mhurhangee/ep-ind-claims huggingface dataset:
Domestic appliance having at least one tool which can be moved in a rotatory and/or translatory manner and an electric motor drive, characterised in that the domestic appliance has control means for temporarily operating the electric motor drive at an increased power in relation to the permissible continuous load.
A communication apparatus, used within a communication system, for avoiding collision of a transmission frame (31, 32, 33, 34), transmitted by another communication apparatus in the same communication system, in a transmission line medium using a back-off process, the communication apparatus comprising: a back-off process section for performing, using a contention window, a regular back-off process which is performed at transmission of a transmission frame (31, 32, 33, 34) and a pseudo back-off process for determining, in the contention window, a slot number of a pseudo transmission frame (41, 42, 43) which is not actually transmitted; a medium information obtaining section for obtaining, medium information indicative of a state of the transmission line medium when the communication apparatus does not transmit the transmission frame (31, 32, 33, 34), by comparing a slot number of the contention window at which a transmission frame (31, 32, 33, 34) from another communication apparatus has been detected by the communication apparatus, with the slot number of the pseudo transmission frame (41, 42, 43); and a medium state determination section for determining the state of the transmission line medium using the medium information to obtain determination information. a back-off process section for performing, using a contention window, a regular back-off process which is performed at transmission of a transmission frame (31, 32, 33, 34) and a pseudo back-off process for determining, in the contention window, a slot number of a pseudo transmission frame (41, 42, 43) which is not actually transmitted; a medium information obtaining section for obtaining, medium information indicative of a state of the transmission line medium when the communication apparatus does not transmit the transmission frame (31, 32, 33, 34), by comparing a slot number of the contention window at which a transmission frame (31, 32, 33, 34) from another communication apparatus has been detected by the communication apparatus, with the slot number of the pseudo transmission frame (41, 42, 43); and a medium state determination section for determining the state of the transmission line medium using the medium information to obtain determination information.
A method for providing user information, comprising: acquiring information relating to user position of a user; acquiring a point of interest associated with the user position; acquiring other users who have performed registration on the point of interest within a predetermined time period; and providing information of the other users to the user. acquiring information relating to user position of a user; acquiring a point of interest associated with the user position; acquiring other users who have performed registration on the point of interest within a predetermined time period; and providing information of the other users to the user.
A duty cycle, DTC, monitoring circuit configured to receive and monitor a duty cycle of a generated clock signal; wherein the DTC monitoring circuit is characterized by: a differential signal generator configured to receive the generated clock signal and generate an inverted representation of the generated clock signal, and generate a non-inverted representation of the generated clock signal; an averaging circuit operably coupled to the differential signal generator and configured to average the generated non-inverted clock signal and average the inverted representation of the generated clock signal; a comparison circuit comprising at least a first comparator configured to receive and compare the averaged non-inverted generated clock signal with a second respective reference voltage threshold and a second comparator configured to receive and compare the averaged inverted representation with a first respective reference voltage threshold; a reference voltage generation circuit (430, 432) operably coupled to the averaging circuit and configured to provide the first respective reference voltage threshold (Vth2 454) associated with the averaged inverted representation of the generated clock signal and provide the second respective reference voltage threshold (Vth1 434) associated with the averaged non-inverted representation of the generated clock signal; and a summing circuit operably coupled to the comparison circuit and configured to sum outputs of the first comparator and second comparator wherein an output of the summing circuit comprises a monitored duty cycle of the generated clock signal. a differential signal generator configured to receive the generated clock signal and generate an inverted representation of the generated clock signal, and generate a non-inverted representation of the generated clock signal; an averaging circuit operably coupled to the differential signal generator and configured to average the generated non-inverted clock signal and average the inverted representation of the generated clock signal; a comparison circuit comprising at least a first comparator configured to receive and compare the averaged non-inverted generated clock signal with a second respective reference voltage threshold and a second comparator configured to receive and compare the averaged inverted representation with a first respective reference voltage threshold; a reference voltage generation circuit (430, 432) operably coupled to the averaging circuit and configured to provide the first respective reference voltage threshold (Vth2 454) associated with the averaged inverted representation of the generated clock signal and provide the second respective reference voltage threshold (Vth1 434) associated with the averaged non-inverted representation of the generated clock signal; and a summing circuit operably coupled to the comparison circuit and configured to sum outputs of the first comparator and second comparator wherein an output of the summing circuit comprises a monitored duty cycle of the generated clock signal.
An inspection apparatus comprising: a stage on which a substrate is placed; a cooler to cool the substrate placed on the stage; a light irradiator to irradiate light to an upper surface of the substrate, opposite to a bottom surface of the substrate placed on the stage; and a controller to control the light irradiator, characterized in that the inspection apparatus further comprises a probe card having probes to be in contact with the substrate to supply electric power, wherein the light irradiator includes multiple light sources, and the light sources are arranged to surround the outer periphery of the probes. a stage on which a substrate is placed; a cooler to cool the substrate placed on the stage; a light irradiator to irradiate light to an upper surface of the substrate, opposite to a bottom surface of the substrate placed on the stage; and a controller to control the light irradiator, the inspection apparatus further comprises a probe card having probes to be in contact with the substrate to supply electric power, wherein the light irradiator includes multiple light sources, and the light sources are arranged to surround the outer periphery of the probes.
An additive manufacturing device comprising: a heat pump comprising a source heat exchanger in thermal contact with a fluid source to extract heat from a fluid source to produce cooled fluid and a sink heat exchanger to thermally contact a print material to transfer the heat from the fluid source to heat the print material, wherein the print material is a build material and the cooled fluid is used to cool an energy source of the additive manufacturing device.
A recording method, in which a glitter pigment ink and a clear ink containing substantially no color material are applied to a coated paper or a film, comprising: at least one of primarily-applying the clear ink before applying the glitter pigment ink and applying the clear ink in the same scanning at the time of applying the glitter pigment ink; and characterized by secondarily-applying the clear ink after applying the glitter pigment ink; the method further comprising adjusting a landed amount ratio of the glitter pigment ink and the clear ink depending on the kind of the coated paper or the film. at least one of primarily-applying the clear ink before applying the glitter pigment ink and applying the clear ink in the same scanning at the time of applying the glitter pigment ink; and characterized by secondarily-applying the clear ink after applying the glitter pigment ink; secondarily-applying the clear ink after applying the glitter pigment ink; the method further comprising adjusting a landed amount ratio of the glitter pigment ink and the clear ink depending on the kind of the coated paper or the film.
A mobile communication method in a mobile communication system in which a mobile station is configured to be capable of performing carrier aggregation via a first cell under a first radio base station, eNB#1, and a second cell under a second radio base station, eNB#10, the mobile communication method including the steps of, when a first logical channel, LCH#A, is established between the mobile station and the first radio base station, eNB#1, a second logical channel, LCH#B, is established between the mobile station and the second radio base station, eNB#10, a scheduling request transmission resource is assigned to the mobile station by the first radio base station, eNB#1, and uplink data to be transmitted in the second logical channel, LCH#B, is generated and buffered in the mobile station, characterized by causing the mobile station to start a random access procedure with the second radio base station, eNB#10; causing the second radio base station, eNB#10, to notify the mobile station of a buffered-data-amount transmission resource in the random access procedure; causing the mobile station to transmit to the second radio base station, eNB#10, a buffer status report for an amount of the buffered uplink data to be transmitted in the second logical channel, LCH#B, by using the buffered-data-amount transmission resource notified by the second radio base station, eNB#10, even though the scheduling request transmission resource is assigned by the first radio base station, eNB#1; and causing the second radio base station, eNB#10, to assign the mobile station a resource for transmission of the uplink data, upon receipt of the amount of buffered data.
Portable electronic device with telecommunication capabilities to allow for data communication via private or public networks, with an integrated chemical sensor sensitive to ketones within a breath sample of a user, characterized in that the portable electronic device has telecommunication capabilities to allow for voice communication via private or public networks and that the sensor comprises at least one metal oxide gas sensor and a control circuit for the sensor integrated onto a common substrate, wherein the sensor is located within a duct communicating through an outer shell of the device by an opening of less than 10 mm 2 area.
A catalyst deterioration determining device comprising: an oxidation catalyst disposed in an outlet passage of an engine, the oxidation catalyst comprising an adsorption substance for adsorbing and desorbing an exhaust component in the exhaust and a catalytic substance capable of oxidizing the exhaust component; and a calculating unit comprising means for calculating a difference (ΔC) in oxygen concentration between the upstream and the downstream of the oxidation catalyst; characterized by a determination unit comprising means for determining deterioration of the oxidation catalyst through comparison of a plurality of the differences (ΔC) in oxygen concentration obtained at different temperatures of the oxidation catalyst by the calculating unit. an oxidation catalyst disposed in an outlet passage of an engine, the oxidation catalyst comprising an adsorption substance for adsorbing and desorbing an exhaust component in the exhaust and a catalytic substance capable of oxidizing the exhaust component; and a calculating unit comprising means for calculating a difference (ΔC) in oxygen concentration between the upstream and the downstream of the oxidation catalyst; characterized by a determination unit comprising means for determining deterioration of the oxidation catalyst through comparison of a plurality of the differences (ΔC) in oxygen concentration obtained at different temperatures of the oxidation catalyst by the calculating unit.
A method of driving an electrowetting display device including a pixel, the method comprising the following steps for maintaining a display state of the pixel during a frame: applying a first pixel voltage between a first electrode of a first support plate of the pixel and a second electrode in electrical contact with a second fluid of the pixel during a first sub-frame of the frame using a first conversion from display input data to pixel voltage magnitude, the first pixel voltage corresponding to the display state, the second fluid being electroconductive or polar, the pixel comprising a first fluid immiscible with the second fluid, the first fluid and the second fluid located between the first support plate and a second support plate of the pixel, and the pixel comprising a storage capacitor directly connected between the first electrode and the second electrode; applying a second pixel voltage between the first electrode and the second electrode during a second sub-frame of the frame, by applying a non zero potential to the second electrode, using a second conversion from display input data to pixel voltage magnitude different from the first conversion, the second pixel voltage corresponding to the display state and the first pixel voltage and the second pixel voltage having different polarities; and opening a TFT having a gate connected to a gate control line, a source connected to a source control line and a drain connected to the first electrode to maintain the pixel at the second pixel voltage during a third sub-frame of the frame, without addressing the pixel, while applying a zero potential to the second electrode. applying a first pixel voltage between a first electrode of a first support plate of the pixel and a second electrode in electrical contact with a second fluid of the pixel during a first sub-frame of the frame using a first conversion from display input data to pixel voltage magnitude, the first pixel voltage corresponding to the display state, the second fluid being electroconductive or polar, the pixel comprising a first fluid immiscible with the second fluid, the first fluid and the second fluid located between the first support plate and a second support plate of the pixel, and the pixel comprising a storage capacitor directly connected between the first electrode and the second electrode; applying a second pixel voltage between the first electrode and the second electrode during a second sub-frame of the frame, by applying a non zero potential to the second electrode, using a second conversion from display input data to pixel voltage magnitude different from the first conversion, the second pixel voltage corresponding to the display state and the first pixel voltage and the second pixel voltage having different polarities; and opening a TFT having a gate connected to a gate control line, a source connected to a source control line and a drain connected to the first electrode to maintain the pixel at the second pixel voltage during a third sub-frame of the frame, without addressing the pixel, while applying a zero potential to the second electrode.
A fluid level sensor (18, 318) for measuring a fill level of a hot melt adhesive within a receiving space that is at least partially defined by a sidewall and configured to receive adhesive to be melted, the fluid level sensor (18, 318) characterized by: a plate element having an electrically driven electrode (100, 400) and a ground electrode operatively connected for measuring a dielectric capacitance of air and adhesive acting as a dielectric between said driven and ground electrodes (100, 400, 222), said ground electrode adapted to be electrically connected to the sidewall such that the sidewall forms at least a portion of said ground electrode; and a plurality of fastener mounts connected to said plate element and adapted to receive fasteners for coupling said plate element into adjacent relationship with the sidewall, wherein each of the fastener mounts further includes a mount aperture extending through the plate element from a front face to a rear face, such that the dielectric capacitance measured by said plate element varies with the fill level of the adhesive. a plate element having an electrically driven electrode (100, 400) and a ground electrode operatively connected for measuring a dielectric capacitance of air and adhesive acting as a dielectric between said driven and ground electrodes (100, 400, 222), said ground electrode adapted to be electrically connected to the sidewall such that the sidewall forms at least a portion of said ground electrode; and a plurality of fastener mounts connected to said plate element and adapted to receive fasteners for coupling said plate element into adjacent relationship with the sidewall, wherein each of the fastener mounts further includes a mount aperture extending through the plate element from a front face to a rear face, such that the dielectric capacitance measured by said plate element varies with the fill level of the adhesive.
A telescopic guide system suitable for ensuring the guiding of a loading platform relative to the chassis of a vehicle comprising at least one pair formed by a first rail (R1; R1') and a second rail (R2; R2'), substantially of parallel axes, in the form of a C-shaped profile, the profile of the first rail (R1; R1') having a raceway for a first roller (G1; G1') which is secured to the chassis of the vehicle, the profile of the second rail having a raceway for a second roller (G2, G2') which is secured to the movable platform, the C-shaped profiles of the first rail (R1; Rl') and the second rail (R2; R2') each comprising a section, including two wings (30, 31), substantially parallel, which are connected to each other by a connecting wing, said parallel wings (30, 31) and said connecting wing defining therebetween said cavity forming the raceway for the roller, first roller (G1, G1') or second roller (G2, G2'), characterised in that said connecting wing has on the dorsal portion thereof a protuberance which is oriented opposite to the cavity, comprising a hooking groove and in that the two profiles of said pair of the first rail (R1; R1') and second rail (R2; R2') are assembled to each other bearing by the respective dorsal area thereof, and in a position where the two hooking grooves are opposite to each other, a locking key being received simultaneously in the two hooking grooves, said locking key having a first hooking portion which is received in the hooking groove of the first rail and a second hooking portion which is received in the groove for hooking the hooking groove of the second rail so as to ensure the fastening of the two profiles of the first rail and second rail pair to each other.
An apparatus for detecting tissue damage proximate to a point of contact between a medical device and a patient's skin, comprising: the device, a first electrode and a second electrode configured to be attached to the medical device and to measure a level of sub-epidermal moisture in tissue proximate to the point of contact, an electronics package individually connected to the first and second electrodes and configured to measure a capacitance between the first and second electrodes, characterized in: one or more pressure management elements comprising one or more inflatable pockets (504, 506), wherein the medical device is a collar or a cast, wherein the one or more inflatable pockets are flexible membranes that comprise a portion of one or more walls of a sealed compartment that is within or on the surface of the collar or the cast. the device, a first electrode and a second electrode configured to be attached to the medical device and to measure a level of sub-epidermal moisture in tissue proximate to the point of contact, an electronics package individually connected to the first and second electrodes and configured to measure a capacitance between the first and second electrodes, characterized in: one or more pressure management elements comprising one or more inflatable pockets (504, 506), wherein the medical device is a collar or a cast, wherein the one or more inflatable pockets are flexible membranes that comprise a portion of one or more walls of a sealed compartment that is within or on the surface of the collar or the cast. one or more pressure management elements comprising one or more inflatable pockets (504, 506), wherein the medical device is a collar or a cast, wherein the one or more inflatable pockets are flexible membranes that comprise a portion of one or more walls of a sealed compartment that is within or on the surface of the collar or the cast.
A process for the preparation of crystalline Form 6 of Sugammadex sodium, comprising: crystallization of Sugammadex sodium from a mixture comprising water and methanol, wherein the water is present in an amount of about 1 to about 10 ml per gram of Sugammadex sodium, and the methanol is present in an amount of about 15 to about 30 ml per gram of Sugammadex sodium, wherein the process comprises: (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; wherein the crystalline Form 6 of Sugammadex sodium is characterized by an XRPD pattern having peaks at 5.5, 7.3, 10.2, 17.7 and 20.2 degrees 2-theta ± 0.2 degrees 2-theta. crystallization of Sugammadex sodium from a mixture comprising water and methanol, wherein the water is present in an amount of about 1 to about 10 ml per gram of Sugammadex sodium, and the methanol is present in an amount of about 15 to about 30 ml per gram of Sugammadex sodium, wherein the process comprises: (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; wherein the crystalline Form 6 of Sugammadex sodium is characterized by an XRPD pattern having peaks at 5.5, 7.3, 10.2, 17.7 and 20.2 degrees 2-theta ± 0.2 degrees 2-theta.