mhurhangee/ep-ind-claims huggingface dataset:
A calibration apparatus (162, 148) of a wearable type movement assisting apparatus including a detecting part for detecting biosignals generated from a wearer, a movement assisting wearing device including a driving source for applying an assisting force to the wearer, and a control part for controlling the driving source based on a parameter so that the assisting force is applied in correspondence with the biosignals for performing calibration whenever a wearer wears the movement assisting wearing device, the calibration apparatus (162, 148) characterized by comprising: a first storage part for storing a first corresponding relationship between a first power generated by the wearer and a first biosignal generated by the wearer in response to a driving force applied by the driving source when the wearer wears the movement assisting wearing device; and a second storage part for storing a second corresponding relationship between a second power generated by the wearer and a second biosignal generated by the wearer during a process of performing a predetermined basic movement; wherein the calibration apparatus (162, 148) is adapted to perform a correction of the assisting force corresponding to the biosignals for satisfying the first corresponding relationship whenever the movement assisting wearing device is worn by the wearer, based on the second biosignal generated during the basic movement of the wearer and the second corresponding relationship. a first storage part for storing a first corresponding relationship between a first power generated by the wearer and a first biosignal generated by the wearer in response to a driving force applied by the driving source when the wearer wears the movement assisting wearing device; and a second storage part for storing a second corresponding relationship between a second power generated by the wearer and a second biosignal generated by the wearer during a process of performing a predetermined basic movement; wherein the calibration apparatus (162, 148) is adapted to perform a correction of the assisting force corresponding to the biosignals for satisfying the first corresponding relationship whenever the movement assisting wearing device is worn by the wearer, based on the second biosignal generated during the basic movement of the wearer and the second corresponding relationship.
A ventilation system comprising a breathing apparatus for providing mechanical ventilation to a patient, the breathing apparatus being configured to perform an automated full recruitment manoeuvre, FRM, comprising a recruitment phase and a PEEP titration phase, wherein the PEEP titration phase is a phase of stepwise decrease in PEEP from a maximum PEEP level to a minimum PEEP level, via one or more intermediate PEEP levels, the breathing apparatus being configured to deliver a number of breaths at each PEEP level, and to monitor a parameter indicative of a potentially harmful level of ventilation during the PEEP titration, characterized by the breathing apparatus further being configured to automatically decrease PEEP to a lower PEEP level when the monitored parameter reaches a first threshold value.
An oven comprising: a housing; a cooking chamber disposed in the housing; a door to open and close the cooking chamber, the door having at least two air channels (60, 70), which are separated from each other; a circulating fan in the housing outside the cooking chamber; a channel connecting unit to connect suction and discharge parts of the circulating fan to the at least two air channels (60, 70), and a discharge pipe connected between the suction part of the circulating fan and the cooking chamber to discharge heat of the cooking chamber suctioned by the circulating fan out of the oven through the lower end of the door via the channel connecting unit and a first air channel; wherein at least one of the air channels comprises the first air channel, having one end connected to the discharge part of the circulating fan via the channel connecting unit and the other end connected to an outer space via the lower end of the door, to guide air discharged by the circulating fan to the lower end of the door such that the air is discharged out of the oven through the lower end of the door, wherein at least one of the air channels comprises a second air channel, having one end connected to the suction part of the circulating fan via the channel connecting unit and the other end connected to the outer space via the lower end of the door, to guide air suctioned by the circulating fan from the lower end to the upper end of the door such that the door is cooled by the air. a housing; a cooking chamber disposed in the housing; a door to open and close the cooking chamber, the door having at least two air channels (60, 70), which are separated from each other; a circulating fan in the housing outside the cooking chamber; a channel connecting unit to connect suction and discharge parts of the circulating fan to the at least two air channels (60, 70), and a discharge pipe connected between the suction part of the circulating fan and the cooking chamber to discharge heat of the cooking chamber suctioned by the circulating fan out of the oven through the lower end of the door via the channel connecting unit and a first air channel; wherein at least one of the air channels comprises the first air channel, having one end connected to the discharge part of the circulating fan via the channel connecting unit and the other end connected to an outer space via the lower end of the door, to guide air discharged by the circulating fan to the lower end of the door such that the air is discharged out of the oven through the lower end of the door, wherein at least one of the air channels comprises a second air channel, having one end connected to the suction part of the circulating fan via the channel connecting unit and the other end connected to the outer space via the lower end of the door, to guide air suctioned by the circulating fan from the lower end to the upper end of the door such that the door is cooled by the air.
A power save method, comprising: confirming, by a station, STA, according to a frame type identifier in a received frame of a current transmission opportunity, TXOP, that the frame is a null data packet announcement, NDPA, frame, wherein the NDPA frame carries a PARTIAL AID, the PARTIAL AID is zero; obtaining a STA association identifier, AID, in a STA information field in the NDPA frame; comparing, by the STA, its STA AID with the obtained STA AID, and determining whether its STA AID is the same as the obtained STA AID; and when the STA determines that its STA AID is different from the obtained STA AID, allowing the STA to enter a doze state until end of the current TXOP. confirming, by a station, STA, according to a frame type identifier in a received frame of a current transmission opportunity, TXOP, that the frame is a null data packet announcement, NDPA, frame, wherein the NDPA frame carries a PARTIAL AID, the PARTIAL AID is zero; obtaining a STA association identifier, AID, in a STA information field in the NDPA frame; comparing, by the STA, its STA AID with the obtained STA AID, and determining whether its STA AID is the same as the obtained STA AID; and when the STA determines that its STA AID is different from the obtained STA AID, allowing the STA to enter a doze state until end of the current TXOP.
A flow rack having a separating device for separating load carriers (34, 60) conveyed from a feed side to a removal side, having - a control vane, which can be pivoted by a load carrier (34, 60) moving in the transport direction from a first position into a second position, - a sorting stop arrangement arranged upstream before the control vane in the transport direction and having a stop element, wherein the sorting stop arrangement is mechanically coupled to the control vane via a locking element of the sorting stop arrangement such that the stop element is in a locked stop state, in which it extends beyond the transport plane, when the control vane is in the second position, once a first of the load carriers has passed the sorting stop arrangement and the control vane stops in the second position, and is in a release state, in which it can move under the transport plane, when the control vane is located in the first position, wherein the locking element is movable relative to the sorting stop arrangement, such that a form fit with a control element is formed, by means of which a stop force, which a subsequent second load carrier exerts onto the stop element, can be taken up, wherein the position of the control element is determined by the position of the control vane, wherein a latch for the locking element is formed by the control element when the control vane is in the second position, wherein the locking element is movable relative to the sorting stop arrangement, such that it falls into the latch once the first load carrier (34, 60) has passed, when the control vane is in the second position. - a control vane, which can be pivoted by a load carrier (34, 60) moving in the transport direction from a first position into a second position, - a sorting stop arrangement arranged upstream before the control vane in the transport direction and having a stop element, wherein the sorting stop arrangement is mechanically coupled to the control vane via a locking element of the sorting stop arrangement such that the stop element is in a locked stop state, in which it extends beyond the transport plane, when the control vane is in the second position, once a first of the load carriers has passed the sorting stop arrangement and the control vane stops in the second position, and is in a release state, in which it can move under the transport plane, when the control vane is located in the first position, wherein the locking element is movable relative to the sorting stop arrangement, such that a form fit with a control element is formed, by means of which a stop force, which a subsequent second load carrier exerts onto the stop element, can be taken up, wherein the position of the control element is determined by the position of the control vane, wherein a latch for the locking element is formed by the control element when the control vane is in the second position, wherein the locking element is movable relative to the sorting stop arrangement, such that it falls into the latch once the first load carrier (34, 60) has passed, when the control vane is in the second position.
A method of operating an offshore substation comprising a transformer assembly, the transformer assembly comprising a transformer and a sump tank for pollution control, the method comprising: providing a basin defining a collection volume; collecting liquid in the collection volume by: liquid entering an exposed portion of the collection volume through an opening defined by the basin, and passing the liquid from the exposed portion to a covered portion of the collection volume past a baffle, thus passing the liquid from a first side of the baffle to a second side of the baffle; permitting the liquid in the collection volume to rise to a maximum fill level; detecting the maximum fill level by a fill-level sensor which generates a first signal in response to detecting the maximum fill level; opening a discharge line in flow communication with the collection volume in response to the first signal; causing the liquid in the collection volume to decrease to a minimum fill level; detecting the minimum fill level by the fill-level sensor which generates a second signal in response to detecting the minimum fill level; closing the discharge line in response to the second signal; and again permitting the liquid in the collection volume to rise to the maximum fill level; wherein the liquid comprises a mixture of water and ester from the transformer; and wherein the ester is collected at the surface of the liquid in the covered portion and allowed to biodegrade. providing a basin defining a collection volume; collecting liquid in the collection volume by: liquid entering an exposed portion of the collection volume through an opening defined by the basin, and passing the liquid from the exposed portion to a covered portion of the collection volume past a baffle, thus passing the liquid from a first side of the baffle to a second side of the baffle; liquid entering an exposed portion of the collection volume through an opening defined by the basin, and passing the liquid from the exposed portion to a covered portion of the collection volume past a baffle, thus passing the liquid from a first side of the baffle to a second side of the baffle; permitting the liquid in the collection volume to rise to a maximum fill level; detecting the maximum fill level by a fill-level sensor which generates a first signal in response to detecting the maximum fill level; opening a discharge line in flow communication with the collection volume in response to the first signal; causing the liquid in the collection volume to decrease to a minimum fill level; detecting the minimum fill level by the fill-level sensor which generates a second signal in response to detecting the minimum fill level; closing the discharge line in response to the second signal; and again permitting the liquid in the collection volume to rise to the maximum fill level; wherein the liquid comprises a mixture of water and ester from the transformer; and wherein the ester is collected at the surface of the liquid in the covered portion and allowed to biodegrade.
Secondary battery, comprising a current collecting lead, a sealing body, a current collector and an electrode group, wherein the current collecting lead is interposed between the sealing body and the current collector for connecting the sealing body and the current collector, wherein the sealing body includes a terminal and the current collector is attached to the electrode group, and wherein the current collecting lead includes: a top wall that is positioned on the side of the sealing body; a bottom wall that is positioned on the side of the current collector and that faces the top wall; a pair of side walls (142, 144) that extend between side edges (146, 148) of the top wall and side edges (138, 140) of the bottom wall and that face each other; and corner portions (139, 141) formed by the top wall and the side walls (142, 144) and corner portions (147, 149) formed by the bottom wall and the side walls (142, 144) being rounded corners that are curved, characterized in that the top wall includes a top wall welding-intended portion where a welding portion is formed at time of welding with the sealing body, the bottom wall includes a bottom wall welding-intended portion where a welding portion is formed at time of welding with the current collector, and on assumption of an imaginary line that extends across the top wall, the side wall (142, 144) and the bottom wall and that joins the top wall welding-intended portion and the bottom wall welding-intended portion by the shortest way, the side wall (142, 144) has a side wall through-hole (164, 166) that is drilled at a position away from the imaginary line. the top wall includes a top wall welding-intended portion where a welding portion is formed at time of welding with the sealing body, the bottom wall includes a bottom wall welding-intended portion where a welding portion is formed at time of welding with the current collector, and on assumption of an imaginary line that extends across the top wall, the side wall (142, 144) and the bottom wall and that joins the top wall welding-intended portion and the bottom wall welding-intended portion by the shortest way, the side wall (142, 144) has a side wall through-hole (164, 166) that is drilled at a position away from the imaginary line.
An antifoulant formulation comprising: (a) at least one ammonium salt of linear alkyl benzene sulphonic acid; (b) at least one aromatic hydrocarbon; (c) at least one diluent; (d) polyisobutylene succinic anhydride; and (e) at least one alkyl amine. (a) at least one ammonium salt of linear alkyl benzene sulphonic acid; (b) at least one aromatic hydrocarbon; (c) at least one diluent; (d) polyisobutylene succinic anhydride; and (e) at least one alkyl amine.
A hydraulic system with at least one pump assembly and with a switching device which comprises at least two switch positions, characterised in that the switching device (34, 36) is designed in a manner such that on operation of the pump assembly in a first operating condition, it is held in a stable manner in each of the at least two switch positions in each case by the hydraulic forces in the system, and in a second operating condition of the pump assembly, the switching device (34, 36) is moved from a first switch position into a second switch position with the help of switching energy stored in the first operating condition, wherein the hydraulic system is designed in a manner such that in the first operating condition the switching energy is stored independently of a switching of the switching device (34, 36) between the switch positions.
Method for manoeuvring a dual axle trailer by means of a manoeuvring drive (24, 26), wherein the manoeuvring drive comprises a controller and for each side of the trailer at least one drive device having a drive motor that can drive at least one wheel (12, 14) of the trailer, characterised in that if the controller manoeuvres the trailer in such a manner that the wheels (12, 14, 16, 18) on at least one side of the trailer are distorted with respect to one another, the controller calculates a distorsion value, and that the controller when a predefined distorsion limit value is reached only permits a further manoeuvre that leads to the wheels (12, 14, 16, 18) being distorted after the trailer has been moved by means of the manoeuvring drive (24, 26) in such a manner that the distorsion value could be reduced.
An oxynitride-based phosphor comprising a host material represented by (Ca 1-x M1 x)a(La 1-y M2 y) b Si c N d O e in which 0.5≤b/a≤7, 1.5≤/(a+b)≤3.5, 1≤d/c≤1.8, 0.6≤e/(a+b)≤2, 0≤x≤0.5, and 0≤y≤0.5 and having a monoclinic crystalline structure, and at least one dissolved activator selected from the group consisting of Mn, Ce, Pr, Nd, Sm, Eu, Gd, Dy, Tb, Ho, Er, Tm and Yb, M1 being at least one element selected from Ba, Mg, Sr, Mn and Zn, M2 being at least one element selected from Y, Lu, Sc, Gd, Tb, Ce, Nd, Sm, Dy, Ho, Er, Tm, Yb, Al, Ga, Ge, Sn and In, characterised in that the host material comprises a phase illustrating diffraction peaks in ranges of Bragg angles (2θ) of 10.68° to 11.41°, 18.52° to 19.46°, 31.58° to 31.21° and 36.81° to 37.49°, as a representative phase, and the diffraction peaks have a relative intensity greater than or equal to 5% when the relative intensity of the most intensive diffraction peak in a powder X-ray diffraction pattern is 100%, the crystalline structure of the representative phase being monoclinic.
A system for monitoring a thickness of one or more assets, the system comprising: an ultrasonic measurement system; multiple ultrasonic sensing elements, each ultrasonic sensing element being remote from the ultrasonic measurement system, the ultrasonic sensing elements being configured to be operatively associated with the one or more assets; a multiplexer switch module including multiple individual switches; a single primary two-conductor connection, the primary two-conductor connection having only a first and a second conductor (131, 132) and thus being configured as a cable with only two conductors, the primary two-conductor connection connecting the ultrasonic measurement system and the multiplexer switch module; and one or more secondary connections, each secondary connection including first and second conductors (151, 152), each secondary connection being connected to a respective one of the individual switches of the multiplexer switch module and to a respective one of the ultrasonic sensing elements; wherein the ultrasonic measurement system is configured to send signals and pulses to the multiplexer switch module along the primary two-conductor connection, the multiplexer switch module is configured to receive the signals and control the individual switches between open and closed positions, the multiplexer switch module is further configured to allow the pulses sent by the ultrasonic measurement system to communicate with the ultrasonic sensing elements when a respective one of the individual switches is in a closed state. an ultrasonic measurement system; multiple ultrasonic sensing elements, each ultrasonic sensing element being remote from the ultrasonic measurement system, the ultrasonic sensing elements being configured to be operatively associated with the one or more assets; a multiplexer switch module including multiple individual switches; a single primary two-conductor connection, the primary two-conductor connection having only a first and a second conductor (131, 132) and thus being configured as a cable with only two conductors, the primary two-conductor connection connecting the ultrasonic measurement system and the multiplexer switch module; and one or more secondary connections, each secondary connection including first and second conductors (151, 152), each secondary connection being connected to a respective one of the individual switches of the multiplexer switch module and to a respective one of the ultrasonic sensing elements; wherein the ultrasonic measurement system is configured to send signals and pulses to the multiplexer switch module along the primary two-conductor connection, the multiplexer switch module is configured to receive the signals and control the individual switches between open and closed positions, the multiplexer switch module is further configured to allow the pulses sent by the ultrasonic measurement system to communicate with the ultrasonic sensing elements when a respective one of the individual switches is in a closed state.
Insertion-type connector having at least one inner conductor, one outer conductor and one insulating part having a main body having a bore to receive the inner conductor and having an opening which opens into the bore in the radial direction, via which opening the inner conductor can be introduced into the bore, in which a cover connected to the main body, which leaves the opening open in a first position and covers up the opening in a second position and which is movable from the first position to the second on an axis of pivot which extends in the direction defined by the longitudinal axis of the bore, the outer conductor having an assembly opening characterised in that the insulating part can be introduced into it, the arrangement of the assembly opening and the cover being such that the cover is moved to the second position by the introduction of the insulating part into the outer conductor.
A bone substitute composition, comprising: a powder component, comprising: calcium phosphate; acidic calcium salt; basic calcium salt; material selected from the group consisting of monosodium hydrogen phosphate, disodium hydrogen phosphate, and mixtures thereof; and porogen; and a liquid component, comprising: a colloidal mixture comprising nanoparticulate calcium phosphate and calcium salt, the nanoparticulate calcium phosphate formed by reaction of calcium ions and non-acidic phosphate ions in the presence of hydroxyl ions, wherein the ratio of calcium ions to phosphate ions is greater than 1.67. a powder component, comprising: calcium phosphate; acidic calcium salt; basic calcium salt; material selected from the group consisting of monosodium hydrogen phosphate, disodium hydrogen phosphate, and mixtures thereof; and porogen; and calcium phosphate; acidic calcium salt; basic calcium salt; material selected from the group consisting of monosodium hydrogen phosphate, disodium hydrogen phosphate, and mixtures thereof; and porogen; and a liquid component, comprising: a colloidal mixture comprising nanoparticulate calcium phosphate and calcium salt, the nanoparticulate calcium phosphate formed by reaction of calcium ions and non-acidic phosphate ions in the presence of hydroxyl ions, wherein the ratio of calcium ions to phosphate ions is greater than 1.67.