mhurhangee/ep-ind-claims huggingface dataset:
A device for determining the concentration of at least one gaseous or solid material in at least one measurement volume (V M) at a stationary measurement point, wherein at least one measurement unit is provided to emit a light beam with a predetermined light intensity through the measurement volume (V M), and at least one detector is provided to detect the light beam after it has passed through the measurement volume (V M), wherein the at least one detector is configured to determine a decrease in the light intensity due to the at least one gaseous or solid material in the measurement volume (V M), whereas an image unit is provided in the device, in order to capture at least a part of an exhaust plume in the case of partial or complete presence of an exhaust plume in the measurement volume (V M), whereas an evaluation unit is provided in the device which is configured to determine a total passage path (x) of the light beam through the exhaust plume in the measurement volume (V M) from at least one captured image of the at least one part of the exhaust plume, whereas the evaluation unit is further configured to determine a concentration of the gaseous or solid material in the measurement volume (V M) from the determined decrease in the light intensity and the total passage path (x).
A concrete formwork panel, comprising - a propylene core layer containing air voids and having a thickness of 3 to 30 mm and a density of less than 1.0 g/cm 3, and - at least one polypropylene cover layer free from air voids and having a thickness of 0.5 to 3 mm, characterized in that the polypropylene of the cover layer contains the following additives: - 1 to less than 5 wt.-% talcum, and - 1 to 10 wt.-% of a long-chain silicone with the formula (CH 3) 3 -Si-O-((CH 3) 2 -Si-O) n -Si(CH 3) 3 and a viscosity of 1 to 1'000'000 mPa·s or 1 to 10 wt.-% polytetrafluoroethylene particles. - a propylene core layer containing air voids and having a thickness of 3 to 30 mm and a density of less than 1.0 g/cm 3, and - at least one polypropylene cover layer free from air voids and having a thickness of 0.5 to 3 mm, - 1 to less than 5 wt.-% talcum, and - 1 to 10 wt.-% of a long-chain silicone with the formula (CH 3) 3 -Si-O-((CH 3) 2 -Si-O) n -Si(CH 3) 3 and a viscosity of 1 to 1'000'000 mPa·s or 1 to 10 wt.-% polytetrafluoroethylene particles.
Permanent formwork wall, including: - two skins (2, 3) made of concrete or the like, arranged one (2; 3) facing the other (3; 2), substantially parallel and spaced apart, so as to define an internal volume between them; - at least one means for connecting these two skins (2, 3) to each other; - at least one means for connecting this wall to another at least similar juxtaposed wall located in its extension, such connecting means being provided on at least one of the lateral sides (10; 10a) of the wall and including a first portion extending inside the wall as well as a second portion extending outside this wall, laterally relative to the lateral edge of this wall and in the extension of the internal volume of this wall, wherein: - the connecting means is formed of a flexible cable, on the one hand, shaped so as to define a loop forming at least part of the second portion of this connecting means and, on the other hand, including two strands (81; 81a) extending each from the loop of this flexible cable, while the first portion of this connecting means is formed of at least part of each of these two strands (81; 81a), which each extend inside the wall. - two skins (2, 3) made of concrete or the like, arranged one (2; 3) facing the other (3; 2), substantially parallel and spaced apart, so as to define an internal volume between them; - at least one means for connecting these two skins (2, 3) to each other; - at least one means for connecting this wall to another at least similar juxtaposed wall located in its extension, such connecting means being provided on at least one of the lateral sides (10; 10a) of the wall and including a first portion extending inside the wall as well as a second portion extending outside this wall, laterally relative to the lateral edge of this wall and in the extension of the internal volume of this wall, wherein: - the connecting means is formed of a flexible cable, on the one hand, shaped so as to define a loop forming at least part of the second portion of this connecting means and, on the other hand, including two strands (81; 81a) extending each from the loop of this flexible cable, while the first portion of this connecting means is formed of at least part of each of these two strands (81; 81a), which each extend inside the wall.
Plant for producing sanitary hot water including a water heater comprising a tank within which is stored fluid to be heated, a controlled mechanical ventilation system intended for extracting air from a dwelling, and equipped with means for adjusting the extracted airflow, for example based on the hygrometry, and a thermodynamic circuit, the controlled mechanical ventilation system being coupled to the thermodynamic circuit within which flows a coolant fluid, the thermodynamic circuit including an evaporator for exchanging heat with the extracted air, a compressor, an expander, and a condenser for exchanging heat with fluid contained in the tank, characterised in that the compressor is a variable speed compressor, capable of modifying the flow of coolant fluid, and in that it includes means providing information on the extracted airflow interacting with the compressor so as to adjust the flow of coolant fluid in the corresponding circuit based on the measured airflow, and in that it includes at least one temperature probe of the extracted air, located downstream of the evaporator in the direction of the airflow, and interacting with the compressor so as to adjust the flow of coolant fluid in the corresponding circuit based on the temperature of the measured air.
A container cutting die; comprising a die plate and a punch and blade holder plate enabled for relative movement between an inoperative or open position in which the blades and the punches of the punch and blade holder plate are spaced from the die plate, and an operative closed position in which the blades and the punches make, in combination with the die plate, cuts and/or pre-cuts in the containers, the blades being housed in a tight manner and fixed in a housing of the blade holder plate characterised in that - the blades have a body with a non-circular cross section coinciding in shape and dimensions with the cross section of the housing, - the blades are fixed by means of a clamping element in the housing; and - the front end of the blades projects a distance of less than 10 millimetres from the blade holder plate, wherein the clamping element is a screw which passes through a separator, resting on a step of the housing (21,) the clamping element being screwed onto the rear end of the body of the blades. - the blades have a body with a non-circular cross section coinciding in shape and dimensions with the cross section of the housing, - the blades are fixed by means of a clamping element in the housing; and - the front end of the blades projects a distance of less than 10 millimetres from the blade holder plate,
An apparatus comprising: a diffuser defining an enclosed area within an interior of the diffuser; a solid state light source, disposed within the interior of the diffuser, emitting light therefrom in a direction away from a horizontal plane containing the solid state light source; and optics disposed within the interior of the diffuser adjacent to and above the solid state light source to reflect, utilizing total internal reflection and refractive mechanisms, at least a portion of the light emitted from the solid state light source, characterised in that the optics comprises a first protrusion on a distal side of the solid state light source, the first protrusion having a triangular cross-sectional shape; a second protrusion on a distal side of the solid state light source opposing the first protrusion and forming a juncture with the first protrusion above the solid state light source, the second protrusion having a triangular cross-sectional shape; and protrusions having a planar cross-sectional shape and supporting the first and second protrusions above the solid state light source, wherein the protrusions supporting the first and second protrusions above the solid state light source include the refractive mechanisms. a diffuser defining an enclosed area within an interior of the diffuser; a solid state light source, disposed within the interior of the diffuser, emitting light therefrom in a direction away from a horizontal plane containing the solid state light source; and optics disposed within the interior of the diffuser adjacent to and above the solid state light source to reflect, utilizing total internal reflection and refractive mechanisms, at least a portion of the light emitted from the solid state light source,
A respiratory syncytial virus fusion protein comprising: (i) a deletion of one or more amino acids aligning to amino acids 137-146 of the wild-type RSV F protein SEQ ID NO: 2; (ii) an inactivated primary furin cleavage site, wherein the primary furin cleavage site is inactivated by three amino acid substitutions introduced at positions aligning to arginine 133, arginine 135, and arginine 136 of SEQ ID NO: 2; and (iii) amino acid substitutions of P102A, I379V and M447V. (i) a deletion of one or more amino acids aligning to amino acids 137-146 of the wild-type RSV F protein SEQ ID NO: 2; (ii) an inactivated primary furin cleavage site, wherein the primary furin cleavage site is inactivated by three amino acid substitutions introduced at positions aligning to arginine 133, arginine 135, and arginine 136 of SEQ ID NO: 2; and (iii) amino acid substitutions of P102A, I379V and M447V.
A container handling machine having at least one operative unit in turn comprising: - first support means configured to support a base of a filled and closed container; - second support means configured to cooperate with an end of said container opposite said base; - a plunger selectively moved along a given axis to perform a deformation operation on said base of said container from a first configuration, in which said base is swollen and defines a maximum internal volume of said container, to a second configuration, in which said base is at least in part retracted inwardly of the container with respect to the first configuration so as to define an internal volume of the container itself smaller than that in the first configuration; and - actuator means selectively activated to move said plunger along said axis between a first position, detached from said base of said container, and a second position, in which said plunger defines said second configuration of said base; said machine further comprising control means configured to selectively activate said actuator means for moving said plunger along said axis from said first position to said second position and vice versa; wherein said second support means are maintained at a constant distance along said axis from said first support means during said deformation operation; characterized in that said control means comprise measuring means for measuring a physical quantity correlated to the maximum deforming force exerted by said plunger on said base of said container during said deformation operation in order to determine whether said container is correctly filled. - first support means configured to support a base of a filled and closed container; - second support means configured to cooperate with an end of said container opposite said base; - a plunger selectively moved along a given axis to perform a deformation operation on said base of said container from a first configuration, in which said base is swollen and defines a maximum internal volume of said container, to a second configuration, in which said base is at least in part retracted inwardly of the container with respect to the first configuration so as to define an internal volume of the container itself smaller than that in the first configuration; and - actuator means selectively activated to move said plunger along said axis between a first position, detached from said base of said container, and a second position, in which said plunger defines said second configuration of said base;
Valve, with a valve casing and a piston-like valve spool, which is mounted with axial sliding facility in a recess, with a central longitudinal axis, of the valve casing in order to execute linear changeover movements between different operating positions, and moreover with at least one seal ring coaxially encompassing the valve spool in the recess and having an annular seal housing with U-shaped cross-section, fixed immovably relative to the valve casing, and two opposing housing legs, and bounding a seating area which has on the radial inside a slot-like housing opening flanked at the side by the two housing legs and in which is mounted coaxially an annular seal element, which is designed on the one hand for static sealing interaction with the inner face of the seal housing and on the other hand for dynamic sealing interaction with the outer peripheral face of the valve spool, wherein for the dynamic sealing it has in the area of the slot-like housing opening a dynamic sealing section which encompasses the valve spool coaxially in at least one of its operating positions with sealing contact, characterised in that at least one of the housing legs of the seal housing is designed as a guide leg, which has at least one radially inwards facing guide surface which, through direct contact with the outer peripheral face of the valve spool, effects lateral support and linear sliding guidance of the valve spool, independently of the assigned seal element.
A shaped abrasive agglomerate particle comprising shaped abrasive particles bonded in a vitreous matrix, wherein the shaped abrasive particles have a longest particle lineal dimension on a surface and a shortest particle dimension (t) perpendicular to the longest particle lineal dimension, wherein the longest particle lineal dimension is at least twice the shortest particle dimension (t), wherein the shaped abrasive agglomerate particle has a longest agglomerate lineal dimension on a surface and a shortest agglomerate dimension (t) perpendicular to the longest agglomerate lineal dimension, and wherein the longest agglomerate lineal dimension is at least twice the shortest agglomerate dimension (t).
Electronic strap for a timepiece, comprising: - a printed circuit board - an insert disposed on the printed circuit board, comprising a guide element provided to be placed between and fixed to a pair of horns (CN1, CN2) of a watch case, the guide element comprising a lightwave guide comprising: • an input disposed on an interface between the guide element and the printed circuit board • a first output disposed so as to be opposite a first zone of the watch case between the two horns (CN1, CN2) when the guide element is placed between and fixed to the pair of horns (CN1, CN2) • a first portion connecting the input to the first output - a lightwave emitter installed on the printed circuit board, at the level of the input of the wave guide. - a printed circuit board - an insert disposed on the printed circuit board, comprising a guide element provided to be placed between and fixed to a pair of horns (CN1, CN2) of a watch case, the guide element comprising a lightwave guide comprising: • an input disposed on an interface between the guide element and the printed circuit board • a first output disposed so as to be opposite a first zone of the watch case between the two horns (CN1, CN2) when the guide element is placed between and fixed to the pair of horns (CN1, CN2) • a first portion connecting the input to the first output • an input disposed on an interface between the guide element and the printed circuit board • a first output disposed so as to be opposite a first zone of the watch case between the two horns (CN1, CN2) when the guide element is placed between and fixed to the pair of horns (CN1, CN2) • a first portion connecting the input to the first output - a lightwave emitter installed on the printed circuit board, at the level of the input of the wave guide.
Arrangement to cool a coil, comprising an enclosure, which at least partially incorporates or houses the coil, and a device to create an airflow to cool the coil, wherein the coil comprises at least one cooling channel to guide the airflow through the windings of the coil and an outer air duct lying radially inside an outer part of the coil, wherein an air guidance plate is placed at a lower part of the outer air duct and of the coil to prevent bypasses of the airflow and/ or to block at least partially the airflow through and/or along the outer air duct, and characterized in that a barrier overhang of the lower part of the coil is shortened in an axial direction of the coil with respect to a barrier overhang of the lower part of the coil that lies radially inside the outer air duct to place the air guidance plate.
A cooling device comprising at least one door which opens and closes enabling the placing of products and goods such as food and beverages to be cooled inside, one or more than one shelf attached to the door enabling the placing of objects to be cooled, a wire shield, which can be attached to or detached from the shelf and which prevents objects placed on the shelf from falling over the shelf, the wire shield comprising one or more than one attachment leg providing the mounting on the shelf, characterized in that the shelf includes one or more than one shield housing providing its attachment to the shield, and in that the wire shield comprises at least two wires fixed to each other wherein one is used as a support by contacting the shelf at least partially and the other has the same form as the shelf, and raises the frontal and lateral sides of the shelf, and in that the attachment leg connects said at least two wires to the shield housing.
A method for congestion management on a network, comprising: determining that a RAN cell on the network is congested; identifying at least one heavy user on the cell, wherein the at least one heavy user has an application throughput greater than a configurable heavy user threshold; determine traffic flow criteria of the at least one heavy user; identifying at least one suffering user who has Quality of Experience, QoE, below a predetermined QoE threshold, wherein the at least one suffering user has a round trip time greater than a configurable suffering threshold; shaping network traffic of the at least one heavy user based on the traffic flow criteria; and reviewing the QoE of the at least one suffering user at a predetermined interval to determine if shaping is improving the QOE of the at least one suffering user, until the predetermined QoE threshold is reached. determining that a RAN cell on the network is congested; identifying at least one heavy user on the cell, wherein the at least one heavy user has an application throughput greater than a configurable heavy user threshold; determine traffic flow criteria of the at least one heavy user; identifying at least one suffering user who has Quality of Experience, QoE, below a predetermined QoE threshold, wherein the at least one suffering user has a round trip time greater than a configurable suffering threshold; shaping network traffic of the at least one heavy user based on the traffic flow criteria; and reviewing the QoE of the at least one suffering user at a predetermined interval to determine if shaping is improving the QOE of the at least one suffering user, until the predetermined QoE threshold is reached.
Method for operating a recuperative brake system of a vehicle, having the steps: Actuating at least one motor, which can be used as a generator, of the recuperative brake system taking into account first information (gtotai) relating to a setpoint total braking torque (M total) which is requested by a driver or a speed control automatic mechanism of the vehicle, and second information (g max) relating to a maximum executable possible generator braking torque (M max) by means of the at least one motor which can be used as a generator, in such a way that, in so far as the setpoint total braking torque (M total) can be executed at least partially by means of the maximum executable possible generator braking torque (M max), a generator braking torque (M Gen) which is less than or equal to the setpoint total braking torque (M total) and less than or equal to the maximum executable possible generator braking torque (M max) is applied to at least one wheel and/or at least one axle of the vehicle by means of the at least one motor which can be used as a generator; characterized in that even if the setpoint total braking torque (M total) is less than or equal to the maximum executable possible generator braking torque (M max), at least if the setpoint total braking torque (M total) is above a permanently predefined or predefineable threshold value, at least so much brake fluid is transferred into at least one wheel brake cylinder (26, 30) of the recuperative brake system via at least one hydraulic actuator that at least one clearance of the respective wheel brake cylinder is closed. Actuating at least one motor, which can be used as a generator, of the recuperative brake system taking into account first information (gtotai) relating to a setpoint total braking torque (M total) which is requested by a driver or a speed control automatic mechanism of the vehicle, and second information (g max) relating to a maximum executable possible generator braking torque (M max) by means of the at least one motor which can be used as a generator, in such a way that, in so far as the setpoint total braking torque (M total) can be executed at least partially by means of the maximum executable possible generator braking torque (M max), a generator braking torque (M Gen) which is less than or equal to the setpoint total braking torque (M total) and less than or equal to the maximum executable possible generator braking torque (M max) is applied to at least one wheel and/or at least one axle of the vehicle by means of the at least one motor which can be used as a generator; characterized in that even if the setpoint total braking torque (M total) is less than or equal to the maximum executable possible generator braking torque (M max), at least if the setpoint total braking torque (M total) is above a permanently predefined or predefineable threshold value, at least so much brake fluid is transferred into at least one wheel brake cylinder (26, 30) of the recuperative brake system via at least one hydraulic actuator that at least one clearance of the respective wheel brake cylinder is closed.