mhurhangee/ep-ind-claims huggingface dataset:
A diagnosis control method for an air conditioner comprising: receiving a test run command or a self-diagnosis command for diagnosis of the air conditioner; performing a first test run (304, 354) to diagnose an assembly state of the air conditioner; performing a second test run (306, 356) to diagnose refrigerant circulation of the air conditioner; performing a determination (308, 310, 360) including diagnosing a state of the air conditioner based on operation results of the first test run and the second test run; and displaying the diagnosis result through a display device provided at an indoor unit of the air conditioner, characterised in that the second test run(306, 506) is also for diagnosing an amount of refrigerant in the air conditioner and in that the performing the determination (308, 310, 360) further comprises determining, if a difference (Teva_in)-(Teva_in+1) between an inlet temperature Teva_in of an indoor heat exchanger of an indoor unit before a compressor of an outdoor unit is operated and an inlet temperature Teva_in+1 of the indoor heat exchanger of the indoor unit after the compressor of the outdoor unit is operated is less than a predetermined reference value, that the refrigerant is not normally circulated. receiving a test run command or a self-diagnosis command for diagnosis of the air conditioner; performing a first test run (304, 354) to diagnose an assembly state of the air conditioner; performing a second test run (306, 356) to diagnose refrigerant circulation of the air conditioner; performing a determination (308, 310, 360) including diagnosing a state of the air conditioner based on operation results of the first test run and the second test run; and displaying the diagnosis result through a display device provided at an indoor unit of the air conditioner, characterised in that the second test run(306, 506) is also for diagnosing an amount of refrigerant in the air conditioner and in that the performing the determination (308, 310, 360) further comprises determining, if a difference (Teva_in)-(Teva_in+1) between an inlet temperature Teva_in of an indoor heat exchanger of an indoor unit before a compressor of an outdoor unit is operated and an inlet temperature Teva_in+1 of the indoor heat exchanger of the indoor unit after the compressor of the outdoor unit is operated is less than a predetermined reference value, that the refrigerant is not normally circulated.
A processing apparatus (1, 3) capable of generating a panoramic image from a plurality of captured images acquired at a plurality of imaging times, the processing apparatus comprising: input means configured to input a superimposition parameter for determining a first superimposition position of a predetermined image on a captured image at the time of setting the predetermined image; generation means configured to generate the panoramic image from the plurality of the captured images on which the predetermined image is not superimposed, by transformation processing of coordinate values of the plurality of the captured images; and determination means configured to determine a second superimposition position of the predetermined image on the panoramic image corresponding to the first superimposition position on the captured image determined according to the superimposition parameter; and superimposition means configured to superimpose the predetermined image on the panoramic image generated by the generation means at the second superimposition position determined by the determination means. input means configured to input a superimposition parameter for determining a first superimposition position of a predetermined image on a captured image at the time of setting the predetermined image; generation means configured to generate the panoramic image from the plurality of the captured images on which the predetermined image is not superimposed, by transformation processing of coordinate values of the plurality of the captured images; and determination means configured to determine a second superimposition position of the predetermined image on the panoramic image corresponding to the first superimposition position on the captured image determined according to the superimposition parameter; and superimposition means configured to superimpose the predetermined image on the panoramic image generated by the generation means at the second superimposition position determined by the determination means.
Rolling tool device (14, 50) for deep-rolling of, in particular, blade elements of a rotor area of a jet engine with a tool carrier to which two pliers-type bodies (17, 18) are rotatably connected, with the pliers-type bodies (17, 18) each being provided with a rolling area (21, 22), and with a distance between the rolling areas (21, 22) being variable in dependence of a rotary movement of the pliers-type bodies (17, 18), characterized in that a separate spacer device is provided by means of which a minimum distance between the rolling areas (21, 22) can be defined.
An endoscopy instrument guider port comprising: a main body member having a top end at which at least one surgical instrument entrance part is formed; a protective tube extending distally from the main body member by a predetermined length; a support ring member provided at a distal portion of the protective tube, the support ring member being freely deformable and restored; and characterized by further comprising: a deformable adjustment ring member fixedly provided at a predetermined position lengthwise along the protective tube distal from the main body member and proximal to the support ring member, to coil the protective tube through a folding motion in order to adjust a length of the protective tube, wherein a sectional surface of the adjustment ring member has a rectangular shape. a main body member having a top end at which at least one surgical instrument entrance part is formed; a protective tube extending distally from the main body member by a predetermined length; a support ring member provided at a distal portion of the protective tube, the support ring member being freely deformable and restored; and characterized by further comprising: a deformable adjustment ring member fixedly provided at a predetermined position lengthwise along the protective tube distal from the main body member and proximal to the support ring member, to coil the protective tube through a folding motion in order to adjust a length of the protective tube, wherein a sectional surface of the adjustment ring member has a rectangular shape.
A rechargeable zinc electrode, said electrode comprising a current collector and a composition comprising: a) a zinc or zinc alloy powder; b) optionally zinc oxide or zinc oxide alloyed powder; c) a thermoplastic organic binder material; and d) optionally a gelling agent; wherein said electrode comprises a fibrous cage-like polymer structure which mechanically reinforces said composition during charge/discharge operation, and wherein said electrode is porous, and the porosity of said electrode is at least 20 vol%. a) a zinc or zinc alloy powder; b) optionally zinc oxide or zinc oxide alloyed powder; c) a thermoplastic organic binder material; and d) optionally a gelling agent;
A sensor surface-covering material (100, 200, 300, 400, 500, 600, 700) comprising a layer of synthetic material and a sensor layer (130, 230, 330, 430, 530, 630, 730, 830) wherein the sensor layer (130, 230, 330, 430, 530, 630, 730, 830) is configured to detect a change in an electrical property which is resistance and/or capacitance and wherein the sensor layer (130, 230, 330, 430, 530, 630, 730, 830) comprises a combined detectable electrical-property and mechanical-property sensor layer characterized in that the sensor layer (130, 230, 330, 430, 530, 630, 730, 830) comprises three layers: a top layer comprising a detectable mechanical-property sensor layer; a middle layer comprising an insulating layer; and a bottom layer comprising a detectable electrical-property sensor layer.
A display control apparatus for controlling the display of information in a vehicle, the display control apparatus comprising a controller having at least one electronic processor configured to control first and second displays (4, 5); wherein the at least one electronic processor is configured to: control a switching module to cause a first information data set displayed on said first display to be displayed on said second display; and, select said second display from a plurality of displays; in dependence on a determined gaze direction of the vehicle driver. wherein the at least one electronic processor is configured to: control a switching module to cause a first information data set displayed on said first display to be displayed on said second display; and, select said second display from a plurality of displays; control a switching module to cause a first information data set displayed on said first display to be displayed on said second display; and, select said second display from a plurality of displays; in dependence on a determined gaze direction of the vehicle driver.
Burning stove combined with a Stirling engine for producing electricity or to be coupled to a heat pump where the heater of said Stirling engine is placed inside the stove, said stove comprises two or more burners, characterized in that the burners are arranged on the same plane and that the axis of the heater of the Stirling engine passes through the barycenter of said two or more burners.
A method for controlling a change in damping in an artificial knee joint of an orthosis or prosthesis, wherein the artificial knee joint has an upper part, a lower part which is mounted on said upper part pivotably about a pivot axis, and a resistance unit which is fastened to the upper part at an upper articulation point and to the lower part at a lower articulation point for the purposes of providing a resistance to a flexion or extension of the artificial knee joint, wherein the resistance unit is assigned an adjustment device for changing the flexion resistance, characterized in that a control device connected to sensors is associated with the adjusting device and a sit-down function is automatically activated on the basis of an evaluation of sensor data and/or by manual selection, in the sit-down function the resistance of the resistance unit is increased from a knee angle threshold value with increasing knee angle (α) in order to achieve an adaptation of the resistance torque to the needs during sitting down.
Method for heat treating a steel component (28, 36) comprising the steps of: a) carbonitriding the steel component (28, 36) at a temperature of 930-970°C for 5-10 hours, b) cooling the steel component (28, 36), c) re-heating the steel component (28, 36) to a temperature of 780-820°C and d) quenching the steel component (28, 36), characterized in that the method comprises the step of f) holding the steel component (28, 36) at an initial temperature (T 1) above the initial martensite formation temperature (Ms), and lowering the initial temperature (T 1) to a temperature (T 2) that is below the initial martensite formation temperature (Ms) but above the actual martensite formation temperature during the bainite transformation and in that step f) comprises subsequently raising the temperature from (T 2) to a temperature (T 3) that is above the initial martensite formation temperature (Ms) during the bainite transformation, wherein 50-90% of the austenite is transformed to bainite before increasing the temperature to (T 3) to speed up the transformation of the remaining austenite to bainite, and wherein the steel component (28, 36) comprises steel with a carbon content of 0.6 to 1.20 weight %. a) carbonitriding the steel component (28, 36) at a temperature of 930-970°C for 5-10 hours, b) cooling the steel component (28, 36), c) re-heating the steel component (28, 36) to a temperature of 780-820°C and d) quenching the steel component (28, 36),
A terminal device in communication with a base station device comprising: a receiving unit configured to receive a Master Information Block, MIB, on a Physical Broadcast Channel, PBCH, from the base station device, the MIB including a first configuration associated with a machine type communication, MTC, wherein the receiving unit is configured to receive a System Information Block, from the base station device, SIB, associated with the MTC on a physical downlink shared channel, PDSCH, in a subframe being based on the first configuration, the SIB includes a second configuration associated with the MTC, the second configuration includes a first parameter indicating a first subframe set and second subframe set, a second parameter indicating frequency hopping and a third parameter indicating a transport block size, and the receiving unit is configured to receive a first SIB associated with the MTC using the first subframe set and receive a second SIB associated with the MTC using the second subframe set. a receiving unit configured to receive a Master Information Block, MIB, on a Physical Broadcast Channel, PBCH, from the base station device, the MIB including a first configuration associated with a machine type communication, MTC, wherein the receiving unit is configured to receive a System Information Block, from the base station device, SIB, associated with the MTC on a physical downlink shared channel, PDSCH, in a subframe being based on the first configuration, the SIB includes a second configuration associated with the MTC, the second configuration includes a first parameter indicating a first subframe set and second subframe set, a second parameter indicating frequency hopping and a third parameter indicating a transport block size, and the receiving unit is configured to receive a first SIB associated with the MTC using the first subframe set and receive a second SIB associated with the MTC using the second subframe set.
A mobility device profile generation system for producing a control profile (11; 28; 38; 44) for operating a mobility device comprising: a. memory for storing profile data; b. a processor configured to display profile data stored in memory on a display device in the form of a graphical representation depicting a relationship between at least two variables associated with operating the mobility device; and c. a human input device (10, 104) adapted to allow a user to adjust interactively the graphical representation to calibrate the relationship between the at least two variables to produce a control profile (11; 28; 38; 44) that limits the range of operation of a controller (9, 106) of the mobility device according to the graphical representation. a. memory for storing profile data; b. a processor configured to display profile data stored in memory on a display device in the form of a graphical representation depicting a relationship between at least two variables associated with operating the mobility device; and c. a human input device (10, 104) adapted to allow a user to adjust interactively the graphical representation to calibrate the relationship between the at least two variables to produce a control profile (11; 28; 38; 44) that limits the range of operation of a controller (9, 106) of the mobility device according to the graphical representation.
A packet processing method in a Point-to-Point Protocol over Ethernet, PPPoE, authentication process, wherein a first broadband access server, BAS, exists in a broadcast domain in which a user terminal is located, the first BAS supports the PPPoE and corresponds to a first operator, and a second BAS that supports the PPPoE and that corresponds to a second operator also exists in the broadcast domain in which the user terminal is located; and the method comprises: receiving, by the first BAS, a PPPoE active discovery initiation, PADI, packet sent by the user terminal; and when determining that a quantity of authentication failures of the user terminal on the first BAS is greater than a preset threshold, skipping sending, by the first BAS, a PPPoE active discovery offer, PADO, packet to the user terminal in a preset period. receiving, by the first BAS, a PPPoE active discovery initiation, PADI, packet sent by the user terminal; and when determining that a quantity of authentication failures of the user terminal on the first BAS is greater than a preset threshold, skipping sending, by the first BAS, a PPPoE active discovery offer, PADO, packet to the user terminal in a preset period.
A feeding device for feeding fluff and granules into an extruder • having a feed device with an outlet-side pipe section for the granules, with which the granules can be supplied, forming a granule column, wherein the pipe section is connected to an inlet opening of the extruder, • having a funnel with a funnel outlet for feeding fluff, wherein a screw conveyor for conveying fluff is provided within the funnel, which screw conveyor projects through the funnel outlet and projects into the pipe section, wherein the fluff can be conveyed within the granule column, wherein the screw conveyor is configured to also convey some of the granules and/or compact the fluff with a compacting device, characterized in that the screw conveyor is designed so as to be at least double-threaded. • having a feed device with an outlet-side pipe section for the granules, with which the granules can be supplied, forming a granule column, wherein the pipe section is connected to an inlet opening of the extruder, • having a funnel with a funnel outlet for feeding fluff, wherein a screw conveyor for conveying fluff is provided within the funnel, which screw conveyor projects through the funnel outlet and projects into the pipe section, wherein the fluff can be conveyed within the granule column, wherein the screw conveyor is configured to also convey some of the granules and/or compact the fluff with a compacting device,
A resin composition for laser engraving, comprising a polyfunctional polymerizable compound having two or more ethylenic unsaturated bonds, a carbon-sulfur bond being contained at the site where two among the two or more ethylenic unsaturated bonds are connected, a binder polymer, and a light-heat converting agent which can absorb light having a wavelength of 700 nm to 1,300 nm, provided that the polyfunctional polymerizable compound is not any of the following compounds: a polyfunctional polymerizable compound having two or more ethylenic unsaturated bonds, a carbon-sulfur bond being contained at the site where two among the two or more ethylenic unsaturated bonds are connected, a binder polymer, and a light-heat converting agent which can absorb light having a wavelength of 700 nm to 1,300 nm,
Electrical resistance element with a non-zero resistance value of 10 -4 ohm or less, preferably 10 -6 ohm or less, which comprises a coplanar structure consisting of spaced-apart electrodes (23a, 23b), configured in particular in a meander pattern, electrically connected by a resistance layer of normally conductive metal, wherein the material of the electrodes (23a, 23b) possesses a phase transition to the superconductive state, characterized in that the structure has an interdigitating configuration and in that the material of the electrodes is a high-temperature superconductor with a transition temperature of over 50 K.
A method for wireless communication using resources that include a Long-Term Evolution, LTE, legacy control region (310; 510; 610) allocated for a first type of communications operating in a first latency mode and a low latency region (315; 515; 615) allocated for a second type of communications operating in a second latency mode, wherein a round trip time, RTT, between a transmission and acknowledgement of the transmission is reduced in the second latency mode relative to the RTT in the first latency mode, the method comprising: receiving an indication in the legacy control region that demodulation reference signals transmitted in two or more transmission time intervals are combinable, wherein the demodulation reference signals are transmitted using resources of the low latency region associated with a group identification or a user equipment, UE, identification; receiving transmissions during the two or more transmission time intervals; and combining the demodulation reference signals included in the transmissions during the two or more transmission time intervals based at least in part on the indication. receiving an indication in the legacy control region that demodulation reference signals transmitted in two or more transmission time intervals are combinable, wherein the demodulation reference signals are transmitted using resources of the low latency region associated with a group identification or a user equipment, UE, identification; receiving transmissions during the two or more transmission time intervals; and combining the demodulation reference signals included in the transmissions during the two or more transmission time intervals based at least in part on the indication.
An intraocular lens injector comprising: a body which is tubular; a lens holder provided on an end surface of the body and configured to hold an intraocular lens; a plunger adapted to be inserted into the body, while being capable of entering and leaving the body, so as to (i) come into contact with the intraocular lens, which is held by the lens holder and (ii) extrude the intraocular lens; and a nozzle through which to release the intraocular lens, which has been extruded by the plunger, while folding the intraocular lens, the lens holder having: a placement part which is provided with a placement surface on which to place the intraocular lens; and a lid part which is provided so as to cover the placement part, characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force. a body which is tubular; a lens holder provided on an end surface of the body and configured to hold an intraocular lens; a plunger adapted to be inserted into the body, while being capable of entering and leaving the body, so as to (i) come into contact with the intraocular lens, which is held by the lens holder and (ii) extrude the intraocular lens; and a nozzle through which to release the intraocular lens, which has been extruded by the plunger, while folding the intraocular lens, the lens holder having: a placement part which is provided with a placement surface on which to place the intraocular lens; and a lid part which is provided so as to cover the placement part, characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force. a placement part which is provided with a placement surface on which to place the intraocular lens; and a lid part which is provided so as to cover the placement part, characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force.