mhurhangee/ep-ind-claims huggingface dataset:
A hoist, preferably for use in a ceiling mounted rail, where said hoist comprises a trolley with one or more wheels arranged to run along a first running surface of a rail, said trolley comprises one or more drive wheels and one or more carrying wheel, wherein said one or more carrying wheels are rotatably fixed on a cart and where the one or more drive wheels are rotatably fixed to a bracket and where said bracket is pivotably connected via a hinge to the cart, characterised in, that said trolley comprises a spring member having a first end connected to the cart and the second end connected to the bracket provided for pressing the one or more drive wheels against a second running surface of the rail, and wherein a shaft with an eccentric cam is rotatably mounted in the bracket, where said eccentric cam upon rotation of the shaft acts against a surface on the cart for rotation of the bracket in relation to the cart in the hinge whereby said one or more drive wheels are released from contact with the running surface, whereby the one or more carrying wheels are able to rotate freely along the rail.
A traverse hardening device (1, 2) for performing traverse hardening on a shaft-shaped body (51, 101), the shaft-shaped body including a main body portion and a small-diameter portion which is provided in a middle portion of the main body portion in an axial direction and has an outer diameter smaller than that of the main body portion, the traverse hardening device (1, 2) comprising: a primary coil member which is formed in an annular shape, through which a high frequency current flows, and into which the shaft-shaped body (51, 101) is inserted; and a plurality of secondary coil members (16A-B, 17A-B), having an outer diameter smaller than an inner diameter of the primary coil member, which are disposed inside the primary coil member, on a radially outer side of the small-diameter portion of the shaft-shaped body (51, 101), and are disposed to be separated from each other in a circumferential direction. a primary coil member which is formed in an annular shape, through which a high frequency current flows, and into which the shaft-shaped body (51, 101) is inserted; and a plurality of secondary coil members (16A-B, 17A-B), having an outer diameter smaller than an inner diameter of the primary coil member, which are disposed inside the primary coil member, on a radially outer side of the small-diameter portion of the shaft-shaped body (51, 101), and are disposed to be separated from each other in a circumferential direction.
A cell culture and mixing vessel for containing a liquid, comprising a chamber having a tapered lower chamber portion, a tapered upper chamber portion wider than the lower portion, gas inlet means for supplying gas to the lower portion, characterized in that the height of liquid is selectable such that, in use, liquid in the upper chamber portion circulates within the upper chamber portion as a result of the introduced gas and G = (H x A) / V is greater than 1.5, wherein A is the area of the surface of the liquid in the vessel, H is the rise height of the gas and V the volume of liquid, wherein the chamber has a front wall and a back wall, the lower chamber being tapered, becoming wider with increasing height, at least a lower part of the upper chamber portion also being tapered at a more gradual incline than the lower chamber portion, wherein the back wall is vertically orientated, the front wall is thus inclined at an angle of incline, wherein the angle of incline of the front wall has an initial value which, with increasing height, is followed by a reduction in the value of the angle of incline.
An electromagnetic actuator comprising: a repulsive plate, a coil and a movable core (23,24,24a) connected to a movable shaft penetrating the coil, and provided so as to be opposed to each other with the coil interposed therebetween; and an elastic member (30,32,35) having an end connected to the movable shaft via the movable core(23,24,24a), and another end fixed, wherein in a first state, a distance between the repulsive plate and the coil is smaller than a distance between the movable core (23,24,24a) and the coil, when the coil is energized and the movable shaft moves with the repulsive plate repelling the coil due to an electromagnetic force acting on the repulsive plate so that a second state is established, the distance between the repulsive plate and the coil becomes greater than the distance between the movable core (23,24,24a) and the coil, and the movable shaft is pressed by the elastic member (30,32,35) in a moving direction of the movable shaft so as to separate the repulsive plate from the coil, characterized in that the movable core has a projection projecting toward the coil along the movable shaft, and an outer diameter of the projection of the movable core is smaller than an inner diameter of the coil. a repulsive plate, a coil and a movable core (23,24,24a) connected to a movable shaft penetrating the coil, and provided so as to be opposed to each other with the coil interposed therebetween; and an elastic member (30,32,35) having an end connected to the movable shaft via the movable core(23,24,24a), and another end fixed, wherein in a first state, a distance between the repulsive plate and the coil is smaller than a distance between the movable core (23,24,24a) and the coil, when the coil is energized and the movable shaft moves with the repulsive plate repelling the coil due to an electromagnetic force acting on the repulsive plate so that a second state is established, the distance between the repulsive plate and the coil becomes greater than the distance between the movable core (23,24,24a) and the coil, and the movable shaft is pressed by the elastic member (30,32,35) in a moving direction of the movable shaft so as to separate the repulsive plate from the coil, characterized in that the movable core has a projection projecting toward the coil along the movable shaft, and an outer diameter of the projection of the movable core is smaller than an inner diameter of the coil.
A battery module, characterized in comprising: at least one battery unit array structure, each of the at least one battery unit array structure comprising a plurality of battery units and a plurality of busbars electrically connected to the plurality of battery units; an upper cover; a lower cover, the at least one battery unit array structure being disposed between the upper cover and the lower cover; and a fireproof component disposed vertically, wherein each of the plurality of battery units in each of the at least one battery unit array structure is provided with a vent facing towards the fireproof component, the at least one battery unit array structure includes two or more battery unit array structures including a first battery unit array structure and a second battery unit array structure adjacent to the first battery unit array structure, the vent of each of the plurality of battery units of the first battery unit array structure and the vent of each of the plurality of battery units of the second battery unit array structure both face towards the fireproof component, and the fireproof component is disposed between the vent of each of the plurality of battery units of the first battery unit array structure and the vent of each of the plurality of battery units of the second battery unit array structure. at least one battery unit array structure, each of the at least one battery unit array structure comprising a plurality of battery units and a plurality of busbars electrically connected to the plurality of battery units; an upper cover; a lower cover, the at least one battery unit array structure being disposed between the upper cover and the lower cover; and a fireproof component disposed vertically, wherein each of the plurality of battery units in each of the at least one battery unit array structure is provided with a vent facing towards the fireproof component, the at least one battery unit array structure includes two or more battery unit array structures including a first battery unit array structure and a second battery unit array structure adjacent to the first battery unit array structure, the vent of each of the plurality of battery units of the first battery unit array structure and the vent of each of the plurality of battery units of the second battery unit array structure both face towards the fireproof component, and the fireproof component is disposed between the vent of each of the plurality of battery units of the first battery unit array structure and the vent of each of the plurality of battery units of the second battery unit array structure.
Roof antenna for mounting on a roof of a vehicle, wherein the roof antenna has a base plate and an antenna hood that can be connected to the base plate and, under the antenna hood, there is arranged a circuit board with antenna elements and at least one plug-in connection, wherein the base plate has fastening means for final mounting, wherein the fastening means are formed as a central dome with a screw thread and a rotary cross interacting with the dome, characterized in that at least two resilient elements formed as a first O-ring and a further O-ring are arranged and fixed on the dome, wherein the dome is formed as a screw, wherein the screw has a circumferential groove for receiving the first O-ring at the end facing away from a screw head, and has a further circumferential groove for receiving the further O-ring at the end facing towards the screw head, wherein these elements fix the dome movably to the rotary cross and the base plate.
An apparatus for diagnosing and/or rehabilitating the oral and nasal breathings of a human being, the apparatus including at least one sensor for measuring the presence of air flow, capable of providing at least one air flow presence measurement signal, and a removable head having a first outer wall provided with at least one upper opening, intended to be positioned under the nostrils of the human being, at least one rear opening intended to be positioned in front of the mouth of the human being, the first outer wall delimits a first compartment and is provided with means for positioning, in the first compartment, the sensor for measuring the presence of air flow, the apparatus further including a manual gripping handle, for positioning the upper opening of the removable head under the nostrils of the human being and the rear opening of the removable head in front of the mouth of the human being, when the removable head is in an engaged position on the gripping handle, the removable head having first mounting means capable, in the engaged position of the removable head on the gripping handle, of cooperating with second mounting means provided on an end portion of the gripping handle, the first mounting means being able to be disengaged from the second mounting means to allow the removable head to be removed relative to the gripping handle, the removable head including first means for connecting the sensor, configured to be connected, in the engaged position, to second connection means provided on the end portion of the gripping handle for transmitting the air flow presence measurement signal to the second connection means, the second connection means being connected to a measurement signal processing unit, located outside the gripping handle, the processing unit including a display screen for displaying the time evolution of the measurement signal.
An optical system comprising: a projector configured to generate a collimated pixel beam associated with a virtual object; a light modifying device configured to modify the collimated pixel beam to generate a modified pixel beam, wherein modifying the collimated pixel beam includes selectively converging the collimated pixel beam and/or reducing a diameter of the collimated pixel beam, depending on the operational requirements; an eyepiece configured to output the modified pixel beam; and a processing module configured to perform operations comprising: determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system. a projector configured to generate a collimated pixel beam associated with a virtual object; a light modifying device configured to modify the collimated pixel beam to generate a modified pixel beam, wherein modifying the collimated pixel beam includes selectively converging the collimated pixel beam and/or reducing a diameter of the collimated pixel beam, depending on the operational requirements; an eyepiece configured to output the modified pixel beam; and a processing module configured to perform operations comprising: determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system. determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system.
A respiratory acoustic device comprising a housing with a hollow space, and a mouthpiece which has an air passage connected with the hollow space, wherein the housing contains a reflection end which reflects an airflow from the exhalation blown from the mouthpiece, and an open end which outputs the airflow of the exhalation blown from the mouthpiece, wherein the housing is in a tubular form, with one end thereof being the reflection end and the other end thereof being the open end, and with a hollow space penetrating from the reflection end to the open end, wherein the mouthpiece is located between the reflection end and the open end of the housing, a length between the mouthpiece and the reflection end is set to be shorter than a length between the mouthpiece and the open end, wherein the mouthpiece is configured such that a center axis of the air passage cross with an inner wall of the hollow space, which is linearly formed, of the housing at 85-95 degree, and wherein the device does not comprises a separated part that moves with the exhalation blown from the mouthpiece; characterized in that the mouthpiece has a length that the user can hold in its mouth and is configured to be able to receive an exhalation while being held in a user's mouth, and the device is configured to generate the Helmholtz resonation between a noise produced from the exhalation and a cavity formed by a user's oral cavity and lower respiratory tract by infusing the exhalation through the mouthpiece into the housing, wherein the housing contains a reflection end which reflects an airflow from the exhalation blown from the mouthpiece, and an open end which outputs the airflow of the exhalation blown from the mouthpiece, wherein the housing is in a tubular form, with one end thereof being the reflection end and the other end thereof being the open end, and with a hollow space penetrating from the reflection end to the open end, wherein the mouthpiece is located between the reflection end and the open end of the housing, a length between the mouthpiece and the reflection end is set to be shorter than a length between the mouthpiece and the open end, wherein the mouthpiece is configured such that a center axis of the air passage cross with an inner wall of the hollow space, which is linearly formed, of the housing at 85-95 degree, and wherein the device does not comprises a separated part that moves with the exhalation blown from the mouthpiece; characterized in that the mouthpiece has a length that the user can hold in its mouth and is configured to be able to receive an exhalation while being held in a user's mouth, and the device is configured to generate the Helmholtz resonation between a noise produced from the exhalation and a cavity formed by a user's oral cavity and lower respiratory tract by infusing the exhalation through the mouthpiece into the housing,
A method performed by a processor of a data repository, the method comprising: receiving, via a network, a file to be stored in the data repository from a terminal; determining whether the file has a file metadata card associated with the file; responsive to the file having a file metadata card associated with the file: executing at least one rule responsive to receiving the file to be stored in the data repository to validate the file metadata card; and responsive to a result of the at least one rule executed indicating a successful result, storing the file metadata card associated with the file and the file in the data repository; characterized in that executing at least one rule comprises: determining whether a named file is in a linking field of the file metadata card indicating the named file is to be updated when the file to be stored is updated; and responsive to the named file is in the linking field indicating the named file is to be updated, initiating transmission of a notification to at least one specified user of the named file to update the named file. receiving, via a network, a file to be stored in the data repository from a terminal; determining whether the file has a file metadata card associated with the file; responsive to the file having a file metadata card associated with the file: executing at least one rule responsive to receiving the file to be stored in the data repository to validate the file metadata card; and responsive to a result of the at least one rule executed indicating a successful result, storing the file metadata card associated with the file and the file in the data repository; executing at least one rule responsive to receiving the file to be stored in the data repository to validate the file metadata card; and responsive to a result of the at least one rule executed indicating a successful result, storing the file metadata card associated with the file and the file in the data repository; characterized in that executing at least one rule comprises: determining whether a named file is in a linking field of the file metadata card indicating the named file is to be updated when the file to be stored is updated; and responsive to the named file is in the linking field indicating the named file is to be updated, initiating transmission of a notification to at least one specified user of the named file to update the named file. determining whether a named file is in a linking field of the file metadata card indicating the named file is to be updated when the file to be stored is updated; and responsive to the named file is in the linking field indicating the named file is to be updated, initiating transmission of a notification to at least one specified user of the named file to update the named file.
An insulation tile comprising a first planar surface, a second planar surface and side surfaces defining the surfaces, and which insulation tile comprises - a casting compound layer, and - an insulation material layer, which is made of thermal insulation material, the compression strength of which is at least 10 kPa, wherein the casting compound layer forms a first planar surface of the insulation tile and the insulation material layer forms a second planar surface of the insulation tile, and which insulation material layer comprises grooves in the longitudinal and/or in the lateral direction of the surface in the area of the entire planar surface which will be against the casting compound layer, the casting compound layer comprises - concrete, mortar or similar casting compound, which comprises binding agent and inorganic material, and characterised in that the casting compound layer further comprises - 1-80 weight-% recycled extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam material or recycled rubber granules, and the casting compound layer extends partly to these grooves on the surface of the insulation material layer, whereby a gap remains to the grooves in the surface of the insulation material layer between the insulation material layer and the casting compound layer. - a casting compound layer, and - an insulation material layer, which is made of thermal insulation material, the compression strength of which is at least 10 kPa, - concrete, mortar or similar casting compound, which comprises binding agent and inorganic material, and characterised in that the casting compound layer further comprises - 1-80 weight-% recycled extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam material or recycled rubber granules,
An apparatus for securing an item to a concrete or masonry dry lined wall or ceiling, the apparatus comprising: a main body and a gripping means, the main body having a first end for engagement with the gripping means and a second end for engagement with an item being secured to the wall or ceiling; a collar is provided on the main body intermediate the first and second ends (8, 9) and is operable to engage with and activate the gripping means when the main body is actuated, characterised in that the apparatus further comprises driving means to actuate the main body, and the second end of the main body is adapted for engagement with the driving means, wherein the driving means is operable to apply a twisting or screwing force to actuate the main body by rotation thereof, in which the driving means comprises a driving body and a locking head, in which the locking head comprises a threaded portion for engagement in a screw threaded through bore of the driving body, whereby the driving body carrying the locking head is secured to the main body and actuated to engage the threaded portion with the main body to rotate the main body, and in which a collar extends around an end of the driving body and is configured with a recess to accommodate a locking pin, and the locking head comprises a head portion and a stepped collar, in which a receiver slot or cam is formed in the stepped collar for receiving the locking pin when the locking head is engaged with the driving body. a main body and a gripping means, the main body having a first end for engagement with the gripping means and a second end for engagement with an item being secured to the wall or ceiling; a collar is provided on the main body intermediate the first and second ends (8, 9) and is operable to engage with and activate the gripping means when the main body is actuated, characterised in that the apparatus further comprises driving means to actuate the main body, and the second end of the main body is adapted for engagement with the driving means, wherein the driving means is operable to apply a twisting or screwing force to actuate the main body by rotation thereof, in which the driving means comprises a driving body and a locking head, in which the locking head comprises a threaded portion for engagement in a screw threaded through bore of the driving body, whereby the driving body carrying the locking head is secured to the main body and actuated to engage the threaded portion with the main body to rotate the main body, and in which a collar extends around an end of the driving body and is configured with a recess to accommodate a locking pin, and the locking head comprises a head portion and a stepped collar, in which a receiver slot or cam is formed in the stepped collar for receiving the locking pin when the locking head is engaged with the driving body.