mhurhangee/ep-ind-claims huggingface dataset:
A system for retractable compartmentalization of a space surrounded by walls, the compartmentalization system comprising a partition and a means (40, 41) for pivoting of the partition between a position for dividing the space and a retracted position in which the partition is arranged against a first wall of the space, the compartmentalization system comprising a manipulation and blocking mechanism (30, 31) embedded on the partition including a stand adopting an extended position in which the stand can bear against a second wall of the space opposite the first wall to block the partition in its dividing position or, as a function of the manipulation done, leaving the movable partition between its dividing position and its retracted position, the compartmentalization system also comprising a hook of the manipulation blocking mechanism (30, 31) to maintain the distal part at the first wall, relative to the pivoting means, of the partition when it is in the retracted position, the hook adopting an attachment position under the action of an operator engaging the hook in a complementary socket (10, 11) of the first wall to keep the partition in the retracted position, and adopting a release position under the action of an operator pulling a control (S, 370, 327) accessible on the face of the partition opposite the hook, the compartmentalization system being characterized in that the hook is connected to the stand by a connecting rod of the manipulation and blocking mechanism (30, 31) that brings the stand (512, 511) into the extended position while simultaneously retracting the hook in the thickness of the partition, and conversely extracts the hook from the thickness of the partition while simultaneously retracting the stand, the command (S, 370, 327) of the hook comprising a traction means mounted sliding in a passage of the partition to follow the hook during its extraction and to withdraw during its retraction.
A rotor of a permanent magnet-type rotary electric machine, the rotor including a rotating shaft; a rotor core configured by laminating a plurality of electromagnetic steel sheets, the rotor core including the rotating shaft penetrating through the rotor core and fixed to the rotor core; a plurality of rotor slots formed so as to axially penetrate through the rotor core; a plurality of permanent magnets inserted into the rotor slots; a pair of end plates (31a, 31b) placed at both axial ends of the rotor core; and a pressing portion provided in at least one end plate out of the pair of end plates (31a, 31b) and configured to abut with an outer peripheral side of the rotor core to apply a pressing force to the outer peripheral side of the rotor core; characterized in that the rotor further includes bolt through holes penetrating through the plurality of electromagnetic steel sheets and the pair of end plates (31a, 31b) are formed at an outer position in a radial direction of the rotating shaft, and nuts are screwed onto clamping bolts penetrating through the bolt through holes so that the pair of end plates (31a, 31b) press the plurality of electromagnetic steel sheets toward an inner side in an axial direction, wherein, the at least one end plate (31a, 31b) has a circular plate portion with a circular flat shape through which the rotating shaft penetrates, wherein one surface of the circular plate portion that abuts with an end of the rotor core is formed as an inclined surface such that its plate thickness is thickest in its outermost periphery and the plate thickness gradually and continuously decreases toward a central part from the outermost periphery; and only the outermost periphery abuts with the rotor core as the pressing portion.
A method for wireless communications, comprising: multiplexing at least one unicast transmission with a first multipoint transmission on at least one channel of the shared radio frequency spectrum band; identifying one or more reception statuses received for the at least one unicast transmission; determining, based at least in part on the one or more reception statuses, a contention window size for the first multipoint transmission on the at least one channel of a shared radio frequency spectrum band, wherein the first multipoint transmission is targeted for a first plurality of user equipments, UEs; and contending for access to the at least one channel of the shared radio frequency spectrum band for the first multipoint transmission based at least in part on the determined contention window size. multiplexing at least one unicast transmission with a first multipoint transmission on at least one channel of the shared radio frequency spectrum band; identifying one or more reception statuses received for the at least one unicast transmission; determining, based at least in part on the one or more reception statuses, a contention window size for the first multipoint transmission on the at least one channel of a shared radio frequency spectrum band, wherein the first multipoint transmission is targeted for a first plurality of user equipments, UEs; and contending for access to the at least one channel of the shared radio frequency spectrum band for the first multipoint transmission based at least in part on the determined contention window size.
An interlock for use in a process for degassing of a polymer powder in a degassing vessel, which interlock is an instrumented system which is designed to act in response to a condition within the process which indicates a potentially dangerous situation or consequence, and to thereby prevent or mitigate said situation or consequence, which interlock comprises a. measuring the temperature of the vapour phase resulting from a liquid-vapour separation, which vapour phase is used as a purge gas in a degassing vessel, b. comparing said measured temperature to a threshold value, which threshold value is above the normal range of temperature expected for the vapour phase exiting the separation vessel, and c. in the event that the measured temperature is above the threshold value then the use of the vapour as purge gas is stopped or reduced. a. measuring the temperature of the vapour phase resulting from a liquid-vapour separation, which vapour phase is used as a purge gas in a degassing vessel, b. comparing said measured temperature to a threshold value, which threshold value is above the normal range of temperature expected for the vapour phase exiting the separation vessel, and c. in the event that the measured temperature is above the threshold value then the use of the vapour as purge gas is stopped or reduced.
A heat treatable coated article, comprising a multilayer thin film coating supported by a glass substrate, the coating comprising, moving away from the glass substrate: a first silicon-based layer; a first dielectric layer; a second dielectric layer (7a, 7b) split by a third dielectric layer so as to form first and second portions of the second dielectric layer; a metallic or substantially metallic infrared reflecting layer over and directly contacting the second portion of the second dielectric layer; an upper contact layer comprising an oxide of Ni and/or Cr directly over and contacting the IR reflecting layer; a fourth dielectric layer; and a second silicon-based layer, wherein the third dielectric layer comprises titanium oxide or tin oxide. a first silicon-based layer; a first dielectric layer; a second dielectric layer (7a, 7b) split by a third dielectric layer so as to form first and second portions of the second dielectric layer; a metallic or substantially metallic infrared reflecting layer over and directly contacting the second portion of the second dielectric layer; an upper contact layer comprising an oxide of Ni and/or Cr directly over and contacting the IR reflecting layer; a fourth dielectric layer; and a second silicon-based layer,
A negative electrode material for a nonaqueous electrolyte secondary battery, characterized in that: the negative electrode material comprises at least two types of powdery alloy materials, one powdery alloy material A contains Co, Sn, and Fe and does not contain Ti, another powdery alloy material B contains Fe, Ti, and Sn, and the proportion of the mass of powdery alloy material B to the sum of the mass of powdery alloy material A and the mass of powdery alloy material B is at least 10 mass % and at most 30 mass %. the negative electrode material comprises at least two types of powdery alloy materials, one powdery alloy material A contains Co, Sn, and Fe and does not contain Ti, another powdery alloy material B contains Fe, Ti, and Sn, and the proportion of the mass of powdery alloy material B to the sum of the mass of powdery alloy material A and the mass of powdery alloy material B is at least 10 mass % and at most 30 mass %.
Cleaning device for cleaning surfaces with two cleaning rollers arranged next to one another, wherein the cleaning rollers are arranged on a mounting device and wherein the cleaning rollers are mounted on the mounting device to be rotatable about rotary axes (27, 28), which are oriented parallel to a surface to be cleaned in a use of the cleaning device, and can be driven by a drive apparatus, characterized in that the cleaning device comprises a controller, by means of which drive powers transferred from the drive apparatus onto the cleaning rollers can be set separately from one another so that a directional guidance of the cleaning device can be facilitated by a differing rotational speed of the cleaning rollers.
A method of handling an emergency packet data network, PDN, connection for a core network in a wireless communication system when a Mobility Management, MM, back-off timer is running, the method comprising: starting a mobile reachable timer when a mobile device (20, 110) enters an idle mode, wherein the mobile reachable timer has a first timer value, M1; accepting the emergency PDN connection; stopping the mobile reachable timer when the mobile device (20, 110) enters a connected mode to establish the emergency PDN connection; resetting the mobile reachable timer to a second timer value, M 2, greater than a remaining time of the MM back-off timer when the emergency PDN connection is disconnected and the remaining time of the MM back-off timer is longer than a periodic area update timer; and restarting the mobile reachable timer according to the second timer value, M2, when the emergency PDN connection is disconnected. starting a mobile reachable timer when a mobile device (20, 110) enters an idle mode, wherein the mobile reachable timer has a first timer value, M1; accepting the emergency PDN connection; stopping the mobile reachable timer when the mobile device (20, 110) enters a connected mode to establish the emergency PDN connection; resetting the mobile reachable timer to a second timer value, M 2, greater than a remaining time of the MM back-off timer when the emergency PDN connection is disconnected and the remaining time of the MM back-off timer is longer than a periodic area update timer; and restarting the mobile reachable timer according to the second timer value, M2, when the emergency PDN connection is disconnected.
A method for monitoring objects that are moved along a trajectory with a relative distance from each other, the objects comprising a section that is transparent or translucent in the visible light spectrum, wherein a light beam is directed transverse to said trajectory such that the objects subsequently cross said light beam at said section, and wherein light from said light beam is detected by a detector, wherein said light beam comprises light at a wavelength range that is substantially untransmittable through said section, in particular absorbable and/or reflectable by said section, said untransmittable wavelength range being at least partially outside the visible light spectrum, and that the presence of an object is determined on the basis of a transitional time period during which substantially no light within said untransmittable wavelength range is detected by said detector and/or that the absence of an object is determined on the basis of a transitional time period during which light within said untransmittable wavelength range is detected by said detector, characterized in that light with a defined polarization is provided in said light beam at the position of said trajectory and that said detector is configured to substantially only detect light components with an orthogonal polarization with respect to said defined polarization and said light beam is directed towards said detector through a means for changing the polarization of said light beam, in particular a polarization rotator and/or a depolarizer.
Method of processing a strip following a strip path by heating or cooling wherein the strip is brought into contact with a roller wherein the roller comprises a heat pipe, wherein the roller simultaneously heats a first strip and cools a second strip, characterised in that the dimensions of the roller and the lay-out of the strip paths are chosen such that the footprint of the first strip on the roller and the footprint of the second strip on the roller do not overlap.
An angular velocity sensor having improved hysteresis and ageing properties the sensor comprising primary and secondary sensor elements, the sensor further comprising primary and secondary channels connected to said primary and secondary sensor elements, the primary channel comprising primary driver means for initiating and maintaining resonant oscillations in the primary sensor elements, the secondary channel comprising detector means for detecting signals generated by the secondary sensor elements in response to movement of the sensor, the detecting means generating an output signal dependent upon the movement of the sensor, characterised in that the primary and secondary elements of the sensor are intentionally formed from different volumes of material; wherein the primary sensor element is smaller than the secondary sensor element; and wherein the primary sensor element comprises extra padding capacitance, which does not add gain such that capacitances are matched between the primary and secondary sensor elements; and such that the deterioration of the sensor material does not affect the gain of the primary and secondary channels.
A check valve (501, 900, 1000) comprising: a housing (104', 106) defining an internal cavity having a first port (506, 922) and a second port (508, 924) both in fluid communication therewith and having a first seat and a second seat, the first seat being proximate the first port (506, 922); a seal disk within the internal cavity, wherein the seal disk is translatable between a closed position against the first seat and an open position against the second seat; and an outlet conduit extending from the second port (508, 924), wherein the outlet conduit defines an outlet passageway and an outlet end, characterised in that the outlet passageway has a restrictor profile that has a first portion that is circular, when viewed in a transverse cross-section, and narrows according to a parabolic or hyperbolic function along the length of the first portion in the downstream direction and a second portion, downstream of the first portion, that widens along the length of the second portion. a housing (104', 106) defining an internal cavity having a first port (506, 922) and a second port (508, 924) both in fluid communication therewith and having a first seat and a second seat, the first seat being proximate the first port (506, 922); a seal disk within the internal cavity, wherein the seal disk is translatable between a closed position against the first seat and an open position against the second seat; and an outlet conduit extending from the second port (508, 924), wherein the outlet conduit defines an outlet passageway and an outlet end, characterised in that the outlet passageway has a restrictor profile that has a first portion that is circular, when viewed in a transverse cross-section, and narrows according to a parabolic or hyperbolic function along the length of the first portion in the downstream direction and a second portion, downstream of the first portion, that widens along the length of the second portion.
A method comprising: receiving, by a first computing device, sensor data from a second computing device, wherein the sensor data indicates movement of the second computing device; responsive to determining, by the first computing device and based on the sensor data, that the second computing device is not being worn: outputting, by the first computing device and for display, a notification; and outputting, by the first computing device, for transmission to the second computing device, a command to cause the second computing device to transition from operating in a full access mode to operating in a reduced access mode, wherein at least a portion of the functionality of the second computing device is inaccessible via a lock mechanism while the second computing device is operating in the reduced access mode; and responsive to determining, by the first computing device and based on the sensor data, that the second computing device is being worn, sending, by the first computing device, to the second computing device, the indication of the notification. receiving, by a first computing device, sensor data from a second computing device, wherein the sensor data indicates movement of the second computing device; responsive to determining, by the first computing device and based on the sensor data, that the second computing device is not being worn: outputting, by the first computing device and for display, a notification; and outputting, by the first computing device, for transmission to the second computing device, a command to cause the second computing device to transition from operating in a full access mode to operating in a reduced access mode, wherein at least a portion of the functionality of the second computing device is inaccessible via a lock mechanism while the second computing device is operating in the reduced access mode; and outputting, by the first computing device and for display, a notification; and outputting, by the first computing device, for transmission to the second computing device, a command to cause the second computing device to transition from operating in a full access mode to operating in a reduced access mode, wherein at least a portion of the functionality of the second computing device is inaccessible via a lock mechanism while the second computing device is operating in the reduced access mode; and responsive to determining, by the first computing device and based on the sensor data, that the second computing device is being worn, sending, by the first computing device, to the second computing device, the indication of the notification.
An indoor unit for an air-conditioning apparatus, comprising: a casing having a front surface, a rear surface, an upper surface and a lower surface, and having an air inlet formed in the upper surface of the casing and an air outlet formed below the air inlet; a fan and a heat exchanger provided inside the casing; a plurality of filters provided to the air inlet to remove dust from air to be sucked into the casing by the fan; a cleaning mechanism configured to clean the plurality of filters through relative movement to the plurality of filters; and a dust box including a dust collecting portion configured to receive the dust removed by the cleaning mechanism and extending in a fore-and-aft direction, wherein the fore-and-aft direction is a direction from the front surface towards the rear surface of the casing or vice versa, characterized in that the dust box is provided in the casing so as to be freely mountable and dismountable in the fore-and-aft direction, and wherein the dust box is provided on one end portion side of the plurality of filters in a direction perpendicular to the fore-and-aft direction and perpendicular to a direction from the upper surface towards the lower surface of the casing or vice versa. a casing having a front surface, a rear surface, an upper surface and a lower surface, and having an air inlet formed in the upper surface of the casing and an air outlet formed below the air inlet; a fan and a heat exchanger provided inside the casing; a plurality of filters provided to the air inlet to remove dust from air to be sucked into the casing by the fan; a cleaning mechanism configured to clean the plurality of filters through relative movement to the plurality of filters; and a dust box including a dust collecting portion configured to receive the dust removed by the cleaning mechanism and extending in a fore-and-aft direction, wherein the fore-and-aft direction is a direction from the front surface towards the rear surface of the casing or vice versa, characterized in that the dust box is provided in the casing so as to be freely mountable and dismountable in the fore-and-aft direction, and wherein the dust box is provided on one end portion side of the plurality of filters in a direction perpendicular to the fore-and-aft direction and perpendicular to a direction from the upper surface towards the lower surface of the casing or vice versa.
An apparatus for detecting freezing of a substance, the apparatus comprising: a container; the container containing the substance which has a freezing temperature below which the substance is solid and above which the substance is liquid; characterised by: a light source connected to the container; an actuator, the actuator being arranged to move the container; and a light detection component; the light detection component being arranged to detect light emitted by the light source; the arrangement being such that, when the container is driven to move by the actuator, the amount of light detected by the light detection component varies depending on whether the substance in the container is in a solid state or a liquid state. a container; the container containing the substance which has a freezing temperature below which the substance is solid and above which the substance is liquid; characterised by: a light source connected to the container; an actuator, the actuator being arranged to move the container; and a light detection component; the light detection component being arranged to detect light emitted by the light source; the arrangement being such that, when the container is driven to move by the actuator, the amount of light detected by the light detection component varies depending on whether the substance in the container is in a solid state or a liquid state.
A method for discarding data packets destined for a mobile station connected to both a master base station and a secondary base station, wherein the data packets are forwarded from the master base station via the secondary base station to the mobile station, wherein a higher layer with a master discard function is located at the master base station but not at the secondary base station, the master discard function discarding data packets upon expiry of a master timer started upon reception of each data packet, the method characterized by comprising the steps of: configuring by the master base station a secondary discard function in a lower layer of the secondary base station, based on the master discard function in the higher layer of the master base station, forwarding by the master base station the data packet from the higher layer to the lower layer of the secondary base station, and discarding by the secondary discard function of the lower layer at the secondary base station the received data packet upon expiry of a secondary timer started by the lower layer upon reception of the data packet from the higher layer at the master base station. configuring by the master base station a secondary discard function in a lower layer of the secondary base station, based on the master discard function in the higher layer of the master base station, forwarding by the master base station the data packet from the higher layer to the lower layer of the secondary base station, and discarding by the secondary discard function of the lower layer at the secondary base station the received data packet upon expiry of a secondary timer started by the lower layer upon reception of the data packet from the higher layer at the master base station.