mhurhangee/patent-ind-claim-en huggingface dataset:
A device for automated CPR, the device comprising: - a CPR element comprising a compression element adapted to apply a compression force to a patient's chest - a control element adapted to control a position of the compression element during movement of the compression element from a first starting position of a first compression cycle to a first compression position corresponding to a first compression depth and back to a rest position of the compression element, and to disable the controlling of the position of the compression element and to activate controlling of a force exerted on the compression element, after the rest position has been reached at the end of the first compression cycle and until a second compression cycle starts, wherein the control element is adapted to impose a counterforce to the compression element, after the rest position has been reached and until a second compression cycle starts, in order to add a counterforce to the chest and ensure that the compression element stays in contact or recontacts with the chest after the first compression cycle whilst allowing the chest to recoil due to ventilation if ventilation is performed. - a CPR element comprising a compression element adapted to apply a compression force to a patient's chest - a control element adapted to control a position of the compression element during movement of the compression element from a first starting position of a first compression cycle to a first compression position corresponding to a first compression depth and back to a rest position of the compression element, and to disable the controlling of the position of the compression element and to activate controlling of a force exerted on the compression element, after the rest position has been reached at the end of the first compression cycle and until a second compression cycle starts, wherein the control element is adapted to impose a counterforce to the compression element, after the rest position has been reached and until a second compression cycle starts, in order to add a counterforce to the chest and ensure that the compression element stays in contact or recontacts with the chest after the first compression cycle whilst allowing the chest to recoil due to ventilation if ventilation is performed.
Plant extract obtained from a plant raw material that contains safranal and is selected from Crocus sativus, Centaurea sibthorpii, Centaurea consanguinea, Centaurea amanicola, Erodium cicutarium, Chinese green tea, Calycopteris floribunda, Crocus heuffelianus, Sambucus nigra, Gardenia jasminoides, Citrus limon, Cuminum cyminum L., and Achillea distans., said extract comprising: - a concentration, measured by the HPLC method, of at least 0.2% of safranal by weight relative to the total weight of the dry matter of the extract; and - a bulking agent selected from maltodextrin, sugar, silica and gum arabic, it being possible for said extract to be obtained by a process comprising the following steps: - grinding of the plant raw material containing safranal; - aqueous or hydroalcoholic extraction, or extraction using an organic solvent; - impregnation onto the bulking agent in the extraction solution and encapsulation of the extract obtained; and - heat treatment for a period between 24 and 72 hours at a temperature between 30°C and 60°C. - a concentration, measured by the HPLC method, of at least 0.2% of safranal by weight relative to the total weight of the dry matter of the extract; and - a bulking agent selected from maltodextrin, sugar, silica and gum arabic, - grinding of the plant raw material containing safranal; - aqueous or hydroalcoholic extraction, or extraction using an organic solvent; - impregnation onto the bulking agent in the extraction solution and encapsulation of the extract obtained; and - heat treatment for a period between 24 and 72 hours at a temperature between 30°C and 60°C.
A charging unit of a material processing device comprising a charging hopper having at least one pivotably mounted side wall and having a pivotably mounted rear wall , wherein the side wall and the rear wall are able to be pivoted between a folded-down transport position and a folded-out working position by means of actuators , wherein at least one side wall is connected in the working position to the rear wall by means of at least one releasable closure , and wherein the closure is able to be locked or unlocked by moving the side wall or the rear wall , characterised in that in each case a first actuator is provided for adjusting the rear wall and a second actuator is provided for adjusting the side wall , and in that at least one deflection element is provided which converts the movement of the first actuator during a part of the movement into a rotational movement of the rear wall and, during a further part thereof, into a translational movement of the rear wall , or in that the deflection element converts the movement of the second actuator during a part of the movement into a rotational movement of the side wall and, during a further part thereof, into a translational movement of the side wall .
A flux containing: 10 mass% or more and 20 mass% or less of alkanolamine; 5 mass% or more and 10 mass% or less of at least one of amine fluoride salt and amine trifluoride boron complex; 10 mass% or more and 20 mass% or less of an organic acid which neutralizes the alkanolamine to form a water-insoluble salt; and 50 mass% or more and 75 mass% or less of a solvent. 10 mass% or more and 20 mass% or less of alkanolamine; 5 mass% or more and 10 mass% or less of at least one of amine fluoride salt and amine trifluoride boron complex; 10 mass% or more and 20 mass% or less of an organic acid which neutralizes the alkanolamine to form a water-insoluble salt; and 50 mass% or more and 75 mass% or less of a solvent.
A mower includes a housing and a cover plate pivotally connected to the housing, wherein the housing includes a grass outlet and the cover plate is configured to selectively open or close the grass outlet , wherein in a first state, a free end of the cover plate is away from the grass outlet thus providing an installation space for a collection bag and in a third state, the cover plate is received within an outer contour of the housing, wherein the cover pivots along a pivotal rotation path between the first state and the third state, characterized in that at least one side of the grass outlet is provided with a limit portion which defines a second width (W2, W2') on the pivotal rotation path, wherein the second width (W2, W2') is smaller than the width (W0) of the cover plate , wherein in a second state, the cover plate abuts against a top of the limit portion , wherein the cover plate in a deformed state has a temporary width smaller than the second width (W2, W2').
A belt unit comprising: a rotatable endless belt for receiving a toner image thereon or for conveying a transfer material, wherein said endless belt has a smooth-shaped inner peripheral surface; a first reinforcing member , provided on an outer peripheral surface of said endless belt at one end portion with respect to a belt widthwise direction (M) perpendicular to a movement direction (I) of said endless belt , for reinforcing said endless belt ; a second reinforcing member , provided on the outer peripheral surface of said endless belt at the other end portion with respect to the belt widthwise direction (M) perpendicular to the movement direction (I)of said endless belt , for reinforcing said endless belt ; and a plurality of supporting members for supporting the inner peripheral surface of said endless belt , wherein in the belt widthwise direction (M), a length from an inner edge surface of said first reinforcing member to an inner edge surface of said second reinforcing member is smaller than a width (K) of a region in which said supporting members contact said endless belt , and a length from an outer edge surface of said first reinforcing member to an outer edge surface of said second reinforcing member is larger than the width (K) of the region in which said supporting members contact said endless belt , characterized in that the smooth-shaped inner peripheral surface does not include a projection-like projected member which is projected from the inner peripheral surface. a rotatable endless belt for receiving a toner image thereon or for conveying a transfer material, wherein said endless belt has a smooth-shaped inner peripheral surface; a first reinforcing member , provided on an outer peripheral surface of said endless belt at one end portion with respect to a belt widthwise direction (M) perpendicular to a movement direction (I) of said endless belt , for reinforcing said endless belt ; a second reinforcing member , provided on the outer peripheral surface of said endless belt at the other end portion with respect to the belt widthwise direction (M) perpendicular to the movement direction (I)of said endless belt , for reinforcing said endless belt ; and a plurality of supporting members for supporting the inner peripheral surface of said endless belt , wherein in the belt widthwise direction (M), a length from an inner edge surface of said first reinforcing member to an inner edge surface of said second reinforcing member is smaller than a width (K) of a region in which said supporting members contact said endless belt , and a length from an outer edge surface of said first reinforcing member to an outer edge surface of said second reinforcing member is larger than the width (K) of the region in which said supporting members contact said endless belt , characterized in that the smooth-shaped inner peripheral surface does not include a projection-like projected member which is projected from the inner peripheral surface.
A computer-implemented method performed at a computing device, the method comprising: obtaining raw data, the raw data representing patient's interactions with a suite of tests, wherein the tests are being configured to measure different abilities relevant to identify activation of different regions of a brain of a patient; transforming the raw data into a structured dataset that enables predictive analytics by one or more models; generating by the one or more models a prediction value of an effect of a treatment on a region of a brain of a first patient; and generating a visual representation of the brain of the first patient using prediction values for different regions of the brain of the first patient. obtaining raw data, the raw data representing patient's interactions with a suite of tests, wherein the tests are being configured to measure different abilities relevant to identify activation of different regions of a brain of a patient; transforming the raw data into a structured dataset that enables predictive analytics by one or more models; generating by the one or more models a prediction value of an effect of a treatment on a region of a brain of a first patient; and generating a visual representation of the brain of the first patient using prediction values for different regions of the brain of the first patient.
A coloured curable composition for use in an additive manufacturing process, the composition comprising: a curable resin composition comprising radiation curable components, a photo initiator, a dye composition comprising a dye D1 and a dye D2, dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm. a curable resin composition comprising radiation curable components, a photo initiator, a dye composition comprising a dye D1 and a dye D2, dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm. dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm.
A method of eliminating wastewater in a reverse osmosis apparatus that supplies water to an institutional dishmachine, the method comprising: a) introducing a water stream into the reverse osmosis apparatus to split the water stream into a permeate rinse stream and a concentrate rinse stream; b) rinsing dishware during a rinse cycle of the institutional dishmachine with the concentrate rinse stream, wherein the concentrated rinse stream constitutes 60% or less of the total volume of water used in the rinse cycle; and c) rinsing the dishware during the rinse cycle of the institutional dishmachine with the permeate rinse stream after rinsing the dishware with the concentrate rinse stream; d) wherein a time ratio of use of the concentrate rinse stream to the permeate rinse stream is 3:2 or less; and e) wherein the permeate rinse stream has a total dissolved solids concentration of 200 parts per million or less. a) introducing a water stream into the reverse osmosis apparatus to split the water stream into a permeate rinse stream and a concentrate rinse stream; b) rinsing dishware during a rinse cycle of the institutional dishmachine with the concentrate rinse stream, wherein the concentrated rinse stream constitutes 60% or less of the total volume of water used in the rinse cycle; and c) rinsing the dishware during the rinse cycle of the institutional dishmachine with the permeate rinse stream after rinsing the dishware with the concentrate rinse stream; d) wherein a time ratio of use of the concentrate rinse stream to the permeate rinse stream is 3:2 or less; and e) wherein the permeate rinse stream has a total dissolved solids concentration of 200 parts per million or less.
A learning assistance device for performing relearning on a processing part having a learned learning device which has undergone learning for performing a predetermined output from a predetermined input, the learning assistance device comprising: an assessment part which assesses an anomaly of the input based on a predetermined reference; the learning assistance device being characterized in further comprising: a relearning part which, in the case where the assessment part assesses that the input is an anomalous input, generates an ideal output with respect to the anomalous input by performing feedback control on an output outputted by the processing part from the anomalous input or generates the ideal output with respect to the anomalous input based on a predetermined physical model, and performs relearning of the learning device by taking the anomalous input and the ideal output as additional learning data under a predetermined condition, wherein the output outputted by the processing part from the input is based on the predetermined physical model.
A canister structure for a saddle riding vehicle, including a canister connected with a fuel tank using a connection line , the canister adsorbing fuel vapor generated in the fuel tank , and a purge valve disposed in a path through which the fuel vapor is returned from the canister to an air intake system of an engine , the canister structure for a saddle riding vehicle, wherein, an annular canister rubber that fits over an outer cylinder of the canister ; a canister stay disposed on a vehicle body side; and an engagement portion disposed on the purge valve , wherein the canister rubber has, formed on an outer periphery thereof, a vehicle body-side mounting portion having an insertion hole in which the canister stay is inserted characterized in that : the canister rubber has, formed on an outer periphery thereof a purge valve mounting portion having an engagement portion insertion hole in which the engagement portion of the purge valve is inserted.
A computer-implemented method for registering three-dimensional data, comprising: generating first two-dimensional data by unwrapping first three-dimensional data indicating a surface of a three-dimensional model of a target using a reference distance calculated based on a center coordinate of the first three-dimensional data, wherein the first three-dimensional data is generated by a modeling device; generating second two-dimensional data by unwrapping second three-dimensional data indicating at least a part of the surface of the target using the reference distance calculated based on the center coordinate of the first three-dimensional data, wherein the second three-dimensional data is generated by a three-dimensional scanner measuring a surface of the target three-dimensionally, characterized by determining a first matching area in the first two-dimensional data and a second matching area in the second two-dimensional data by matching the second two-dimensional data to the first two-dimensional data ; setting, as an initial position, a plurality of points of the first three-dimensional data, which correspond to the first matching area, and a plurality of points of the second three-dimensional data, which correspond to the second matching area; and registering the first three-dimensional data and the second three-dimensional data using the initial position. generating first two-dimensional data by unwrapping first three-dimensional data indicating a surface of a three-dimensional model of a target using a reference distance calculated based on a center coordinate of the first three-dimensional data, wherein the first three-dimensional data is generated by a modeling device; generating second two-dimensional data by unwrapping second three-dimensional data indicating at least a part of the surface of the target using the reference distance calculated based on the center coordinate of the first three-dimensional data, wherein the second three-dimensional data is generated by a three-dimensional scanner measuring a surface of the target three-dimensionally, characterized by determining a first matching area in the first two-dimensional data and a second matching area in the second two-dimensional data by matching the second two-dimensional data to the first two-dimensional data ; setting, as an initial position, a plurality of points of the first three-dimensional data, which correspond to the first matching area, and a plurality of points of the second three-dimensional data, which correspond to the second matching area; and registering the first three-dimensional data and the second three-dimensional data using the initial position.
Constant velocity fixed joint , comprising: a joint outer part with a multiplicity of ball races on the inner circumference, a joint inner part with a multiplicity of ball races on the outer circumference, one ball race on the joint outer part and one ball race on the joint inner part in each case forming a ball race pair, one ball per ball race pair for the transmission of torque, and a cage which is arranged between the joint outer part and the joint inner part and has windows , in which the balls are received, characterized in that , for at least one race system of identical ball race pairs, the common centre of gravity S of all the balls has an axial offset a with respect to a joint centre plane (E), the said joint centre plane E being, in the case of an elongated constant velocity fixed joint , a plane through a point M and perpendicular with respect to the centre axis (C) of the cage , M being the centre point between two points P A and P I , P A being the point of intersection (C) of the cage with the line of action W A of the perpendicular force resulting from the contact of the cage with the joint outer part , and P I being the point of intersection of the centre axis (C) of the cage with the line of action W I of the perpendicular force resulting from the contact of the cage with the joint inner part , the maximum axial offset a of the common ball centre of gravity S with respect to the joint centre plane E in the case of an elongated joint being greater than 0.2 mm and at most 1 mm. a joint outer part with a multiplicity of ball races on the inner circumference, a joint inner part with a multiplicity of ball races on the outer circumference, one ball race on the joint outer part and one ball race on the joint inner part in each case forming a ball race pair, one ball per ball race pair for the transmission of torque, and a cage which is arranged between the joint outer part and the joint inner part and has windows , in which the balls are received, characterized in that , for at least one race system of identical ball race pairs, the common centre of gravity S of all the balls has an axial offset a with respect to a joint centre plane (E), the said joint centre plane E being, in the case of an elongated constant velocity fixed joint , a plane through a point M and perpendicular with respect to the centre axis (C) of the cage , M being the centre point between two points P A and P I , P A being the point of intersection (C) of the cage with the line of action W A of the perpendicular force resulting from the contact of the cage with the joint outer part , and P I being the point of intersection of the centre axis (C) of the cage with the line of action W I of the perpendicular force resulting from the contact of the cage with the joint inner part , the maximum axial offset a of the common ball centre of gravity S with respect to the joint centre plane E in the case of an elongated joint being greater than 0.2 mm and at most 1 mm.
An inorganic fiber comprising the fiberization product of 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, and lithium oxide in any one of the following ranges: (i) greater than 0 to 0.05 weight percent, (ii) greater than 0 to 0.045 weight percent, (iii) from 0.002 to 0.04 weight percent, (iv) from 0.005 to 0.04 weight percent, (v) from 0.01 to 0.04 weight percent, (vi) from 0.02 to 0.04 weight percent, (vii) from 0.03 to 0.04 weight percent, or (viii) from 0.035 to 0.04 weight percent, and which does not contain strontium oxide.
A method of nanostructuring a surface of a polymer material, the method comprising the steps of: (a) providing a solution comprising a polymer material, such as a polymer material comprising a polymer selected from the group consisting of poly-lactic co-glycolic acid (PLGA), polyurethane, polycaprolactone, poly-ether-ether-ketone (PEEK), polyethylene, polypropylene, polypyrrole, and polystyrene, wherein the polymer material is dissolved in an organic solvent; and (b) evaporating the solvent under vacuum, whereby the polymer material solidifies into a solid form comprising the polymer material, wherein a surface of the polymer material is nanostructured. (a) providing a solution comprising a polymer material, such as a polymer material comprising a polymer selected from the group consisting of poly-lactic co-glycolic acid (PLGA), polyurethane, polycaprolactone, poly-ether-ether-ketone (PEEK), polyethylene, polypropylene, polypyrrole, and polystyrene, wherein the polymer material is dissolved in an organic solvent; and (b) evaporating the solvent under vacuum, whereby the polymer material solidifies into a solid form comprising the polymer material, wherein a surface of the polymer material is nanostructured.