mhurhangee/patent-ind-claim-en huggingface dataset:
A calibration method for gaze point tracking, comprising initiating (S202), by a terminal equipment, a calibration operation, and displaying a marker on a display device for reflecting a position on the display device corresponding to a head of a user, wherein the marker moves as the position on the display device corresponding to the head of the user changes; in response to determining (S203) that a moving range of the marker is within a preset range, acquiring (S204), by the terminal equipment, user location information through a position sensor or analysis on a user image, wherein the user location information comprises the position on the display device corresponding to the head of the user; acquiring (S101), by the terminal equipment, user information, wherein the user information comprises the user location information and eye feature information when the user looks at calibration markings displayed on the display device based on calibration marking information and is used for determining calibrated information; sending (S102), by the terminal equipment, the user information and the calibration marking information corresponding to user information to a server; and receiving (S103), by the terminal equipment, the calibrated information from the server. initiating (S202), by a terminal equipment, a calibration operation, and displaying a marker on a display device for reflecting a position on the display device corresponding to a head of a user, wherein the marker moves as the position on the display device corresponding to the head of the user changes; in response to determining (S203) that a moving range of the marker is within a preset range, acquiring (S204), by the terminal equipment, user location information through a position sensor or analysis on a user image, wherein the user location information comprises the position on the display device corresponding to the head of the user; acquiring (S101), by the terminal equipment, user information, wherein the user information comprises the user location information and eye feature information when the user looks at calibration markings displayed on the display device based on calibration marking information and is used for determining calibrated information; sending (S102), by the terminal equipment, the user information and the calibration marking information corresponding to user information to a server; and receiving (S103), by the terminal equipment, the calibrated information from the server.
A detection system comprising: an assay device having one or more chambers for containing a liquid sample; a drive arrangement engaging the assay device to rotate the assay device; one or more light sources each arranged to emit light towards a corresponding one of the one or more chambers, wherein the emitted light forms a light path between the light source and its respective chamber; a diffuser corresponding to each of the one or more light sources, each diffuser arranged in a respective light path; and a light receiver corresponding to each of the one or more light sources, each light receiver arranged to receive light from its respective light source transmitted through a corresponding chamber, characterised in that the assay device comprises for each chamber, a first surface arranged to reflect light from the corresponding light source to the chamber, and a second surface arranged to reflect light from the chamber to the corresponding light receiver . an assay device having one or more chambers for containing a liquid sample; a drive arrangement engaging the assay device to rotate the assay device; one or more light sources each arranged to emit light towards a corresponding one of the one or more chambers, wherein the emitted light forms a light path between the light source and its respective chamber; a diffuser corresponding to each of the one or more light sources, each diffuser arranged in a respective light path; and a light receiver corresponding to each of the one or more light sources, each light receiver arranged to receive light from its respective light source transmitted through a corresponding chamber, characterised in that the assay device comprises for each chamber, a first surface arranged to reflect light from the corresponding light source to the chamber, and a second surface arranged to reflect light from the chamber to the corresponding light receiver .
Saw, in particular a chop saw, a sliding chop saw, a mitre saw or a sliding compound mitre saw, comprising: a machine head carrying a saw blade and a saw blade cover , a workpiece support , which is preferably penetrated by a through passage for the saw blade , and a holder, on which the machine head is received pivotably relative to the workpiece support in a vertical plane, between an upper saw blade position, in which the saw blade is located above the workpiece support , and a lower saw blade position, in which the saw blade can engage a workpiece resting on the workpiece support , wherein the saw blade cover has a plurality of segments which are mounted on the machine head so as to be telescopable in and out, preferably about the axis of rotation of the saw blade , and which are telescoped out in the upper saw blade position as a saw blade protection and are telescoped in in the lower saw blade position in order to release the saw blade for sawing, and wherein a linkage connecting the holder and the saw blade cover is provided which pushes the segments of the saw blade cover together when the machine head is pressed down, and wherein a number of luminaires are provided which are connected to a voltage source (13; 14) via a switch, characterized in that the switch, preferably microswitch , is mounted above and/or below the linkage on the holder so that it is actuated by the linkage when the machine head is pushed down from the upper saw blade position, wherein the number of luminaires are connected via the switch to a voltage source (13; 14) when the machine head is pushed down from the upper saw blade position. a machine head carrying a saw blade and a saw blade cover , a workpiece support , which is preferably penetrated by a through passage for the saw blade , and a holder, on which the machine head is received pivotably relative to the workpiece support in a vertical plane, between an upper saw blade position, in which the saw blade is located above the workpiece support , and a lower saw blade position, in which the saw blade can engage a workpiece resting on the workpiece support , wherein the saw blade cover has a plurality of segments which are mounted on the machine head so as to be telescopable in and out, preferably about the axis of rotation of the saw blade , and which are telescoped out in the upper saw blade position as a saw blade protection and are telescoped in in the lower saw blade position in order to release the saw blade for sawing, and wherein a linkage connecting the holder and the saw blade cover is provided which pushes the segments of the saw blade cover together when the machine head is pressed down, and wherein a number of luminaires are provided which are connected to a voltage source (13; 14) via a switch, characterized in that the switch, preferably microswitch , is mounted above and/or below the linkage on the holder so that it is actuated by the linkage when the machine head is pushed down from the upper saw blade position, wherein the number of luminaires are connected via the switch to a voltage source (13; 14) when the machine head is pushed down from the upper saw blade position.
Arrangement for wall, ceiling or roof cladding of a building structure, in particular of a rear-ventilated facade system, comprising a substructure which is mounted on the building structure and at least one composite panel attached to said substructure, which panel consists of a cover plate on the rear face that faces the substructure , a cover plate on the visible face that faces away from the substructure, and a core layer which is positioned between the cover plates , connecting means which are invisible on the visible face engaging behind a hole recess in the rear-face cover plate in the region of the core layer , characterized in that the connecting means are movable along the hole recess which is designed in the form of a keyhole recess having an enlarged insertion region and a narrowed, slot-like retaining region , the retaining region , starting from the insertion region , being directed upwards and forming an end stop using the upper end thereof, in that the connecting means comprise a bolt having a flat, mushroom-shaped head , it being possible to insert the head through the hole recess into the region of the core layer , and in that at least one hook element which can be hooked into the substructure is connected to the composite panel via the connecting means .
A disposable absorbent undergarment comprising: a liquid-permeable topsheet ; a liquid-impermeable backsheet ; a liquid-absorbent core between the topsheet and the backsheet; a laminate comprising the topsheet , the backsheet and the core and having a front section , a rear section and a crotch section interposed between the front section and the rear section ; first and second leg-hole defining edges in the form of generally circular-arc-shaped notches on transversely opposite sides of the crotch section ; stretchable elastic members generally extending along each of the first and second leg-hole defining edges ; the elastic members comprising first and second front-half elastic portions extending primarily along first and second front-halves of the first and second leg-hole defining edges , first and second rear-half elastic portions extending primarily along first and second rear-halves of the first and second leg-hole defining edges , and first and second core shaping elastic portions extending longitudinally on transversely opposite sides of the crotch section characterized in that the first and second front-half elastic members are elastically connected through the crotch region and in that the first and second rear-half elastic members are elastically connected through the crotch region, and wherein the backsheet is a laminate of an upper backsheet and a lower backsheet attached to each other by patches , and wherein the upper backsheet is oversized vs. the lower backsheet , such that channels are created.
An optical tap comprising: a support structure ; a first port fastened to said support structure and facing a first ferrule supporting a first fiber along a first axis ; a polarizing beamsplitter connected to said support structure and intersected by the first axis ; a second port fastened to said support structure and facing a second ferrule supporting a second fiber along a second axis that intersects said polarizing beamsplitter ; and a third port fastened to said support structure and facing a third ferrule supporting a third fiber along a third axis that intersects said polarizing beamsplitter , wherein said polarizing beamsplitter splits a first light signal from said first port , to send first and second portions of the first light signal , to said second and third ports , respectively, characterized by said polarizing beamsplitter includes first and second polarizing plates (86 and 88), wherein the first polarizing plate overlies the second polarizing plate, configured to rotate relative to each other to change a ratio of the first portion of the first light signal to the second portion of the first light signal . a support structure ; a first port fastened to said support structure and facing a first ferrule supporting a first fiber along a first axis ; a polarizing beamsplitter connected to said support structure and intersected by the first axis ; a second port fastened to said support structure and facing a second ferrule supporting a second fiber along a second axis that intersects said polarizing beamsplitter ; and a third port fastened to said support structure and facing a third ferrule supporting a third fiber along a third axis that intersects said polarizing beamsplitter , wherein said polarizing beamsplitter splits a first light signal from said first port , to send first and second portions of the first light signal , to said second and third ports , respectively, characterized by said polarizing beamsplitter includes first and second polarizing plates (86 and 88), wherein the first polarizing plate overlies the second polarizing plate, configured to rotate relative to each other to change a ratio of the first portion of the first light signal to the second portion of the first light signal .
A shooting type toy comprising: a body having a plurality of members; a latch part for locking the body thereonto to allow the body to be kept to a first form; and a projectile moving, in use, from the outside in such a manner as to be inserted into the body and thus located in a shooting part disposed in the body, wherein the projectile releases a locking state of the latch part to allow the body to be developed to a second form, and when the projectile is located in the shooting part , the projectile is shot from the body developed to the second form by means of an elastic force applied by a pressurizing part to the shooting part .
Method for operating an adiabatic compressed air storage power plant , comprising: - at least one turbomachine for compressing and/or expanding compressed air, - at least one compressed air storage device in at least temporary communication with at least one turbomachine for intermediate storage of compressed pressurized air, and - at least one heat storage device , wherein the method provides: - electric supplemental heating into a heat storage device, and - supplying, at least in part, the heat generated during the compression of the air to a heat storage device while cooling the compressed air during its supply to the compressed air storage device , and discharging the heat storage device again during the extraction of the compressed air from the compressed air storage device by delivering the heat stored in the heat storage device back to the air flowing through the turbomachine while expanding, characterized in that the electric supplemental heating into the heat storage device provided for extracting and storing heat generated during the compression of the compressed air and transferring said heat back during the expansion of the compressed air is realized at least during storage operation of the adiabatic compressed air storage power plant when the compressed air storage device is full. - at least one turbomachine for compressing and/or expanding compressed air, - at least one compressed air storage device in at least temporary communication with at least one turbomachine for intermediate storage of compressed pressurized air, and - at least one heat storage device , - electric supplemental heating into a heat storage device, and - supplying, at least in part, the heat generated during the compression of the air to a heat storage device while cooling the compressed air during its supply to the compressed air storage device , and discharging the heat storage device again during the extraction of the compressed air from the compressed air storage device by delivering the heat stored in the heat storage device back to the air flowing through the turbomachine while expanding,
A method performed at an application server for group communications over multimedia broadcast-multicast services, MBMS, comprising: establishing a first multicast flow; establishing and reserving a pool of one or more second multicast flows; receiving a request to establish a first group call from a user equipment; assigning at least one second multicast flow from the pool of one or more second multicast flows to a multicast group, wherein the at least one second multicast flow contains signaling and media for at least the first group call; establishing a reserve multicast flow to replenish the pool of one or more second multicast flows; wherein the first multicast flow is configured to send information regarding activity on the at least one second multicast flow ; sending an announce message for the first group call on the first multicast flow; and sending media and signaling data for the first group call on the at least one second multicast flow. establishing a first multicast flow; establishing and reserving a pool of one or more second multicast flows; receiving a request to establish a first group call from a user equipment; assigning at least one second multicast flow from the pool of one or more second multicast flows to a multicast group, wherein the at least one second multicast flow contains signaling and media for at least the first group call; establishing a reserve multicast flow to replenish the pool of one or more second multicast flows; wherein the first multicast flow is configured to send information regarding activity on the at least one second multicast flow ; sending an announce message for the first group call on the first multicast flow; and sending media and signaling data for the first group call on the at least one second multicast flow.
A method of atomizing a fluid composition from a microfluidic die, the fluid composition comprising perfume mixture, the microfluidic die comprising a substrate and a plurality of nozzles, a thermal actuator associated with each nozzle, and wherein the actuator is responsive to a pulse for energizing the fluid composition and jetting the fluid composition through the nozzle, and a thermal sensor for measuring a temperature of the substrate of the microfluidic die, the method comprising the steps of: determining a firing energy to drive the thermal actuators to jet the fluid composition at a first time, wherein the thermal actuators in the microfluidic die are operated at a fixed voltage, the method is characterised in that it further comprises the step of determining the firing energy comprising the steps of: heating the microfluidic die to a predetermined temperature by driving the actuators during a first mode with pulses having a pulse width and a starting frequency that are too short to cause bubble nucleation; driving the actuators during a second mode with respective pulses having decremented pulse widths and frequencies having incremented frequencies, starting at a pulse width known to cause droplet ejection and ending at a pulse width too short to cause droplet ejection; processing a temperature change of the microfluidic die during the second mode to determine a minimum-required actuation energy that caused a predetermined temperature change; applying a factor to the determined minimum-required actuation energy to determine a firing energy; and using the firing energy to drive the thermal actuators to jet the fluid composition; repeating the step of measuring the firing energy to determine a second firing energy at a second time after the first time; and using the second firing energy to drive the thermal actuators to jet the fluid composition. heating the microfluidic die to a predetermined temperature by driving the actuators during a first mode with pulses having a pulse width and a starting frequency that are too short to cause bubble nucleation; driving the actuators during a second mode with respective pulses having decremented pulse widths and frequencies having incremented frequencies, starting at a pulse width known to cause droplet ejection and ending at a pulse width too short to cause droplet ejection; processing a temperature change of the microfluidic die during the second mode to determine a minimum-required actuation energy that caused a predetermined temperature change; applying a factor to the determined minimum-required actuation energy to determine a firing energy; and using the firing energy to drive the thermal actuators to jet the fluid composition; repeating the step of measuring the firing energy to determine a second firing energy at a second time after the first time; and using the second firing energy to drive the thermal actuators to jet the fluid composition.
A compound according to Formula (I): for use in the treatment of cognitive disorders wherein the cognitive disorder is in relationship with age-related cognitive decline or is a neurodevelopmental disorder in relationship with patients diagnosed with a genetic disease such as Down syndrome or fragile X syndrome.
An aircraft comprising: a fuselage ; and an aft wall of a lavatory monument within the fuselage and extending radially inwardly relative to the fuselage , the aft wall configured to be removably connected to an outboard wall , a ceiling , and a floor of the lavatory monument , wherein the aft wall has unchangeable connection points configured to join the aft wall to the outboard wall , the ceiling , and the floor of the lavatory monument , the aft wall has a common curvature for a curved outboard edge of the aft wall , wherein the curved outboard edge is convex and mirrors a concave curvature of the outboard wall , the unchangeable connection points comprise a metal bracket bonded to the curved outboard edge of the aft wall , and wherein the metal bracket comprises a first flange and a second flange forming a channel , wherein the curved outboard edge is positioned within the channel of the metal bracket . the aft wall has unchangeable connection points configured to join the aft wall to the outboard wall , the ceiling , and the floor of the lavatory monument , the aft wall has a common curvature for a curved outboard edge of the aft wall , wherein the curved outboard edge is convex and mirrors a concave curvature of the outboard wall , the unchangeable connection points comprise a metal bracket bonded to the curved outboard edge of the aft wall , and wherein the metal bracket comprises a first flange and a second flange forming a channel , wherein the curved outboard edge is positioned within the channel of the metal bracket .
A process for preparing a leaf tea product comprising the steps of: (a) incubating fresh tea leaf under anaerobic conditions at a temperature of 4°C to 60°C for a period of 4 to 36 hours; (b) subjecting the incubated leaf to a step of comminution to produce dhool; and (c) fermenting the dhool in the presence of 0.001 to 5% tannase by weight of the dhool; wherein there is no step of comminution of the fresh tea leaf before step (a). (a) incubating fresh tea leaf under anaerobic conditions at a temperature of 4°C to 60°C for a period of 4 to 36 hours; (b) subjecting the incubated leaf to a step of comminution to produce dhool; and (c) fermenting the dhool in the presence of 0.001 to 5% tannase by weight of the dhool;
Pump for circulating water in a hydraulic installation, such as a heating and/or hot water supply installation, said pump comprising a body , a first inlet , an outlet , means for circulating a fluid and a valve having three ways, said circulation means being arranged between the outlet and a first way of said valve ), said valve being connected by a second way to the first inlet , said pump comprising a second inlet connected to a third way of said valve , characterized in that said pump comprises a third separate inlet connected to the circulation means by a conduit .