mhurhangee/ep-ind-claims huggingface dataset:
A semi-trailer comprising: a trailer body mounted on at least one axle with ground engaging wheels, attachment means for demountably connecting the trailer body to a tractor vehicle for towing the trailer, a bolster assembly mounted on the trailer body which is movable between a stored inoperative position on the trailer body and an in-use position on the trailer body, the bolster assembly being pivotally mounted on the trailer body for movement between the stored position in which the bolster assembly locates inboard of a side of the trailer body and the in-use position in which the bolster assembly extends laterally outwardly from the trailer body, characterised in that the bolster assembly in the stored position locates in a complementary recess in a side of the trailer body. a trailer body mounted on at least one axle with ground engaging wheels, attachment means for demountably connecting the trailer body to a tractor vehicle for towing the trailer, a bolster assembly mounted on the trailer body which is movable between a stored inoperative position on the trailer body and an in-use position on the trailer body, the bolster assembly being pivotally mounted on the trailer body for movement between the stored position in which the bolster assembly locates inboard of a side of the trailer body and the in-use position in which the bolster assembly extends laterally outwardly from the trailer body, characterised in that the bolster assembly in the stored position locates in a complementary recess in a side of the trailer body.
An indoor unit of an air conditioning apparatus, the indoor unit comprising: a casing having a square shape in a side view, and a housing section provided on a bottom portion of the casing, the housing section including a remote control receiving section configured to receive an infrared signal from a remote control, and a temperature detection sensor configured to contactlessly detect a surface temperature of an object in a room, a housing cover being provided on the housing section and comprising: a light transmissive surface inclined diagonally downward from a front; and a sensor opening port formed behind the light transmissive surface, the light transmissive surface being formed in front of the remote control receiving section to be opposed to and be parallel to the remote control receiving section, the sensor opening port being formed such that the temperature detection sensor protrudes from the opening port. a casing having a square shape in a side view, and a housing section provided on a bottom portion of the casing, the housing section including a remote control receiving section configured to receive an infrared signal from a remote control, and a temperature detection sensor configured to contactlessly detect a surface temperature of an object in a room, a light transmissive surface inclined diagonally downward from a front; and a sensor opening port formed behind the light transmissive surface, the light transmissive surface being formed in front of the remote control receiving section to be opposed to and be parallel to the remote control receiving section, the sensor opening port being formed such that the temperature detection sensor protrudes from the opening port.
The non-therapeutic use of steviol in improving cognitive function which is selected from the group consisting of: maintaining cognitive wellness and balance, learning, language processing, problem solving, intellectual functioning, ability to cope with psychosocial burdens, attention and concentration, memory, the capacity for remembering, mental alertness, mental vigilance, mental fatigue, stabilisation of mental status, a stress reliever, work overload stress, stress-related exhaustion and/or burn out, and to promote relaxation in an animal or human.
A moulding device for moving at least one moulding tool (10, 10a) by means of a link motion control element which brings the respective moulding tool (10, 10a) into a closing position, at least for closing the mould, the link motion control element being able to be actuated by a drive, the link motion control element having a slot guide in a feed component and in which an actuating member engages, the latter being able to be moved, actuated by a rotation component that can be driven by means of the drive, into a position corresponding to the opening and closing position of the moulding tool, and the feed component co-operating with a railguided slide component which can be brought with force-fit into the closing position of the moulding device (10, 10a) by the feed component, characterised in that the slide component can be brought together with the moulding tool (10, 10a) into its closing position, that the moulding tool (10, 10a) can be reset to its opening position independently of the slide component by a reset means, and that the maximum closing force for the moulding tool (10, 10a) can be specified by means of a central adjusting means in the from of an energy accumulator.
A base station, comprising a building base band unit BBU, a radio frequency unit RFU, a first antenna connected to the RFU, a remote module, and a second antenna connected to the remote module, wherein a first converter box and a second converter box are arranged on a feeder line connecting the RFU to the first antenna, wherein the first converter box is configured to receive a remote module direct current voltage signal from a first power source module and a radio frequency signal from the RFU, transmit the remote module direct current voltage signal to the second converter box through the feeder line, and transmit the radio frequency signal to the second converter box through the feeder line; and the second converter box is configured to receive the remote module direct current voltage signal and the radio frequency signal from the first converter box through the feeder line, transmit the remote module direct current voltage signal to the remote module to supply power to the remote module, and transmit the radio frequency signal to the first antenna, to radiate the radio frequency signal to a space.
A method for obtaining a binder for manufacturing of concrete or stratified products, comprising the following mixing sequence: - (a) mix preliminarily together 5-30% of a first component A and 70-95 % of a second component B; - (b) add a third component C in a ratio of 1:1 by weight to the second component B; - (c) add water in an amount that can form a fluid, free-flowing and sprayable paste; - Wherein the first component A is a soybean flour; component B is a magnesium oxide and the third component C is a magnesium sulphate or chloride solution at 32°Be (at 15°). - (a) mix preliminarily together 5-30% of a first component A and 70-95 % of a second component B; - (b) add a third component C in a ratio of 1:1 by weight to the second component B; - (c) add water in an amount that can form a fluid, free-flowing and sprayable paste; - Wherein the first component A is a soybean flour; component B is a magnesium oxide and the third component C is a magnesium sulphate or chloride solution at 32°Be (at 15°).
Method for controlling an electromagnetic valve, wherein the temperature of the valve is detected, characterized in that current is applied to the valve depending on the temperature of the valve in a temperature-optimized manner in such a way that there is as little heat loss as possible, so that the valve is heated as little as possible, and that changes which are caused by the application of current in a temperature-optimized manner are reduced by a change in driving.
A tamper sensor assembly comprising: a substrate extending from a first end including an attachment section to a second end including a protective bulk section, the protective bulk section including tamper circuitry; an interconnect hardware or hardware section configured to receive hardware circuitry and extending from the protective bulk section to the attachment section; the hardware circuitry electrically connected to the tamper circuitry to alter operation of the hardware circuitry responsive to modification of the tamper circuitry; a first fold in the substrate to position a first portion of the hardware section to extend along the protective bulk section; and a second fold in the substrate to position a second portion of the hardware section to extend along the first portion of the hardware section. a substrate extending from a first end including an attachment section to a second end including a protective bulk section, the protective bulk section including tamper circuitry; an interconnect hardware or hardware section configured to receive hardware circuitry and extending from the protective bulk section to the attachment section; the hardware circuitry electrically connected to the tamper circuitry to alter operation of the hardware circuitry responsive to modification of the tamper circuitry; a first fold in the substrate to position a first portion of the hardware section to extend along the protective bulk section; and a second fold in the substrate to position a second portion of the hardware section to extend along the first portion of the hardware section.
Die ejector for deep drawing press, of the type intended to facilitate the uncoupling of the plate to be deep drawn and of the female part and male part forming the die, formed by parts made of polyurethane, rubber or another elastic material which, being of the type formed from a body adopting the configuration of the graphical element to be deep drawn and suitable to be incorporated in the hollow of said graphical element provided in the female part of the die, characterized in that the upper surface of said body incorporates a plurality of longitudinal flanges, consisting of elevations on said upper surface of said body, which are arranged separated from one another such that all of them have the same orientation, said orientation being horizontal, i.e., parallel with respect to the horizontal axis of the graphical element to be deep drawn.
A shisha cartridge comprising: a body defining a cavity, the cavity having a surface area and a volume; an aerosol-forming substrate disposed in the cavity; and at least one thermal bridge disposed in the cavity, the at least one thermal bridge having a surface area; a heatable surface area; wherein the heatable surface area comprises the surface area of the cavity and the surface area of the at least one thermal bridge; wherein a ratio of the heatable surface area to a volume of the cavity is in a range from about 1 cm -1 to about 4 cm -1. a body defining a cavity, the cavity having a surface area and a volume; an aerosol-forming substrate disposed in the cavity; and at least one thermal bridge disposed in the cavity, the at least one thermal bridge having a surface area; a heatable surface area;
Conveying device for removing bar-form articles from an article storage means - having at least one shaft for single-row, transverse-axial guidance of the bar-form articles, wherein - a rotatable transfer element having a groove for a bar-form article is arranged downstream of the shaft in relation to a transport direction of the bar-form articles, which element inserts the bar-form articles into troughs of a central drum for transverse-axial discharge, characterised in that - a rotatable insert wheel is provided between the downstream opening of the shaft and the transfer element, which wheel is designed for individual, transverse-axial delivery of bar-form articles to the transfer element, wherein - the groove of the transfer element is designed to receive the bar-form articles delivered by the insert wheel and can be supplied with negative pressure, in which bar-form articles delivered by the insert wheel can be held by means of negative pressure, wherein - the transfer element is servo-driven, and - the conveying device comprises a plurality of shafts arranged next to one another, each having associated insert wheels and transfer elements for removing bar-form articles from the article storage means and feeding them to the central drum. - having at least one shaft for single-row, transverse-axial guidance of the bar-form articles, wherein - a rotatable transfer element having a groove for a bar-form article is arranged downstream of the shaft in relation to a transport direction of the bar-form articles, which element inserts the bar-form articles into troughs of a central drum for transverse-axial discharge, characterised in that - a rotatable insert wheel is provided between the downstream opening of the shaft and the transfer element, which wheel is designed for individual, transverse-axial delivery of bar-form articles to the transfer element, wherein - the groove of the transfer element is designed to receive the bar-form articles delivered by the insert wheel and can be supplied with negative pressure, in which bar-form articles delivered by the insert wheel can be held by means of negative pressure, wherein - the transfer element is servo-driven, and - the conveying device comprises a plurality of shafts arranged next to one another, each having associated insert wheels and transfer elements for removing bar-form articles from the article storage means and feeding them to the central drum.
A portable system that allows blind or visually impaired persons to interpret the surrounding environment by sound or touch, comprising: - two cameras (3i, 3d), separate from one another and configured to capture an image of the environment simultaneously, - generating means (4i, 4d) for generating sound and/or touch output signals; - processing means connected to the cameras (3i, 3d) and to the generating means (4i, 4d) for generating sound and/or touch signals, characterized in that said processing means are configured to combine the images captured in real time and to process the information relating to the depth of the elements comprised in at least one vertical band in the combined image, said vertical band substantially covering the total height of the combined image, and said processing means also being configured to: divide the vertical band into one or more regions; define a sound or touch signal, in each region, according to the depth of the region and the height of the region; and define a sound or touch output signal based on the sound or touch signals in each region of the vertical band. - two cameras (3i, 3d), separate from one another and configured to capture an image of the environment simultaneously, - generating means (4i, 4d) for generating sound and/or touch output signals; - processing means connected to the cameras (3i, 3d) and to the generating means (4i, 4d) for generating sound and/or touch signals,
A carbon material for a non-aqueous electrolyte secondary battery comprised of hybrid particles comprising graphite particles and carbon fine particles with a primary particle size of 3nm or more to 500 nm or less, wherein the content of the carbon fine particles is 0.01 part by mass or more and 20parts by mass or less with respect to 100parts by mass of the graphite particles, and microscopic Raman R values measured for 30 hybrid particles selected at random by a microscopic Raman spectroscopy apparatus give a Raman R (90/10) value expressed by the following formula 2 of 1 or more to 4.3 or less; Raman R 90 / 10 value = ( Microscopic Raman R value of the particle whose microscopic Raman R value is the ( total number of measured particles × 0.9) th smallest microscopic Raman R values in the case where the microscopic Raman R values are arranged in a ascending order) / ( Microscopic Raman R value of the particle whose microscopic Raman value is the ( total number of measured particles × 0.1) th smallest microscopic Raman R values in the case where the microscopic Raman R values are arranged in a ascending order).
A valve system for fluid control, comprising: a heat exchanger manifold having a first face disposed opposite a second face, a third face extending between distal ends of the first face and the second face, and a first side and a second side disposed opposite the first side, the first side and the second side extending between the first face, the second face, and the third face, the first face defining an exhaust outlet and a first flow inlet, and the second face defining a second flow inlet, and wherein the third face defines a first flow outlet disposed proximate the first side, wherein the first side defines a first inlet and a first outlet in fluid communication with the interior of the heat exchanger manifold; characterized in that the third face defines a second flow outlet disposed proximate the second side; wherein the valve system further comprises a first flow housing coupled to the first side and a first valve member; and wherein the first valve member extends into the first flow housing. a heat exchanger manifold having a first face disposed opposite a second face, a third face extending between distal ends of the first face and the second face, and a first side and a second side disposed opposite the first side, the first side and the second side extending between the first face, the second face, and the third face, the first face defining an exhaust outlet and a first flow inlet, and the second face defining a second flow inlet, and wherein the third face defines a first flow outlet disposed proximate the first side, wherein the first side defines a first inlet and a first outlet in fluid communication with the interior of the heat exchanger manifold; characterized in that the third face defines a second flow outlet disposed proximate the second side; wherein the valve system further comprises a first flow housing coupled to the first side and a first valve member; and wherein the first valve member extends into the first flow housing.
A satellite system comprising: a reflector; a mast extending outwardly from the reflector; and a radio frequency, RF, assembly carried by a distal end of the mast, the satellite system being characterized in that the RF assembly comprises: a conductive waveguide body having an RF cavity therein coupled with the reflector, and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body, RF circuitry contained within the housing, and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity, wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body. a reflector; a mast extending outwardly from the reflector; and a radio frequency, RF, assembly carried by a distal end of the mast, the satellite system being characterized in that the RF assembly comprises: a conductive waveguide body having an RF cavity therein coupled with the reflector, and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body, RF circuitry contained within the housing, and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity, wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body. a conductive waveguide body having an RF cavity therein coupled with the reflector, and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body, RF circuitry contained within the housing, and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity, wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body.
Headlight module for a headlight of a vehicle, which is designed to emit light, of which at least a part lies in the visible spectrum, into at least one partial region of a vehicle environment of the vehicle, comprising: a beam splitter, wherein the beam splitter is a prism; a first scanning device; a converter device; and a laser light source (201; 401a, 401b), which is configured to emit laser light having at least one output wavelength, which is at least partially directed by means of the beam splitter as a first partial beam at the first scanning device and as a second partial beam at the converter device, wherein the light emitted by the headlight module into the at least one partial region of the vehicle environment comprises a first light deflected by the first scanning device and a second light, which is spectrally scattered by the converter device and has at least one wavelength deviating from the output wavelength; and wherein the headlight module comprises a light detection device, which is designed to determine at least one variable with respect to a spatial and/or temporal intensity distribution and/or a wavelength distribution of a reflection, incident on the headlight module, of at least part of the emitted light and, taking into account the at least one determined variable, to determine information regarding the vehicle environment. a beam splitter, wherein the beam splitter is a prism; a first scanning device; a converter device; and a laser light source (201; 401a, 401b), which is configured to emit laser light having at least one output wavelength, which is at least partially directed by means of the beam splitter as a first partial beam at the first scanning device and as a second partial beam at the converter device, wherein the light emitted by the headlight module into the at least one partial region of the vehicle environment comprises a first light deflected by the first scanning device and a second light, which is spectrally scattered by the converter device and has at least one wavelength deviating from the output wavelength; and wherein the headlight module comprises a light detection device, which is designed to determine at least one variable with respect to a spatial and/or temporal intensity distribution and/or a wavelength distribution of a reflection, incident on the headlight module, of at least part of the emitted light and, taking into account the at least one determined variable, to determine information regarding the vehicle environment.