angle can be induced between neighboring members with the help of a respective drive, wherein the following steps are carried out: a) Determining the starting position of the n members with the help of sensors; b) Input of a direction vector and a velocity parameter; c) Determining a target position, which should be assumed by a suction crown on the free end of the last member; d) Determining n angle changes which must be carried out on the n members in order to reach the target position while maintaining the following conditions: d.i. the suction crown moves into the target position along a straight path of movement; and d.ii. the sum of all angle changes on the n members is minimal; e) Controlling the drives associated with the n members in order to perform the predetermined angle change on the n members; f) Cyclically repeating the aforementioned method steps until the direction vector and/or the velocity parameter are zero. a) Determining the starting position of the n members with the help of sensors; b) Input of a direction vector and a velocity parameter; c) Determining a target position, which should be assumed by a suction crown on the free end of the last member; d) Determining n angle changes which must be carried out on the n members in order to reach the target position while maintaining the following conditions: d.i. the suction crown moves into the target position along a straight path of movement; and d.ii. the sum of all angle changes on the n members is minimal; d.i. the suction crown moves into the target position along a straight path of movement; and d.ii. the sum of all angle changes on the n members is minimal; e) Controlling the drives associated with the n members in order to perform the predetermined angle change on the n members; f) Cyclically repeating the aforementioned method steps until the direction vector and/or the velocity parameter are zero.
A bacteriophage dispensing apparatus comprising: a computing apparatus (223, 300) comprising one or more processors; a memory; a communications interface, a display and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs are configured to receive information regarding a patient and a bacteriophage mixture treatment for the patient; a storage portion with a temperature controlled storage box or container comprising a plurality of vials (43, 214) containing at least one bacteriophage; a dispensing portion; and one or more robotic systems controlled by the computing apparatus (223, 300) and configured to remove one or more vials (43, 214) from the storage portion to the dispensing portion to dispense one or more doses of the pharmaceutically acceptable bacteriophage mixture treatment. a computing apparatus (223, 300) comprising one or more processors; a memory; a communications interface, a display and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs are configured to receive information regarding a patient and a bacteriophage mixture treatment for the patient; a storage portion with a temperature controlled storage box or container comprising a plurality of vials (43, 214) containing at least one bacteriophage; a dispensing portion; and one or more robotic systems controlled by the computing apparatus (223, 300) and configured to remove one or more vials (43, 214) from the storage portion to the dispensing portion to dispense one or more doses of the pharmaceutically acceptable bacteriophage mixture treatment.
A linkage rod (601, 602) including a limited-displacement flexible mechanism, wherein the limited-displacement flexible mechanism comprises at least one limited-displacement flexible joint (611, 612, 614, 615) which comprises: a flexible member shaped like a plate; and at least one bend limitation section (640L1; 640L2) which is arranged in parallel with the flexible member so that the bend limitation section (640L1; 640L2) limits a bend of the flexible member, the bend limitation section (640L1; 640L2) comprising a first part and a second part which are engaged with each other such that the first part is rotatable with respect to the second part within a limited range of angle in a direction of bending the flexible member, characterized in that, the first part has a protrusion (L13; L23) provided with a pair of stoppers (L11, L12; L21, L22) protruding outside from the first part, wherein the second part has a recess (L14; L24) which is rotatably engaged with the protrusion (L13; L23) of the first part, wherein rotation of the first part is limited by one of the stoppers making contact with one top edge of the recess (L14; L24) depending on a bend of the flexible member. a flexible member shaped like a plate; and at least one bend limitation section (640L1; 640L2) which is arranged in parallel with the flexible member so that the bend limitation section (640L1; 640L2) limits a bend of the flexible member, the bend limitation section (640L1; 640L2) comprising a first part and a second part which are engaged with each other such that the first part is rotatable with respect to the second part within a limited range of angle in a direction of bending the flexible member, characterized in that, the first part has a protrusion (L13; L23) provided with a pair of stoppers (L11, L12; L21, L22) protruding outside from the first part, wherein the second part has a recess (L14; L24) which is rotatably engaged with the protrusion (L13; L23) of the first part, wherein rotation of the first part is limited by one of the stoppers making contact with one top edge of the recess (L14; L24) depending on a bend of the flexible member.
A vegetative roof system including a module, the module having: a. an interior volume for holding growth media in which plants can grow; b. a first sidewall extending upwardly from a module base, the first sidewall bounding a first side of the interior volume of the module; and c. a rooting channel formed in the first sidewall, wherein the module is configured such that the roots of plants growing in the interior volume can extend out of the interior volume through the rooting channel of the first sidewall; characterized in that the system includes: d. a pronged connector having: i. a cap with a first downwardly extending prong and a second downwardly extending prong radially spaced from each other, wherein the pronged connector is configured to secure the first module to a second module, wherein the first module is securable to the second module by having the first prong and the second prong of the pronged connector extend downwardly into the interior volumes of the first module and the second module, respectively: ii. a shaft extending upwardly from a connector base, wherein the cap is secured to the shaft above the connector base such that the prongs extend downwardly towards the connector base. a. an interior volume for holding growth media in which plants can grow; b. a first sidewall extending upwardly from a module base, the first sidewall bounding a first side of the interior volume of the module; and c. a rooting channel formed in the first sidewall, wherein the module is configured such that the roots of plants growing in the interior volume can extend out of the interior volume through the rooting channel of the first sidewall; characterized in that the system includes: d. a pronged connector having: i. a cap with a first downwardly extending prong and a second downwardly extending prong radially spaced from each other, wherein the pronged connector is configured to secure the first module to a second module, wherein the first module is securable to the second module by having the first prong and the second prong of the pronged connector extend downwardly into the interior volumes of the first module and the second module, respectively: ii. a shaft extending upwardly from a connector base, wherein the cap is secured to the shaft above the connector base such that the prongs extend downwardly towards the connector base. i. a cap with a first downwardly extending prong and a second downwardly extending prong radially spaced from each other, wherein the pronged connector is configured to secure the first module to a second module, wherein the first module is securable to the second module by having the first prong and the second prong of the pronged connector extend downwardly into the interior volumes of the first module and the second module, respectively: ii. a shaft extending upwardly from a connector base, wherein the cap is secured to the shaft above the connector base such that the prongs extend downwardly towards the connector base.
Circuit arrangement for the charging of vehicle batteries in a vehicle, with a first inverter connected downstream of the vehicle batteries, to which first windings (U1, V1, W1) of an electrical drive motor are connected, and which is able to be connected to an alternating current network for the charging mode of the vehicle batteries, wherein a second inverter connected downstream of the vehicle batteries is provided, to which second windings (U2, V2, W2) of the electrical drive motor are connected, characterised in that a star point formation of the first (U1, V1, W1) and second windings (U2, V2, W2) is provided by a switch in a first position, wherein in charging mode, the first (U1, V1, W1) and second windings (U2, V2, W2) are connected in series by the switch in a second position and when this is done the common star point of the first (U1, V1, W1) and second windings (U2, V2, W2) is disconnected and together the windings form an alternating current choke for damping harmonics.
A method for regulating a temperature of a magnetron, comprising: determining an anode current flowing through the magnetron and an output power of a variable-frequency power supply, the output power being configured to drive the magnetron to operate; calculating an anode voltage of the magnetron according to the anode current of the magnetron and the output power of the variable-frequency power supply; calculating an anode temperature of the magnetron according to the anode voltage of the magnetron; regulating the output power of the variable-frequency power supply according to the anode temperature of the magnetron. determining an anode current flowing through the magnetron and an output power of a variable-frequency power supply, the output power being configured to drive the magnetron to operate; calculating an anode voltage of the magnetron according to the anode current of the magnetron and the output power of the variable-frequency power supply; calculating an anode temperature of the magnetron according to the anode voltage of the magnetron; regulating the output power of the variable-frequency power supply according to the anode temperature of the magnetron.
Method for producing a highly flexible, absorbent laminate consisting of two outer layers (20, 44) wherebetween are incorporated two pre-tensioned elastic interplies (50, 53) and sections of superabsorbent granulate, said method comprising an outer length of material being folded over an elongate core to form a hose, this hose being reduced in size by tapering the cross section of the core and being wrapped with groups of substantially untensioned elastic threads or bands (50, 53) in a contrarotating manner in the form of a hose reinforcement, pressure-sensitive adhesive being applied to these groups of elastic elements and these by spreading over the core under tension being brought into contact with the hose of the first outer length of material, both together in the further course of the forward feed movement of the hose on the core being brought into a flat shape and by intermittent or continuous supply of individual tracks of superabsorbent being bonded to two lengths of a second outer length of material and being longitudinally cut open to form transversely elastic individual lengths, wherein the outer length of material (20, 44) consists of textile materials, such as especially cotton, wool, plastics yarns or other plastics-containing compositions, spunbonded webs, paper, polymer films such as especially polypropylene, polyethylene or nylon, card web or felts.
A joint including a first member having a first bonding surface provided with an anchor portion and a second member having a second bonding surface, and bonds the second bonding surface to the first bonding surface, wherein the anchor portion has a plurality of projections that protrude from the first bonding surface and are provided side by side along a first direction, wherein the projections have a protrusion strip portion that protrudes from the first bonding surface and extends along the first direction, an inflation portion that is provided above the protrusion strip portion and widens in a second direction which is a direction perpendicular to the first direction from the protrusion strip portion, and undercut portions provided on both sides of the protrusion strip portion in the second direction, as well as a cross-sectional shape along the first direction including a top portion, which widens in the first direction as approaching the first bonding surface such that a length along the first direction is the longest on the first bonding surface side. the anchor portion has a plurality of projections that protrude from the first bonding surface and are provided side by side along a first direction, wherein the projections have a protrusion strip portion that protrudes from the first bonding surface and extends along the first direction, an inflation portion that is provided above the protrusion strip portion and widens in a second direction which is a direction perpendicular to the first direction from the protrusion strip portion, and undercut portions provided on both sides of the protrusion strip portion in the second direction, as well as a cross-sectional shape along the first direction including a top portion, which widens in the first direction as approaching the first bonding surface such that a length along the first direction is the longest on the first bonding surface side.
A heat exchanger (100, 200, 300, 400) comprising: a core unit including a plurality of core plates that are stacked on one another; and a bottom plate (2, 3) that mounts thereon the core unit, the bottom plate (2, 3) including one or a plurality of plate members (2, 3); wherein the core unit includes a first passage that extends in the stacking direction of the core unit to guide a fluid to one end of the stacking direction of the core unit while being communicated with fluid passages defined between the core plates and a second passage that is isolated from the fluid passages defined between the core plates and extends in the stacking direction of the core unit to guide the fluid to the other end of the stacking direction; characterized in that the second passage is fluidly connected through an auxiliary passage to an auxiliary oil flow opening and with the first passage in the fluid flow direction; the core unit has at a lower surface thereof both an end of the first passage and an end of the second passage; the bottom plate (2, 3) has a fluid port that serves as an outlet/inlet opening connected to the end of the second passage; and the bottom plate (2, 3) has the auxiliary passage that connects the end of the first passage to the fluid port. a core unit including a plurality of core plates that are stacked on one another; and a bottom plate (2, 3) that mounts thereon the core unit, the bottom plate (2, 3) including one or a plurality of plate members (2, 3); wherein the core unit includes a first passage that extends in the stacking direction of the core unit to guide a fluid to one end of the stacking direction of the core unit while being communicated with fluid passages defined between the core plates and a second passage that is isolated from the fluid passages defined between the core plates and extends in the stacking direction of the core unit to guide the fluid to the other end of the stacking direction; characterized in that the second passage is fluidly connected through an auxiliary passage to an auxiliary oil flow opening and with the first passage in the fluid flow direction; the core unit has at a lower surface thereof both an end of the first passage and an end of the second passage; the bottom plate (2, 3) has a fluid port that serves as an outlet/inlet opening connected to the end of the second passage; and the bottom plate (2, 3) has the auxiliary passage that connects the end of the first passage to the fluid port.
Coating apparatus comprising: - a tubular container that is able to rotate about a longitudinal axis so as to move bulk material contained within said container and that comprises a first inlet end for receiving the bulk material and a second outlet end opposite said first end to discharge the bulk material; - a dispensing device for dispensing coating material on the bulk material in said container; and - a regulating element arranged at or near said second outlet end for regulating the discharge of the bulk material from said container; wherein said regulating element comprises at least one annular element that is rotatable around a rotation axis; characterized in that said regulating element is provided with driving means for rotating said annular element independently of the rotation of said container, selectively in a first direction of rotation and in a second direction of rotation that is opposite to the first direction of rotation, said driving means being configured for operating in a first phase in which the annular element is rotated in said first direction of rotation during rotation of said container to allow the discharge of the bulk material from said container, and for operating in a second phase in which the annular element is rotated in said second direction of rotation during the rotation of said container for preventing the discharge of the bulk material from said container, said first direction of rotation of said annular element being according to the rotation direction of said container and said second direction of rotation being opposite to the rotation direction of said container. - a tubular container that is able to rotate about a longitudinal axis so as to move bulk material contained within said container and that comprises a first inlet end for receiving the bulk material and a second outlet end opposite said first end to discharge the bulk material; - a dispensing device for dispensing coating material on the bulk material in said container; and - a regulating element arranged at or near said second outlet end for regulating the discharge of the bulk material from said container;
A process for preparing a sorptive material, comprising: unwinding a roll of sorptive material as a substrate into a cleaning system; moving the substrate through an acoustic energy washing section comprising an ultrasonic energy washing station in the cleaning system, wherein each of the front side and the back side of the substrate are exposed to energy pulses from one or more acoustic energy generators within a tank of a washing solution, and with at least one of the acoustic energy generators being a tubular resonator that operates at a frequency of between 20 and 50 kHz; and further moving the substrate through a drying section in the cleaning system, wherein warmed and HEPA-filtered air is applied to the cleaned sorptive material after the material has passed through the washing section; after moving the substrate through the drying section, cutting the substrate into sections to form individual wipers; placing the wipers into a bag; and sealing the bag; wherein the steps of cutting the substrate into sections and placing wipers into the bag are substantially performed without a human hand touching the sorptive material. unwinding a roll of sorptive material as a substrate into a cleaning system; moving the substrate through an acoustic energy washing section comprising an ultrasonic energy washing station in the cleaning system, wherein each of the front side and the back side of the substrate are exposed to energy pulses from one or more acoustic energy generators within a tank of a washing solution, and with at least one of the acoustic energy generators being a tubular resonator that operates at a frequency of between 20 and 50 kHz; and further moving the substrate through a drying section in the cleaning system, wherein warmed and HEPA-filtered air is applied to the cleaned sorptive material after the material has passed through the washing section; after moving the substrate through the drying section, cutting the substrate into sections to form individual wipers; placing the wipers into a bag; and sealing the bag; wherein the steps of cutting the substrate into sections and placing wipers into the bag are substantially performed without a human hand touching the sorptive material.
A method for reducing the roll end face tackiness of a roll of adhesive tape, wherein the adhesive tape forming the roll of adhesive tape has at least one substrate web and a web of pressure-sensitive adhesive applied to the substrate web, in which a precursor containing an organic polyfunctional silane is supplied to a stream of plasma, the stream of plasma enriched with the precursor is directed onto the roll end face and the roll end face is coated with a coating of SiOx. in which a precursor containing an organic polyfunctional silane is supplied to a stream of plasma, the stream of plasma enriched with the precursor is directed onto the roll end face and the roll end face is coated with a coating of SiOx.
Container filled with a liquid dialysate for making dialysate for a dialysis treatment, characterised in that the container is a self-standing bag made of flexible elastomeric sheets (2,3,4).