mhurhangee/patent-ind-claim-en huggingface dataset:
A container , preferably a bottle, which extends along a main axis (A) and comprising a wall forming: - a neck portion , - a shoulder portion connected to the neck portion , - a body portion connected to the shoulder portion , the body portion comprising a grip portion , the grip portion comprising, over at least the majority of its dimension along the main axis (A), a plurality of spiral ribs formed by the wall of the container and spiralling in parallel around the main axis (A), and - a base portion forming the bottom of the container and connected to the body portion , wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge , and wherein the wall of the container forms an inflexion point at the bottom of the concavity , characterised in that the spiral rib has a substantially constant width (W) over a majority of the length of the spiral rib , the width (W) being measured between the inflexion point and the tapered edge . - a neck portion , - a shoulder portion connected to the neck portion , - a body portion connected to the shoulder portion , the body portion comprising a grip portion , the grip portion comprising, over at least the majority of its dimension along the main axis (A), a plurality of spiral ribs formed by the wall of the container and spiralling in parallel around the main axis (A), and - a base portion forming the bottom of the container and connected to the body portion , wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge , and wherein the wall of the container forms an inflexion point at the bottom of the concavity , characterised in that the spiral rib has a substantially constant width (W) over a majority of the length of the spiral rib , the width (W) being measured between the inflexion point and the tapered edge . wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge , and wherein the wall of the container forms an inflexion point at the bottom of the concavity , characterised in that the spiral rib has a substantially constant width (W) over a majority of the length of the spiral rib , the width (W) being measured between the inflexion point and the tapered edge .
An air conditioning system control method for controlling an air conditioning system including an outdoor unit , an indoor unit , and a control unit , the outdoor unit including a compressor and an outdoor heat exchanger , the indoor unit including an indoor heat exchanger , the compressor , the outdoor heat exchanger , and the indoor heat exchanger being connected with pipes to constitute a refrigerant circuit in which a refrigerant circulates, the control unit being configured to control constituent members of the refrigerant circuit in the air conditioning system and to execute a mold prevention operation mode, wherein the mold prevention operation mode includes an inside humidity decrease stage, at the inside humidity decrease stage, when a preset condition is satisfied, the control unit controls the air conditioning system and starts up a humidity decrease process of decreasing a relative humidity, the humidity decrease process includes an air blowing operation of blowing air out of the indoor unit toward a room, characterized in that by the inside humidity decrease stage, a relative humidity (H) inside the indoor unit is decreased within a predetermined time (T) such that a ratio between the relative humidity (H) and a relative humidity (H1) before the inside humidity decrease stage falls within a preset range that enables destruction of propagation and a survival environment of bacteria and mold; wherein the preset condition includes one of or at least two of a condition that the relative humidity inside the indoor unit reaches a predetermined value, a condition that a humidity of indoor air reaches a predetermined value, a condition that an integrated operating time of a cooling operation or a dehumidifying operation reaches a predetermined value, and a condition that an integrated time of continuous increase in environmental temperature reaches a predetermined value. the mold prevention operation mode includes an inside humidity decrease stage, at the inside humidity decrease stage, when a preset condition is satisfied, the control unit controls the air conditioning system and starts up a humidity decrease process of decreasing a relative humidity, the humidity decrease process includes an air blowing operation of blowing air out of the indoor unit toward a room, characterized in that by the inside humidity decrease stage, a relative humidity (H) inside the indoor unit is decreased within a predetermined time (T) such that a ratio between the relative humidity (H) and a relative humidity (H1) before the inside humidity decrease stage falls within a preset range that enables destruction of propagation and a survival environment of bacteria and mold;
Implantable or non-implantable active electrode for measuring electrical activity, characterized in that it comprises: - a casing ; - a suitable measurement sensor on said first casing and intended to sense an input electrical signal (IN); - said casing housing an electronic circuit comprising a transistor (T1) that comprises a first terminal, a second terminal that is connected to said sensor and that forms an input and a third terminal; - an electrically connecting device comprising a first connection point (X1) connected to said first terminal of the transistor (T1), a second connection point (X2) connected to the third terminal of the transistor (T1) and a third connection point (X3) connected solely to the second terminal of the transistor (T1). - a casing ; - a suitable measurement sensor on said first casing and intended to sense an input electrical signal (IN); - said casing housing an electronic circuit comprising a transistor (T1) that comprises a first terminal, a second terminal that is connected to said sensor and that forms an input and a third terminal; - an electrically connecting device comprising a first connection point (X1) connected to said first terminal of the transistor (T1), a second connection point (X2) connected to the third terminal of the transistor (T1) and a third connection point (X3) connected solely to the second terminal of the transistor (T1).
An absorbent article comprising a main body having a liquid-permeable topsheet , a liquid-impermeable backsheet and an absorbent core sandwiched between said topsheet and said backsheet , said main body being arranged along a longitudinal axis (Y1) and a transversal axis (X1) extending in a perpendicular direction in relation to the longitudinal axis (Y1), said main body defining a front portion , a back portion and a crotch portion ; wherein said article comprises a first wing and a second wing extending outwardly from said crotch portion of the main body in opposite directions in an asymmetric manner with reference to the longitudinal axis (Y1), and generally along said transversal axis (X1), said wings being provided with fastening means configured for fastening said wings to a garment when being folded over said main body and towards said longitudinal axis (Y1), characterized in that said wings extend generally along a common straight line which defines a first angle (α1) with respect to said transversal axis (X1) which exceeds 0° but which is less than 45°, and that each wing has an outer edge which is generally straight and parallel to the longitudinal axis (Y1), wherein said straight line extends between a first edge mid-point on the outer edge of the first wing and a second edge mid-point on the outer edge on the second wing , said mid-points being positioned halfway along said outer edges and defining outermost points of said wings .
An accumulator fixing device for a compressor , configured to fix the accumulator and the compressor to each other, the accumulator fixing device comprising: a fixing member configured to be fixed to an outer surface of the compressor ; a first supporting member configured to fix one portion of an accumulator while surrounding a circumference of the accumulator together with the fixing member; and a second supporting member configured to fix another portion of the accumulator while surrounding another portion of the accumulator together with the fixing member, wherein the first supporting member and the second supporting member are disposed to be spaced apart from each other by a predetermined interval (D A ), wherein the fixing member includes: a first fixing member fastened to opposite sides of the first supporting member ; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor , the first supporting member is disposed above the second supporting member , and characterized in that a distance (D A ) along the length direction of the compressor between the first fixing member and the second fixing member is a distance spaced by 20% to 80% of a distance (D B ) along the length direction of the compressor between the first fixing member and an inlet port of the compressor into which a fluid is introduced from the accumulator . a fixing member configured to be fixed to an outer surface of the compressor ; a first supporting member configured to fix one portion of an accumulator while surrounding a circumference of the accumulator together with the fixing member; and a second supporting member configured to fix another portion of the accumulator while surrounding another portion of the accumulator together with the fixing member, wherein the first supporting member and the second supporting member are disposed to be spaced apart from each other by a predetermined interval (D A ), wherein the fixing member includes: a first fixing member fastened to opposite sides of the first supporting member ; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor , a first fixing member fastened to opposite sides of the first supporting member ; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor , the first supporting member is disposed above the second supporting member , and characterized in that a distance (D A ) along the length direction of the compressor between the first fixing member and the second fixing member is a distance spaced by 20% to 80% of a distance (D B ) along the length direction of the compressor between the first fixing member and an inlet port of the compressor into which a fluid is introduced from the accumulator .
A composition of a lubricant for cold pilgering, the composition comprising: a base oil; a lubricity enhancer; an anti-wear agent; and an anti-decomposition agent, wherein the lubricity enhancer is a vegetable wax and is included 2.2 to 2.6% by weight, wherein the vegetable wax is Brazil wax. a base oil; a lubricity enhancer; an anti-wear agent; and an anti-decomposition agent, wherein the lubricity enhancer is a vegetable wax and is included 2.2 to 2.6% by weight, wherein the vegetable wax is Brazil wax.
A system for characterizing a quiet zone of an over-the-air testing space , with at least one measurement antenna and at least one scattering member , wherein the scattering member is located in the quiet zone under test within the over-the-air testing space , wherein the measurement antenna is configured to at least transmit electromagnetic signals, wherein the scattering member relates to a reference scattering object as the scattering member comprises predefined scattering properties, wherein the scattering member is enabled to scatter the electromagnetic signals so as to generate scattered electromagnetic signals that are transmitted in a defined manner, and wherein the system comprises an analyzing module that is configured to analyze the scattered electromagnetic signals in order to characterize the quiet zone since the predefined scattering properties of the scattering member result in a scattered field having well-known characteristics such that deviations from the field expected are caused by the quiet zone .
A rotational atherectomy device comprising: an elongate flexible drive shaft defining a longitudinal axis , the drive shaft configured for rotation about the longitudinal axis, the drive shaft configured to be at least partially disposed within a lumen of an elongate flush tube of a system for performing rotational atherectomy to remove stenotic lesion material from a blood vessel when the system is used for performing the rotational atherectomy; an eccentric abrasive element that comprises multiple, side-by-side abrasive segments that are fixed to the drive shaft such that a center of mass of each of the abrasive segments is offset from the longitudinal axis, wherein the abrasive segments have a spherical shape; and a stability element that is fixed to the drive shaft and that has a center of mass aligned with the longitudinal axis, the stability element being distally spaced apart from the abrasive element, wherein a portion of the drive shaft is distal to the stability element, wherein the rotational atherectomy device is configured such that during rotation, the abrasive element orbits around the longitudinal; axis and the portion of the drive shaft that is distal to the distal stability element remains generally aligned with the longitudinal axis. an elongate flexible drive shaft defining a longitudinal axis , the drive shaft configured for rotation about the longitudinal axis, the drive shaft configured to be at least partially disposed within a lumen of an elongate flush tube of a system for performing rotational atherectomy to remove stenotic lesion material from a blood vessel when the system is used for performing the rotational atherectomy; an eccentric abrasive element that comprises multiple, side-by-side abrasive segments that are fixed to the drive shaft such that a center of mass of each of the abrasive segments is offset from the longitudinal axis, wherein the abrasive segments have a spherical shape; and a stability element that is fixed to the drive shaft and that has a center of mass aligned with the longitudinal axis, the stability element being distally spaced apart from the abrasive element, wherein a portion of the drive shaft is distal to the stability element, wherein the rotational atherectomy device is configured such that during rotation, the abrasive element orbits around the longitudinal; axis and the portion of the drive shaft that is distal to the distal stability element remains generally aligned with the longitudinal axis.
A method for navigating a robot for docking with a robot charger docking station , comprising: receiving an initial pose associated with a robot charger docking station; receiving a mating pose associated with the robot charger docking station; performing a first navigation of a robot from a location to the initial pose; and performing a second navigation of the robot from the initial pose to the mating pose, wherein the second navigation proceeds substantially along an arc path from the initial pose to the mating pose, thereby causing the electrical charging port of the robot to mate with an electrical charging assembly of the robot charger docking station; wherein the arc path from the initial pose to the mating pose comprises a section of a unique circle having radius r and center X C , Y C equidistant from a first location X R , Y R associated with the initial pose and a second location X D , Y D associated with the mating pose, characterised in that an instantaneous linear velocity x ' R and an instantaneous angular velocity θ' R of the robot, at a pose along the arc path, are maintained in substantially constant relation with radius r: θ R ′ = x R ′ r and wherein controlling a rotational error of the robot comprises issuing a proportional control according to: θ R ′ = kφ where k is a proportional control constant and Φ is a rotational error, and/or a weighted control according to θ R ′ = α kφ + β x R ′ r where α and β are weighting parameters. receiving an initial pose associated with a robot charger docking station; receiving a mating pose associated with the robot charger docking station; performing a first navigation of a robot from a location to the initial pose; and performing a second navigation of the robot from the initial pose to the mating pose, wherein the second navigation proceeds substantially along an arc path from the initial pose to the mating pose, thereby causing the electrical charging port of the robot to mate with an electrical charging assembly of the robot charger docking station; wherein the arc path from the initial pose to the mating pose comprises a section of a unique circle having radius r and center X C , Y C equidistant from a first location X R , Y R associated with the initial pose and a second location X D , Y D associated with the mating pose, characterised in that an instantaneous linear velocity x ' R and an instantaneous angular velocity θ' R of the robot, at a pose along the arc path, are maintained in substantially constant relation with radius r: θ R ′ = x R ′ r and wherein controlling a rotational error of the robot comprises issuing a proportional control according to: θ R ′ = kφ where k is a proportional control constant and Φ is a rotational error, and/or a weighted control according to θ R ′ = α kφ + β x R ′ r where α and β are weighting parameters.
Mounting assembly comprising - a mounting rail which has a first long side , a second long side opposite the first long side , a third long side connecting the first long side and the second long side , and a fourth long side that connects the first long side and the second long side and is opposite the third long side , the mounting rail having a first through-opening in its first long side , - a fastening device which passes through the first through-opening in the mounting rail and has an external thread , and - a retaining nut which has an internal thread corresponding to the external thread of the fastening device , is screwed onto the fastening device , and form-fittingly secures the mounting rail to the fastening device on the first long side , characterized in that - the retaining nut has an approximately circular base plate which has profiling on the circumference for better gripping, - the base plate of the retaining nut is wider than the first long side of the mounting rail , and the base plate of the retaining nut projects beyond the first long side of the mounting rail on opposite sides, and - the retaining nut has at least one polygonal collar which is integrally formed with the base plate of the retaining nut and has an external polygon for attaching a wrench. - a mounting rail which has a first long side , a second long side opposite the first long side , a third long side connecting the first long side and the second long side , and a fourth long side that connects the first long side and the second long side and is opposite the third long side , the mounting rail having a first through-opening in its first long side , - a fastening device which passes through the first through-opening in the mounting rail and has an external thread , and - a retaining nut which has an internal thread corresponding to the external thread of the fastening device , is screwed onto the fastening device , and form-fittingly secures the mounting rail to the fastening device on the first long side , characterized in that - the retaining nut has an approximately circular base plate which has profiling on the circumference for better gripping, - the base plate of the retaining nut is wider than the first long side of the mounting rail , and the base plate of the retaining nut projects beyond the first long side of the mounting rail on opposite sides, and - the retaining nut has at least one polygonal collar which is integrally formed with the base plate of the retaining nut and has an external polygon for attaching a wrench.
An additive for concrete, characterized in that it contains (a) a butadiene-styrene copolymer; (b) a styrene-acrylic ester copolymer; (c) water; (d) an alkali silicate; and (e) a fumed or colloidal silica. (a) a butadiene-styrene copolymer; (b) a styrene-acrylic ester copolymer; (c) water; (d) an alkali silicate; and (e) a fumed or colloidal silica.
An inorganic core/shell particle to be contained in an abrasive material, the inorganic core/shell particle comprising: a core containing a salt of at least one element selected from yttrium (Y), titanium (Ti), strontium (Sr), barium (Ba), samarium (Sm), europium (Eu), gadolinium (Gd), and terbium (Tb); and a shell containing a salt of at least one element selected from these eight elements and a salt of cerium (Ce), wherein the shell comprises crystallites having an average diameter within a range of 4 to 30 nm. a core containing a salt of at least one element selected from yttrium (Y), titanium (Ti), strontium (Sr), barium (Ba), samarium (Sm), europium (Eu), gadolinium (Gd), and terbium (Tb); and a shell containing a salt of at least one element selected from these eight elements and a salt of cerium (Ce), wherein the shell comprises crystallites having an average diameter within a range of 4 to 30 nm.
Method for operating a household microwave appliance , in which - a field distribution in a cooking chamber of the household microwave appliance is changed during the microwave treatment operation, - the microwave treatment operation is controlled as a function of a change in temperature of the microwave generator effected by the change in the field distribution, characterised in that - an extent of a change in a portion of the microwave power radiated into the cooking chamber which is reflected from the cooking chamber back to the microwave generator is determined from the change in temperature. - a field distribution in a cooking chamber of the household microwave appliance is changed during the microwave treatment operation, - the microwave treatment operation is controlled as a function of a change in temperature of the microwave generator effected by the change in the field distribution, characterised in that - an extent of a change in a portion of the microwave power radiated into the cooking chamber which is reflected from the cooking chamber back to the microwave generator is determined from the change in temperature.
Use of p-tert-butylstyrene comonomer for increasing the glass transition temperature (Tg) of expanded vinyl aromatic polymer, wherein said polymer i) is prepared from styrene monomer and ii) contains one or more athermanous additives. i) is prepared from styrene monomer and ii) contains one or more athermanous additives.
A savoury composite food product comprising at least 35 wt.% of gel pieces having a mesh size in the range of 0.2-10 mm; 0.2-55 wt.% of tissue-based food particles having a mesh size in the range of 0.2-10 mm; at least 2 wt.% of lipophilic material covering said gel pieces and said tissue-based food particles; said savoury composite food product having the following composition: • 20-75 wt.% water; • 2-30 wt.% of oil; • 0.1-40 wt.% of taste contributing components selected from glutamic acid, 5'-ribonucleotides, sucrose, glucose, fructose, lactose, lactic acid, citric acid, acetic acid and combinations thereof; • 0.5-20% by weight of water of gelling agent; • 35-1100 mmol per 100 g of food product of alkalimetal cation selected from Na + , K + and combinations thereof. • 20-75 wt.% water; • 2-30 wt.% of oil; • 0.1-40 wt.% of taste contributing components selected from glutamic acid, 5'-ribonucleotides, sucrose, glucose, fructose, lactose, lactic acid, citric acid, acetic acid and combinations thereof; • 0.5-20% by weight of water of gelling agent; • 35-1100 mmol per 100 g of food product of alkalimetal cation selected from Na + , K + and combinations thereof.