mhurhangee/ep-ind-claims huggingface dataset:
Household appliance with a rinse water tank for receiving rinse water and an outer tub for receiving wash liquor, characterised in that the household appliance comprises a thermogenerator for transmitting a quantity of heat from the rinse water to the wash liquor.
A yarn traverse guide comprising: (a) a first guide member forming a first yarn guide, (b) a second guide member forming a second yarn guide, and (c) a guide attaching member for fixing said first guide member and said second guide member, wherein (d) said first guide member has a first yarn introducing port formed in a peripheral segment (21 a) thereof and a first yarn introducing passage extending from said first yarn introducing port to inward of said first guide member, (e) said second guide member defines a second yarn introducing port and a second yarn introducing passage extending from said second yarn introducing port to inward of said second guide member, and (f) said first yarn guide and said second yarn guide are fixed to said guide attaching member in facing relationship to each other through a clearance (e) between them, in such a state that when said first yarn introducing port and said second yarn introducing port are projected on the same plane of projection, they do not overlap each other and in such a state that when said first yarn introducing passage and said second yarn introducing passage are projected on the same plane of projection, they overlap each other at least partially, characterized in that (g) said second guide member comprises two bars (6a, 6b) disposed parallel to one another with a clearance kept between them in which said clearance between said two bars (6a, 6b) forms said second yarn introducing passage, and an inlet of said clearance forms said second yarn introducing port, and further wherein said first guide member comprises a plate body, and each of said two bars (6a, 6b) of said second guide member is a rotatable roller. (a) a first guide member forming a first yarn guide, (b) a second guide member forming a second yarn guide, and (c) a guide attaching member for fixing said first guide member and said second guide member, (d) said first guide member has a first yarn introducing port formed in a peripheral segment (21 a) thereof and a first yarn introducing passage extending from said first yarn introducing port to inward of said first guide member, (e) said second guide member defines a second yarn introducing port and a second yarn introducing passage extending from said second yarn introducing port to inward of said second guide member, and (f) said first yarn guide and said second yarn guide are fixed to said guide attaching member in facing relationship to each other through a clearance (e) between them, in such a state that when said first yarn introducing port and said second yarn introducing port are projected on the same plane of projection, they do not overlap each other and in such a state that when said first yarn introducing passage and said second yarn introducing passage are projected on the same plane of projection, they overlap each other at least partially, (g) said second guide member comprises two bars (6a, 6b) disposed parallel to one another with a clearance kept between them in which said clearance between said two bars (6a, 6b) forms said second yarn introducing passage, and an inlet of said clearance forms said second yarn introducing port,
A hand-held tool comprising a tool part and a handle surrounding a portion of the tool part and connected to same in a torque-transmitting manner, characterized in that - the tool part comprises, at least in some regions of a portion surrounded by the handle, a connection contour used to connect the handle in a torque-transmitting manner, and - the handle comprises an inner handle piece which can be connected to the connection contour and surrounds same in a torque-transmitting manner, one or more outwardly open casting channels being provided between both parts (5, 7) when the inner handle piece is slid onto the connection contour, as well as an outer handle piece made of plastics material, which during a plastics molding process is molded around the unit comprising the tool part and inner handle piece connected to the connection contour thereof and the at least one casting channel being at least partially filled with the plastics material which forms the outer handle piece. - the tool part comprises, at least in some regions of a portion surrounded by the handle, a connection contour used to connect the handle in a torque-transmitting manner, and - the handle comprises an inner handle piece which can be connected to the connection contour and surrounds same in a torque-transmitting manner, one or more outwardly open casting channels being provided between both parts (5, 7) when the inner handle piece is slid onto the connection contour, as well as an outer handle piece made of plastics material, which during a plastics molding process is molded around the unit comprising the tool part and inner handle piece connected to the connection contour thereof and the at least one casting channel being at least partially filled with the plastics material which forms the outer handle piece.
Vacuum interrupter with one movable contact fixed on a movable contact stem and one fixed contact with a fixed contact stem, wherein the fixed and movable contacts are located in a electrically insulating tube which is vacuumtightly closed by metal lids (7, 7') at boths sides of the insulating tube, wherein the fixed contact stem is placed vacuumtightly on one of the metal lids and the movable contact stem guided through an opening of the opposite metal lid via axially extendable vacuumtight bellows, wherein in order to create a twist protection of the movable contact stem a ring disc shaped plastic part with a central opening, through which the movable contact stem is guided, is connected externally to the vacuum interrupter such that inner spanner flats inside the opening of the plastic part complementarily fit closely to external spanner flats of the movable contact stem, and that the aforesaid plastic part is fixed to the corresponding metal lid, through which is vacuumtightly guided the aforesaid movable contact stem via the bellows, and characterised in that the aforesaid plastic part is fixed in its angular position to the aforesaid metal lid by a self-tapping screw.
A computing device comprising: a housing comprising an inner surface, a portion of the inner surface of the housing having a first emissivity; a heat generating component positioned within the housing, a thermal management device comprising a phase change device and a heat spreader, wherein the phase change device extends away from the heat generating component to the heat spreader, such that the heat spreader is physically and thermally connected to the heat generating component, the thermal management device positioned within the housing, at a distance from the portion of the inner surface of the housing, the thermal management device comprising an outer surface, the outer surface of the thermal management device comprising a first portion and a second portion, a first coating layer disposed on the first portion of the outer surface of the thermal management device and a second coating layer disposed on the second portion of the outer surface of the thermal management device, the first coating layer having a second emissivity and the second coating layer having a third emissivity, wherein the second emissivity is greater than the third emissivity, and the first emissivity is the same as the second emissivity. a housing comprising an inner surface, a portion of the inner surface of the housing having a first emissivity; a heat generating component positioned within the housing, a thermal management device comprising a phase change device and a heat spreader, wherein the phase change device extends away from the heat generating component to the heat spreader, such that the heat spreader is physically and thermally connected to the heat generating component, the thermal management device positioned within the housing, at a distance from the portion of the inner surface of the housing, the thermal management device comprising an outer surface, the outer surface of the thermal management device comprising a first portion and a second portion, a first coating layer disposed on the first portion of the outer surface of the thermal management device and a second coating layer disposed on the second portion of the outer surface of the thermal management device, the first coating layer having a second emissivity and the second coating layer having a third emissivity, wherein the second emissivity is greater than the third emissivity, and the first emissivity is the same as the second emissivity.
Method for signalling an adaptation request that requests adaptation of the coding/decoding of real-time signals of a real-time communication session between a first terminal and a second terminal, characterized in that the adaptation request relates to a frame redundancy and/or aggregation request, in that it is generated depending on the existence of a signalling parameter obtained in the phase of negotiation of the codecs used that took place during the initialization of the communication session, the signalling parameter indicating the capacity to use an existing reserved or not used CMR type code, CMR standing for Codec Mode Request, to code a frame redundancy and/or aggregation request and in that the adaptation request is transported via a real time protocol of RTP type, RTP standing for Real-time Transport Protocol, using a field included in a CMR type coding-mode-change request and an existing reserved or not used CMR code.
A surgical clip, in particular an aneurism clip, comprising two clip branches (2, 3) which are spring-elastically joined and pretensioned at the proximal ends (14, 15) thereof via a first spring element, in particular a leg spring, which can be rotated about a spring pivot point formed by the first spring element, and which are held with the distal free ends (4, 5) thereof in parallel against one another in a resting position of the surgical clip via the closing force of the first spring element, characterized in that the surgical clip has a conversion device which reduces a ratio of opening force, applied to a force-guiding path for opening the clip branches (2, 3), to opening angle (φ), from a predetermined opening angle (φ predetermined) of the distal free ends (4, 5) of the two clip branches (2, 3), wherein at least either of the clip branches (2, 3) has an additional pivot point which is arranged distally from the spring pivot point and proximally from the force-guiding path and about which the at least one clip branch (2, 3) can be rotated while overcoming a spring-elastic pretension at least of a second spring element (16, 17), especially a leaf spring or a flexible spring.
An electromechanical apparatus comprising: a motor comprising an input structured to input power; and an electronic circuit structured to condition the input power to said motor, characterized in that said electronic circuit comprises a current sensor structured to sense current flowing to the input of said motor, a voltage sensor structured to sense voltage to be applied to the input of said motor, a first detector structured to detect a current spike from said sensed current and responsively limit a magnitude of said current flowing to the input of said motor, and a second detector structured to detect a voltage spike from said sensed voltage and responsively limit a magnitude of said voltage applied to the input of said motor. a motor comprising an input structured to input power; and an electronic circuit structured to condition the input power to said motor, characterized in that said electronic circuit comprises a current sensor structured to sense current flowing to the input of said motor, a voltage sensor structured to sense voltage to be applied to the input of said motor, a first detector structured to detect a current spike from said sensed current and responsively limit a magnitude of said current flowing to the input of said motor, and a second detector structured to detect a voltage spike from said sensed voltage and responsively limit a magnitude of said voltage applied to the input of said motor.
An insulin detection method comprising: adding a sample to an electrode having an insulin binding protein immobilized on a surface of the electrode, the insulin binding protein specifically recognizing insulin; and detecting an electrochemical change associated with formation of a complex of the insulin and the insulin binding protein, wherein the insulin binding protein includes a first region that includes an α-CT segment of an insulin receptor and does not include a β subunit of the insulin receptor and a second region that includes an L1 domain of the insulin receptor and does not include the β subunit of the insulin receptor, and one of the first region and the second region is immobilized on the surface of the electrode. adding a sample to an electrode having an insulin binding protein immobilized on a surface of the electrode, the insulin binding protein specifically recognizing insulin; and detecting an electrochemical change associated with formation of a complex of the insulin and the insulin binding protein, wherein the insulin binding protein includes a first region that includes an α-CT segment of an insulin receptor and does not include a β subunit of the insulin receptor and a second region that includes an L1 domain of the insulin receptor and does not include the β subunit of the insulin receptor, and one of the first region and the second region is immobilized on the surface of the electrode.
A method of wireless communication, comprising: actively communicating on a first radio access technology, RAT (520, 530), wherein the first RAT (520, 530) comprises long term evolution, LTE; and actively communicating on a second RAT (540, 550), wherein the second RAT (540, 550) comprises wireless local area network, WLAN characterized by communicating on a second RAT uplink when the first RAT is not scheduled for communicating during an uplink timeslot; and controlling starting and stopping of communications on a second RAT downlink to align with first RAT downlink communication through transmitting Power Save Poll messages between a WLAN radio and a WLAN access point. actively communicating on a first radio access technology, RAT (520, 530), wherein the first RAT (520, 530) comprises long term evolution, LTE; and actively communicating on a second RAT (540, 550), wherein the second RAT (540, 550) comprises wireless local area network, WLAN characterized by communicating on a second RAT uplink when the first RAT is not scheduled for communicating during an uplink timeslot; and controlling starting and stopping of communications on a second RAT downlink to align with first RAT downlink communication through transmitting Power Save Poll messages between a WLAN radio and a WLAN access point.
Respiratory protection hood comprising a flexible shell intended to be put on the head of a user and a pressurised oxygen vessel having a calibrated output opening leading into the inner space of the flexible shell, the output opening being sealed by a removable cap or rupture arrangement, the pressurised oxygen vessel comprising two independent storage compartments (6, 7), of which a first compartment communicates with the outlet opening and a second compartment is isolated from the output opening by a separation provided with a separation opening member (8, 9, 10), characterised in that the separation is sealed and the opening member (8, 9) can be switched between a first configuration preventing fluidic communication between the second compartment and the outlet opening and a second configuration allowing a fluidic communication between the second compartment and the outlet opening, the opening member (8, 9, 10) being sensitive to the pressure differential between the second compartment and the first compartment and being configured to automatically switch from the first to the second configuration when the pressure differential between the second compartment and the first compartment is less than a determined threshold.
A method of monitoring an air flow in a zone (1, 1') of an HVAC system (10, 10'), the zone (1, 1') comprising a supply port and a return port, a first flow sensor configured to measure a supply flow (φ 1) through the supply port, and a second flow sensor configured to measure a return flow (φ 2) through the return port, the method comprising: recording by a control system (20, 20') the supply flow (φ 1) measured by the first flow sensor and the return flow (φ 2) measured by the second flow sensor; determining by the control system (20, 20') an infiltration and exfiltration component (φ inf/exf), using the supply flow (φ 1) and the return flow (φ 1) recorded by the control system (20, 20'); and determining by the control system (20, 20') an operational sensor state of at least one of the first flow sensor and the second flow sensor, using the supply flow (φ 1), the return flow (φ 2), and the infiltration and exfiltration component (φ inf/exf), wherein determining the operational sensor state comprises the control system (20, 20') detecting a deviation of a temporal course of the supply flow (φ 1), recorded by the control system (20, 20'), and a temporal course of the return flow (φ2), having removed the infiltration and exfiltration component (φ inf/exf) by the control system (20, 20'), the deviation being indicative of a malfunctioning of at least one of the first flow sensor and the second flow sensor. recording by a control system (20, 20') the supply flow (φ 1) measured by the first flow sensor and the return flow (φ 2) measured by the second flow sensor; determining by the control system (20, 20') an infiltration and exfiltration component (φ inf/exf), using the supply flow (φ 1) and the return flow (φ 1) recorded by the control system (20, 20'); and determining by the control system (20, 20') an operational sensor state of at least one of the first flow sensor and the second flow sensor, using the supply flow (φ 1), the return flow (φ 2), and the infiltration and exfiltration component (φ inf/exf), wherein determining the operational sensor state comprises the control system (20, 20') detecting a deviation of a temporal course of the supply flow (φ 1), recorded by the control system (20, 20'), and a temporal course of the return flow (φ2), having removed the infiltration and exfiltration component (φ inf/exf) by the control system (20, 20'), the deviation being indicative of a malfunctioning of at least one of the first flow sensor and the second flow sensor.
A lubricant composition comprising: at least one lubricating oil selected from the group consisting of natural and synthetic lubricating base oils; at least one first antioxidant selected from mixtures of monoalkylated diphenylamine, dialkylated diphenylamine, and trialkylated diphenylamine; at least one second antioxidant selected from the group consisting of N,N'-diphenyl-p-phenylenediamine, N,N'-di(naphthyl-2)-p-phenylenediamines, N-isopropyl-N'-phenyl-p-phenylenediamine, N-(1,3-dimethylbutyl)-N'-phenyl-p-phenylenediamine, N-(1-methylheptyl)-N'-phenyl-p-phenylenediamine, N-cyclohexyl-N'-phenyl-p-phenylenediamine, and a mixture of N-hexyl-N'-phenyl-p-phenylenediamine and N-heptyl-N'-phenyl-p-phenylenediamine; and, optionally, at least one third antioxidant selected from the group consisting of substituted phenols of the formula wherein R 5, R 6, and R 7 are independently selected from the group consisting of hydrogen and hydrocarbyl groups, preferably having 1 to 100 carbon atoms, provided that at least one hydrocarbyl group is in the ortho position. at least one lubricating oil selected from the group consisting of natural and synthetic lubricating base oils; at least one first antioxidant selected from mixtures of monoalkylated diphenylamine, dialkylated diphenylamine, and trialkylated diphenylamine; at least one second antioxidant selected from the group consisting of N,N'-diphenyl-p-phenylenediamine, N,N'-di(naphthyl-2)-p-phenylenediamines, N-isopropyl-N'-phenyl-p-phenylenediamine, N-(1,3-dimethylbutyl)-N'-phenyl-p-phenylenediamine, N-(1-methylheptyl)-N'-phenyl-p-phenylenediamine, N-cyclohexyl-N'-phenyl-p-phenylenediamine, and a mixture of N-hexyl-N'-phenyl-p-phenylenediamine and N-heptyl-N'-phenyl-p-phenylenediamine; and, optionally, at least one third antioxidant selected from the group consisting of substituted phenols of the formula wherein R 5, R 6, and R 7 are independently selected from the group consisting of hydrogen and hydrocarbyl groups, preferably having 1 to 100 carbon atoms, provided that at least one hydrocarbyl group is in the ortho position.
An icing simulation system comprising: a wind tunnel; a nozzle system configured to spray drops of water within the wind tunnel; characterized in that the icing simulation system additionally comprises: a sensor system configured to detect a size of the drops of the water; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition. a wind tunnel; a nozzle system configured to spray drops of water within the wind tunnel; characterized in that the icing simulation system additionally comprises: a sensor system configured to detect a size of the drops of the water; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition. a sensor system configured to detect a size of the drops of the water; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition.
An imaging device comprising: a non-contact communication unit configured to perform non-contact communication with an external device; and a power unit configured to be turned ON based on detecting a polling command which is transmitted from the external device by the non-contact communication; characterized by a control unit configured to control the imaging device to transmit, to the external device, connection information regarding wireless communication connection with the external device, and project a collapsible lens when the transmission of the connection information is completed. a non-contact communication unit configured to perform non-contact communication with an external device; and a power unit configured to be turned ON based on detecting a polling command which is transmitted from the external device by the non-contact communication; characterized by a control unit configured to control the imaging device to transmit, to the external device, connection information regarding wireless communication connection with the external device, and project a collapsible lens when the transmission of the connection information is completed. transmit, to the external device, connection information regarding wireless communication connection with the external device, and project a collapsible lens when the transmission of the connection information is completed.