mhurhangee/patent-ind-claim-en huggingface dataset:
A microbubble generating device comprising: a liquid flow path through which a pressurized liquid can flow; a discharge path through which generated microbubbles can be discharged; a throat part that connects the liquid flow path and the discharge path , and that has a flow path area smaller than the area of the liquid flow path or the discharge path ; and a gas supply path for supplying a gas, wherein the gas supply path has an exit end that opens toward the downstream side of the liquid flow, and that is located at the throat part , that has the smallest flow path area, the gas supply path is formed as a tube, the tube is L-shaped, the exit end is provided at a horizontal portion of the tube, the horizontal portion is disposed parallel to the liquid flow direction, the exit end is located within the throat part , characterized in that the horizontal portion is located in close contact with the surface of the wall defining the throat part . a liquid flow path through which a pressurized liquid can flow; a discharge path through which generated microbubbles can be discharged; a throat part that connects the liquid flow path and the discharge path , and that has a flow path area smaller than the area of the liquid flow path or the discharge path ; and a gas supply path for supplying a gas, wherein the gas supply path has an exit end that opens toward the downstream side of the liquid flow, and that is located at the throat part , that has the smallest flow path area, the gas supply path is formed as a tube, the tube is L-shaped, the exit end is provided at a horizontal portion of the tube, the horizontal portion is disposed parallel to the liquid flow direction, the exit end is located within the throat part , characterized in that the horizontal portion is located in close contact with the surface of the wall defining the throat part .
A detachable display module, comprising: a front frame , a display screen and a back plate ; wherein a plurality of COFs provided on sides of the display screen are connected to at least one printed circuit board , and the printed circuit board is provided on a rear surface of the display screen ; the front frame is fixedly connected with the display screen , and the front frame comprises: a first frame and a third frame disposed opposite to each other, a second frame and a fourth frame disposed opposite to each other, wherein the third frame is detachably and fixedly connected with the back plate ; and the back plate is provided on the rear surface of the display screen , and characterized in that : the plurality of COFs are provided on each of four sides of the display screen ; the first frame , the second frame , the third frame and the fourth frame each have a recess region for accommodating the plurality of COFs ; the first frame is detachably and fixedly connected with the second frame and the fourth frame through bridge connection pieces ; the back plate is provided with a recess portion corresponding to the printed circuit board provided between the back plate and the display screen ; peach bridge connection piece comprises two positioning blocks connected with each other; both ends of the first frame , an end of the second frame to be connected with the first frame , and an end of the fourth frame to be connected with the first frame are provided with two protrusions , and a positioning groove is formed between the two protrusions ; and the positioning groove and the positioning block are interlocked; the positioning blocks and the protrusion are fixed together by engaging with each other; the two positioning blocks are provided with engagement hooks at opposite distal ends, and the protrusions are provided with engagement grooves engaging with the engagement hooks .
A computer implemented method comprising: receiving an input medical image in a first modality, the input medical image comprising a nodule region for each of one or more nodules and a remaining region outside of the nodule regions, the input medical image comprising for each of the one or more nodules an annotation identifying the location of the one or more nodules; generating , from the input medical image, a synthesized medical image in a second modality, the synthesized medical image comprising the annotation for each of the one or more nodules; generating , in the second modality, 1) a synthesized nodule image of each of the nodule regions and 2) a synthesized remaining image of the remaining region; determining whether each particular nodule of the one or more nodules is visible in the synthesized medical image based on at least one of the synthesized nodule image for the particular nodule and the synthesized remaining image; and in response to determining that at least one nodule of the one or more nodules is not visible in the synthesized medical image, removing the annotation for the at least one not visible nodule from the synthesized nodule image. receiving an input medical image in a first modality, the input medical image comprising a nodule region for each of one or more nodules and a remaining region outside of the nodule regions, the input medical image comprising for each of the one or more nodules an annotation identifying the location of the one or more nodules; generating , from the input medical image, a synthesized medical image in a second modality, the synthesized medical image comprising the annotation for each of the one or more nodules; generating , in the second modality, 1) a synthesized nodule image of each of the nodule regions and 2) a synthesized remaining image of the remaining region; determining whether each particular nodule of the one or more nodules is visible in the synthesized medical image based on at least one of the synthesized nodule image for the particular nodule and the synthesized remaining image; and in response to determining that at least one nodule of the one or more nodules is not visible in the synthesized medical image, removing the annotation for the at least one not visible nodule from the synthesized nodule image.
A spray pump, comprising: a small piston and an upper pump rod , wherein a liquid accumulation cavity is formed between the small piston and the upper pump rod , the upper pump rod is provided with a liquid discharge hole which communicates with the liquid accumulation cavity, and the small piston is provided with a sealing column for sealing the liquid discharge hole; a central column with an ejector rod being provided on a lower part of the central column and extending into the liquid discharge hole, wherein a liquid flow gap is disposed between the ejector rod and the liquid discharge hole, a central hole which communicates with the liquid discharge hole is disposed at a central part of the central column; a press head fixed with the central column at a lower part of the press head, wherein an outer liquid discharge hole connected with the central hole is disposed at a central part of the press head; and a press plate fixed with the upper pump rod , wherein a press gap is disposed between an upper side of the press plate and a lower side of the press head ; wherein when the press head moves down, the central column moves down synchronously with the press head , and the ejector rod of the central column pushes the small piston downward, wherein the small piston communicates with the upper pump rod , and the liquid accumulation cavity communicates with the outside. a small piston and an upper pump rod , wherein a liquid accumulation cavity is formed between the small piston and the upper pump rod , the upper pump rod is provided with a liquid discharge hole which communicates with the liquid accumulation cavity, and the small piston is provided with a sealing column for sealing the liquid discharge hole; a central column with an ejector rod being provided on a lower part of the central column and extending into the liquid discharge hole, wherein a liquid flow gap is disposed between the ejector rod and the liquid discharge hole, a central hole which communicates with the liquid discharge hole is disposed at a central part of the central column; a press head fixed with the central column at a lower part of the press head, wherein an outer liquid discharge hole connected with the central hole is disposed at a central part of the press head; and a press plate fixed with the upper pump rod , wherein a press gap is disposed between an upper side of the press plate and a lower side of the press head ; wherein when the press head moves down, the central column moves down synchronously with the press head , and the ejector rod of the central column pushes the small piston downward, wherein the small piston communicates with the upper pump rod , and the liquid accumulation cavity communicates with the outside.
A server , comprising: a processor ; and a memory connected to the processor, the memory storing instructions executed by the processor to: send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; and thereafter to: receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users. a processor ; and a memory connected to the processor, the memory storing instructions executed by the processor to: send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; and thereafter to: receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users. receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users.
An apparatus for controlling a user situation awareness modification of a user of a vehicle, comprising: an input module configured to receive a first user detection signal comprising information usable for determining a user situation awareness level; and a processing module configured to determine a currently necessary situation awareness level by selecting one predefined situation awareness level from a plurality of predefined situation awareness levels based on driving information, wherein each predefined situation awareness level of the plurality of predefined situation awareness levels is associated with a different desired user reaction time or a different desired time-to-takeover, wherein the processing module is configured to determine a current user situation awareness level based on the information usable for determining the user situation awareness level, wherein the processing module is configured to generate a control signal to control a user situation awareness modification module based on the currently necessary situation awareness level and the current user situation awareness level. an input module configured to receive a first user detection signal comprising information usable for determining a user situation awareness level; and a processing module configured to determine a currently necessary situation awareness level by selecting one predefined situation awareness level from a plurality of predefined situation awareness levels based on driving information, wherein each predefined situation awareness level of the plurality of predefined situation awareness levels is associated with a different desired user reaction time or a different desired time-to-takeover, wherein the processing module is configured to determine a current user situation awareness level based on the information usable for determining the user situation awareness level, wherein the processing module is configured to generate a control signal to control a user situation awareness modification module based on the currently necessary situation awareness level and the current user situation awareness level.
A housing unit (1; 100) comprising: a sleeve (10; 110) defining a chamber (11; 111), and a capsule (30; 130) arranged to house an electronic device therein, the capsule being shaped and configured to be received in the chamber; wherein the sleeve and capsule have cooperating securing formations (22, 35, 36; 109, 134) arranged to enable the capsule to be releasably secured within the chamber, and wherein the sleeve is shaped and configured to enable it to fit into a cavity in a load carrier characterized in that an end of the capsule has a slot or keyhole defined therein to enable the use of a tool or key to facilitate securing of the capsule in the chamber, and wherein the slot or keyhole is operable with the use of a tool or key to either secure the capsule in the sleeve or to release the capsule from the sleeve. a sleeve (10; 110) defining a chamber (11; 111), and a capsule (30; 130) arranged to house an electronic device therein, the capsule being shaped and configured to be received in the chamber; wherein the sleeve and capsule have cooperating securing formations (22, 35, 36; 109, 134) arranged to enable the capsule to be releasably secured within the chamber, and wherein the sleeve is shaped and configured to enable it to fit into a cavity in a load carrier
A system, comprising a mobility management entity, MME, and a home subscriber server, HSS, wherein the MME serving as a target MME, is configured to acquire version information about a source MME according to a version of the message used when performing message interaction with the source MME, determine whether it is necessary to delete information about the source MME according to the version information about the source MME, and send an indication of deleting the information about the source MME to the HSS; the HSS is configured to receive a message sent by the target MME, wherein the message carries the indication of deleting information about the source MME, and to delete the information about the source MME according to the message sent by the target MME.
Timepiece comprising a mechanical horological movement comprising: an oscillator of the tuning-fork type , said oscillator comprising an assembly comprising two blades and a base connecting said blades, said oscillator comprising a rod connected to said base , the oscillator being connected by the rod thereof to a fastening member connected to the movement, said assembly comprising or being made of a material A, said material A having a low internal friction, said movement comprising a mechanical impulse member capable of acting on one of the two blades so as to induce and maintain oscillation of said oscillator, said oscillator being capable of oscillating both in a desired antisymmetric mode and in an undesired symmetric mode, the quality factor Q 2 of the symmetric oscillation mode of said oscillator being reduced in relation to the quality factor Q 1 of the antisymmetric oscillation mode, said material A being a first material and said quality factor Q 2 being reduced by the presence of a second material B, that is different from the material A, this material B being in contact with said material A such that lateral oscillation of said rod is damped, and characterised in that said blades comprise a third material A', said material A' being arranged in the form of a layer on at least one portion of the two blades.
A separating device (1; 31; 61; 91; 121) that in use crushes and at least partially separates concrete into original components, comprising at least two at least substantially plate-like crusher members (6, 7; 36, 37; 96, 97; 126, 127) which, optionally in co-action with bounding elements (8; 128) situated adjacently of the at least two crusher members, define at their upper outer ends an inlet opening for concrete to be crushed and at their lower outer ends an outlet opening for crushed concrete or at least concrete fractions, and a drive device adapted to move repetitively at least a part of one of the two crusher members (6, 7; 36, 37; 96, 97; 126, 127) in the direction away from and toward the other crusher member (6, 7; 36, 37; 96, 97; 126, 127), wherein outlet restriction means (9; 39; 80; 110) are provided under the outlet opening to limit an outflow of crushed concrete and/or concrete fractions in order to hold the partially crushed/separated material between the crusher members for a relatively long time, characterized in that push-back means (3, 4, 5, 6, 11, 12; 34, 35, 47, 51; 64, 65, 66, 67, 74; 94, 95, 96; 124a, 124b, 125a, 125b, 126, 127, 141a, 141b) are provided which drive matter situated between the crusher members (6, 7; 36, 37; 96, 97; 126, 127) in upstream direction, at least when the crusher members (6, 7; 36, 37; 96, 97; 126, 127) are not moving away from each other.
A device for the repeated production of explosions, comprising an explosion space , a feed conduit for feeding a flowable, explosive material, a discharge opening for the directed discharge of a gas pressure produced by the ignition of the explosive material in the explosion space , and a movable closure element for the partial or complete closure of the discharge opening , characterised in that the device comprises an exit nozzle with a nozzle entry area and a nozzle exit area , as well as an actuation device which is designed, after an opening of the discharge opening and an outflow of explosion gases through the exit nozzle , to adjust an area ratio between the nozzle entry area and the nozzle exit area , said area ratio at least approximately following an ideal area ratio for the production of a maximal exit speed of the explosion gases, in dependence on the pressure in the explosion space characterised in that a control valve is arranged for the variation of the nozzle entry area , and the actuation device is a control valve drive which controls a movement of the control valve for adjusting the nozzle entry area in accordance with the mentioned ideal area ratio, wherein the control valve comprises a control valve needle , and the nozzle entry area is determined by the position of the control valve needle with respect to the discharge opening . characterised in that the device comprises an exit nozzle with a nozzle entry area and a nozzle exit area , as well as an actuation device which is designed, after an opening of the discharge opening and an outflow of explosion gases through the exit nozzle , to adjust an area ratio between the nozzle entry area and the nozzle exit area , said area ratio at least approximately following an ideal area ratio for the production of a maximal exit speed of the explosion gases, in dependence on the pressure in the explosion space characterised in that a control valve is arranged for the variation of the nozzle entry area , and the actuation device is a control valve drive which controls a movement of the control valve for adjusting the nozzle entry area in accordance with the mentioned ideal area ratio, wherein the control valve comprises a control valve needle , and the nozzle entry area is determined by the position of the control valve needle with respect to the discharge opening .
A stator comprising: a stator core having a plurality of tooth portions arrayed circumferentially with intervals therebetween; an insulator fitted to axial both end faces of the stator core ; a coil wound on the tooth portions of the stator core via the insulator ; a slot insulator which is placed within slot portions that are spaces between circumferentially neighboring ones of the tooth portions , and which are interposed between the stator core and the coil ; and an inter-coil insulator placed between circumferentially mutually neighboring windings of the coil , wherein the inter-coil insulator is sheet-like shaped and folded at a folding-bottom portion extending along an axial direction, the folding-bottom portion is positioned on a distal end side of the tooth portions , wherein the distal end side is a side at an end of the tooth portion closer to an inner rotor or an outer rotor; and movement of the folding-bottom portion in a radial direction toward the rotor is restricted by end portions of the stator core extending on a distal end side of the tooth portions or first and second protrusions of the slot insulator extending on the distal end side of the tooth portions . a stator core having a plurality of tooth portions arrayed circumferentially with intervals therebetween; an insulator fitted to axial both end faces of the stator core ; a coil wound on the tooth portions of the stator core via the insulator ; a slot insulator which is placed within slot portions that are spaces between circumferentially neighboring ones of the tooth portions , and which are interposed between the stator core and the coil ; and an inter-coil insulator placed between circumferentially mutually neighboring windings of the coil , wherein the inter-coil insulator is sheet-like shaped and folded at a folding-bottom portion extending along an axial direction, the folding-bottom portion is positioned on a distal end side of the tooth portions , wherein the distal end side is a side at an end of the tooth portion closer to an inner rotor or an outer rotor; and movement of the folding-bottom portion in a radial direction toward the rotor is restricted by end portions of the stator core extending on a distal end side of the tooth portions or first and second protrusions of the slot insulator extending on the distal end side of the tooth portions .