mhurhangee/ep-ind-claims huggingface dataset:
A system for remote monitoring comprising: a monitoring unit (100; 100-1,.., 100-N) having: a camera (102; 314); at least one sensor (104, 106, 114; 320, 332, 324, 326) a WiFi module; a processor coupled to the camera, the at least one sensor, and the WiFi module; and at least one application executable on the processor, to configure the processor to: receive an image from the camera, to receive sensor data from said at least one sensor, to generate an alert based upon a change in at least one of the image and the sensor data, and, to send the alert via the WiFi module, a WiFi router, and a communications network, to a mobile device comprising a mobile application; the Wi-Fi router; the communications network; and the mobile device; characterised in that: said at least one application of the monitoring unit is executable to generate an enrollment process to automatically place the WiFi module into an Access Point mode; and the mobile application is executable to switch the mobile device to enroll as a client to the Access Point. a monitoring unit (100; 100-1,.., 100-N) having: a camera (102; 314); at least one sensor (104, 106, 114; 320, 332, 324, 326) a WiFi module; a processor coupled to the camera, the at least one sensor, and the WiFi module; and at least one application executable on the processor, to configure the processor to: receive an image from the camera, to receive sensor data from said at least one sensor, to generate an alert based upon a change in at least one of the image and the sensor data, and, to send the alert via the WiFi module, a WiFi router, and a communications network, to a mobile device comprising a mobile application; a camera (102; 314); at least one sensor (104, 106, 114; 320, 332, 324, 326) a WiFi module; a processor coupled to the camera, the at least one sensor, and the WiFi module; and at least one application executable on the processor, to configure the processor to: receive an image from the camera, to receive sensor data from said at least one sensor, to generate an alert based upon a change in at least one of the image and the sensor data, and, to send the alert via the WiFi module, a WiFi router, and a communications network, to a mobile device comprising a mobile application; receive an image from the camera, to receive sensor data from said at least one sensor, to generate an alert based upon a change in at least one of the image and the sensor data, and, to send the alert via the WiFi module, a WiFi router, and a communications network, to a mobile device comprising a mobile application; the Wi-Fi router; the communications network; and the mobile device; said at least one application of the monitoring unit is executable to generate an enrollment process to automatically place the WiFi module into an Access Point mode; and the mobile application is executable to switch the mobile device to enroll as a client to the Access Point.
Refrigeration device, especially a refrigerator or freezer, comprising a housing which features a top, a base, lateral walls (5, 6) and a rear wall as outer walls and has a door, an inner chamber located in the housing which is surrounded by inner walls, and a front frame for thermally decoupling the inner walls from the outer walls, wherein the lateral walls (5, 6) are thermally insulated from the other walls (3, 4, 41, 44) by an insulating strip, wherein the insulating strip is additionally arranged between the lateral walls (5, 6) and the front frame and connects the lateral walls (5, 6) to the front frame.
A method for wireless communication, comprising: identifying a capability of a user equipment, UE,, to transmit on a first carrier of a carrier aggregation, CA configuration and a second carrier of the CA configuration, wherein the first carrier is configured for time division duplexing, TDD, or frequency division duplexing, FDD, and configured for uplink and downlink transmissions and the second carrier is configured for TDD and downlink transmissions, wherein the capability of the UE comprises a retuning time; transmitting, from the UE to a base station an indication of the retuning time; identifying a collision in a subframe between a communication on the first carrier colliding with the retuning time for transmitting a sounding reference signal, SRS transmission, on the second carrier; and transmitting the communication on the first carrier or the SRS on the second carrier, or both, during the subframe based at least in part on the retuning time of the UE. identifying a capability of a user equipment, UE,, to transmit on a first carrier of a carrier aggregation, CA configuration and a second carrier of the CA configuration, wherein the first carrier is configured for time division duplexing, TDD, or frequency division duplexing, FDD, and configured for uplink and downlink transmissions and the second carrier is configured for TDD and downlink transmissions, wherein the capability of the UE comprises a retuning time; transmitting, from the UE to a base station an indication of the retuning time; identifying a collision in a subframe between a communication on the first carrier colliding with the retuning time for transmitting a sounding reference signal, SRS transmission, on the second carrier; and transmitting the communication on the first carrier or the SRS on the second carrier, or both, during the subframe based at least in part on the retuning time of the UE.
A curable potting composition, comprising: a multifunctional acetoacetate compound, a (meth)acrylate compound having at least three (meth)acrylate groups, a catalyst, and a filler, wherein the equivalent ratio of the (meth)acrylate compound having at least three (meth)acrylate groups to the multifunctional acetoacetate compound is more than 1.5, as defined in the description. a multifunctional acetoacetate compound, a (meth)acrylate compound having at least three (meth)acrylate groups, a catalyst, and a filler, wherein the equivalent ratio of the (meth)acrylate compound having at least three (meth)acrylate groups to the multifunctional acetoacetate compound is more than 1.5, as defined in the description.
A method for removing a stain comprising fat/oil from a stained fabric, comprising the step of applying to the stain, a fabric stain removal composition comprising an arginine compound and a surfactant.
Apparatus for producing pouches, the apparatus comprising: - a first source of film supplying a first film, and a pattern printed onto the first film, - a second source of film supplying a second film, - a source of composition, - a pouch making unit comprising a filling system to form pouches from the first film, the second film, and the composition, - a control system for monitoring and adjusting the position of the pattern onto the pouches, characterised in that the first film is water-soluble and comprises polyvinyl alcohol (PVOH) or a copolymer resin thereof. - a first source of film supplying a first film, and a pattern printed onto the first film, - a second source of film supplying a second film, - a source of composition, - a pouch making unit comprising a filling system to form pouches from the first film, the second film, and the composition, - a control system for monitoring and adjusting the position of the pattern onto the pouches,
A method comprising: establishing a first session portion using Internet Protocol IP communication between a calling device and a communications service; characterised in that the method comprises: establishing a second session portion using IP communication between the communications service and a PSTN switch, the second session portion addressed via a non-geographic number of the calling device; establishing a third session portion using PSTN communication and a geographic number of the calling device between a PSTN switch and a callee device; and establishing a call between the calling device and the callee device via the first session portion, second session portion, and third session portion. establishing a second session portion using IP communication between the communications service and a PSTN switch, the second session portion addressed via a non-geographic number of the calling device; establishing a third session portion using PSTN communication and a geographic number of the calling device between a PSTN switch and a callee device; and establishing a call between the calling device and the callee device via the first session portion, second session portion, and third session portion.
A concealable breakaway hinge comprising: a bracket including a hollow circular knuckle; a pin rotatably disposed in the knuckle; a leaf affixed to the pin; one of a leaf magnet and a leaf ferrous substance disposed on the leaf; a retainer including a retainer slot with a slot axis; and one of a retainer ferrous substance and a retainer magnet slidably disposed within the retainer slot, wherein the leaf and retainer are removably attached via mutual attraction between the respective magnet and the ferrous substance such that the retainer is slidably movable along the slot axis. a bracket including a hollow circular knuckle; a pin rotatably disposed in the knuckle; a leaf affixed to the pin; one of a leaf magnet and a leaf ferrous substance disposed on the leaf; a retainer including a retainer slot with a slot axis; and one of a retainer ferrous substance and a retainer magnet slidably disposed within the retainer slot, wherein the leaf and retainer are removably attached via mutual attraction between the respective magnet and the ferrous substance such that the retainer is slidably movable along the slot axis.
Cartridge receptacle having a diluent, in particular water, inflow, a mixing chamber in which the diluent and a beverage substrate and/or foodstuff substrate are mixed, and an outflow, wherein the cartridge receptacle has a fastening and/or securing ring, characterized in that the fastening and/or securing ring is provided with a predetermined breaking point and/or predetermined deformation point at the mixing chamber.
A supercharged engine with an engine main body comprising a lubrication oil filter arranged at one side of the engine main body and provided with an emission control device configured to add a reduction agent to exhaust gas to reduce nitrogen oxide in the exhaust gas by a catalyst, the supercharged engine comprising: an air release valve configured to discharge a part of supplied air to be supplied from a supercharger to the engine main body through an air feed pipe to an outside of the air feed pipe; a branch pipe provided with a pressure detection device for detecting pressure inside the branch pipe and configured to discharge the part of supplied air discharged by the air release valve to the outside of the air feed pipe; whereby the engine main body comprises an exhaust manifold which is provided with a temperature detection device for detecting the temperature of exhaust gas from the engine main body and a control device is coupled to the temperature detection device, and is capable of receiving, from the temperature detection device, information about the temperature T of exhaust gas from the engine main body, whereby the control device is coupled to the pressure detection device, and is capable of receiving information about the pressure inside the branch pipe by receiving a signal from the pressure detection device, whereby the control device is configured to control temperature of the exhaust gas by operating the air release valve and adjusting an amount of supply of the supplied air to be supplied from the supercharger to the engine main body, whereby the control device is configured to operate the air release valve in such a way that the temperature of the exhaust gas reaches activation temperature of the catalyst which is stored in advance, whereby the control device is configured to cause the emission control device to operate in the case where it is confirmed that the pressure inside the branch pipe is at or above the predetermined value (P x) and that the temperature of the exhaust gas from the engine main body is at the activation temperature of the catalyst, whereby the control device is configured to not cause the emission control device to operate in the case where it is confirmed that the pressure inside the branch pipe is below the predetermined value (P x) or that the temperature of the exhaust gas from the engine main body is not at the activation temperature of the catalyst, whereby the air release valve is provided to the block of the engine main body on the side where the lubrication oil filter is arranged.
Vehicle tyre having a side wall with a hatched surface with basic hatching having a multiplicity of elevations running rectilinearly and parallel or largely parallel to one another, wherein locally delimited hatched surface elements (8, 9, 10) made of sections (6a, 6b, 6c) of the elevations of the basic hatching are formed within the basic hatching, characterized in that a surface element which reproduces a letter or a number is formed from sections of the elevations of the basic hatching, wherein these sections run parallel to the elevations of the basic hatching and are offset relative to the latter in the circumferential direction by up to 1.5 times their mutual spacing, wherein further sections of the elevations of the basic hatching form surface elements which reproduce a border or a partial border of the letter or the number, wherein, in these surface elements, the sections of the elevations of the basic hatching run at an oblique angle (β) to the elevations of the basic hatching.
An apparatus comprising: a control unit coupled to a plurality of condition monitoring detectors; and a network enabled alarm audio verification test unit, associated with the control unit, but operating independently thereof, to wirelessly initiate communications with a displaced alarm forwarding system to initiate at least a two way audio test; wherein the two way audio test comprises the alarm audio verification test unit transmitting a locally received audio phrase to the alarm forwarding system and the alarm audio verification test unit receiving the phrase from the alarm forwarding system and presents it locally and audibly apart from functioning of the control unit and while the control unit continues to function independently and carry out its monitoring functions. a control unit coupled to a plurality of condition monitoring detectors; and a network enabled alarm audio verification test unit, associated with the control unit, but operating independently thereof, to wirelessly initiate communications with a displaced alarm forwarding system to initiate at least a two way audio test; wherein the two way audio test comprises the alarm audio verification test unit transmitting a locally received audio phrase to the alarm forwarding system and the alarm audio verification test unit receiving the phrase from the alarm forwarding system and presents it locally and audibly apart from functioning of the control unit and while the control unit continues to function independently and carry out its monitoring functions.
A vehicle lighting apparatus that is adapted to emit light diagonally toward a road surface from a vehicle, the vehicle lighting apparatus comprising: a light source; an image generation part that is configured to modulate light emitted from the light source and to generate an image; a light-focusing optical system that is adapted to focus light having the image generated by the image generation part; a plurality of reflection parts, each reflection part being adapted to reflect light focused by the light-focusing optical system and to project reflected light toward the road surface, wherein each of the plurality of reflection parts is adapted to reflect light toward a corresponding region of a plurality of regions on the road surface, each region having a different distance from the vehicle, wherein each reflection part has a reflection surface having a curvature that is gradually increased continuously throughout the entire reflection surface from a projection direction rearward side toward a projection direction frontward side; a switch part that is configured to switch and arrange one of the plurality of reflection parts to a light-receiving position of light emitted from the light-focusing optical system; an object detection part that is adapted to detect an object which is present at a frontward position of the vehicle; and a control part that is configured to control the image generated by the image generation part and a switch mode of the plurality of reflection parts based on a detection condition of the object detection part. a light source; an image generation part that is configured to modulate light emitted from the light source and to generate an image; a light-focusing optical system that is adapted to focus light having the image generated by the image generation part; a plurality of reflection parts, each reflection part being adapted to reflect light focused by the light-focusing optical system and to project reflected light toward the road surface, wherein each of the plurality of reflection parts is adapted to reflect light toward a corresponding region of a plurality of regions on the road surface, each region having a different distance from the vehicle, wherein each reflection part has a reflection surface having a curvature that is gradually increased continuously throughout the entire reflection surface from a projection direction rearward side toward a projection direction frontward side; a switch part that is configured to switch and arrange one of the plurality of reflection parts to a light-receiving position of light emitted from the light-focusing optical system; an object detection part that is adapted to detect an object which is present at a frontward position of the vehicle; and a control part that is configured to control the image generated by the image generation part and a switch mode of the plurality of reflection parts based on a detection condition of the object detection part.
A dispenser for dispensing absorbent product comprising: an outer cover having a first cover portion, a second cover portion and an interior region configured to hold the absorbent product and at least partially defined by one or more of the first and second cover portions, wherein the first cover portion is movably engaged to at least a portion of the second cover portion along a cover joint; and wherein the outer cover includes a hydrophobic section proximate the cover joint to direct any water on the cover near the cover joint away from the cover joint, and characterised in that the hydrophobic section comprises two lines of hydrophobic material separated by a first distance to create a channel for the liquid directing the liquid away from the cover joint. an outer cover having a first cover portion, a second cover portion and an interior region configured to hold the absorbent product and at least partially defined by one or more of the first and second cover portions, wherein the first cover portion is movably engaged to at least a portion of the second cover portion along a cover joint; and wherein the outer cover includes a hydrophobic section proximate the cover joint to direct any water on the cover near the cover joint away from the cover joint, and characterised in that the hydrophobic section comprises two lines of hydrophobic material separated by a first distance to create a channel for the liquid directing the liquid away from the cover joint.
Aerosol administration device (27; 33; 39; 46) consisting of: - a generator (26; 27; 33; 40; 47) of particles of which the size is between 10nm and 200μm, - a source of gas or pressure for conveying the particles, and - a mouthpiece (10; 45) or airtight oral mask, capable of penetrating beyond the patient's teeth to a maximum length of 4cm, and allowing the administration of the aerosol by the mouth during the nasal expiration phase or during the respiratory pause phase preceding nasal expiration, characterised in that the device comprises electric, pneumatic or mechanical means (24; 32; 42) of automatic triggering of the generation of the aerosol during the nasal expiration phase or during the respiratory pause phase preceding nasal expiration, capable of detecting overpressure or airflow and commanding particles generation, in that the mouthpiece (10; 45) thus constitutes means of administration of aerosol to the nasal cavities, rhinopharynx or paranasal sinuses during the administration of the aerosol and enabling the aerosol to be successively conveyed to the mouth, the rhinopharynx then the nasal fossae and sinuses, to escape through at least one of the patient's nostrils, and in that the device does not allow oral expiration during the aerosol administration phases, the aerosol particles not being directed to the lungs. - a generator (26; 27; 33; 40; 47) of particles of which the size is between 10nm and 200μm, - a source of gas or pressure for conveying the particles, and - a mouthpiece (10; 45) or airtight oral mask, capable of penetrating beyond the patient's teeth to a maximum length of 4cm, and allowing the administration of the aerosol by the mouth during the nasal expiration phase or during the respiratory pause phase preceding nasal expiration,
A lamination device for laminating a battery stack including a conductive positive electrode sheet, a conductive negative electrode sheet, and an insulating separator sheet, the separator sheet being interposed between the positive electrode sheet and the negative electrode sheet, the lamination device comprising: a stacking stage on which the battery stack is to be formed by stacking the positive electrode sheet, the separator sheet, and the negative electrode sheet, the stacking stage being formed of a dielectric; a movement mechanism configured to move the stacking stage to a positive electrode line, and to a negative electrode line; and a first charger configured to emit negative ions having a voltage of from -100 kV to -10 kV or positive ions having a voltage of from +10 kV to +50 kV as charged particles toward an uppermost surface of the battery stack being one of the positive electrode sheet, the separator sheet, and the negative electrode sheet that are stacked on the stacking stage, to electrostatically attract the battery stack and one of the positive electrode sheet, the separator sheet, and the negative electrode sheet that is to be stacked next on the battery stack, to each other, wherein the first charger is configured to emit the negative or positive ions as charged particles toward the stacking stage before the positive electrode sheet, the negative electrode sheet, or the separator sheet is stacked on the stacking stage, to electrostatically attract the battery stack to the stacking stage to suppress positional deviation of the battery stack with respect to the stacking stage during movement of the stacking stage. a stacking stage on which the battery stack is to be formed by stacking the positive electrode sheet, the separator sheet, and the negative electrode sheet, the stacking stage being formed of a dielectric; a movement mechanism configured to move the stacking stage to a positive electrode line, and to a negative electrode line; and a first charger configured to emit negative ions having a voltage of from -100 kV to -10 kV or positive ions having a voltage of from +10 kV to +50 kV as charged particles toward an uppermost surface of the battery stack being one of the positive electrode sheet, the separator sheet, and the negative electrode sheet that are stacked on the stacking stage, to electrostatically attract the battery stack and one of the positive electrode sheet, the separator sheet, and the negative electrode sheet that is to be stacked next on the battery stack, to each other, wherein the first charger is configured to emit the negative or positive ions as charged particles toward the stacking stage before the positive electrode sheet, the negative electrode sheet, or the separator sheet is stacked on the stacking stage, to electrostatically attract the battery stack to the stacking stage to suppress positional deviation of the battery stack with respect to the stacking stage during movement of the stacking stage.