mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for transforming plastic parisons into plastic containers with a transport device which transports the plastic parisons along a predetermined transport path, with at least one transforming station which is arranged in a stationary manner along this transport path, wherein the transforming station has a blow mould which can be opened and closed and which in a closed state forms a cavity inside which the plastic parisons can be transformed into the plastic containers by the application of a gaseous medium, and wherein the transforming station has a closing unit in order to close the blow mould, and wherein, furthermore, the transforming station has an application device, which can be applied to a region of the plastic parisons and/or of the blow moulds, in order to apply the gaseous medium to these plastic parisons, as well as a valve unit, in order to control the delivery of the gaseous medium to be delivered to the plastic parisons, characterised in that the closing unit has at least one component of the blow mould which is movable relative to another component of the blow mould, wherein the closing unit has a wall surrounding the blow mould at least partially in a circumferential direction and the valve unit is arranged inside this wall.
Device (10, 20, 30) for accommodating and deploying at least one payload (11, 21, 31, 31') on a flying machine (12, 22, 32), having: at least one housing (13, 23, 33), wherein the housing (13, 23, 33) has at least two opposite first side surfaces (14, 24, 34, 34') which extend over at least a portion of the length of a payload (11, 21, 31, 31') to be accommodated, wherein the payload (11, 21, 31, 31') to be accommodated is releasably held between the first two side surfaces (14, 24, 34) of the housing (13, 23, 33), wherein the housing (13, 23, 33) is at least partially arranged in a cavity (15, 25, 35) on an outer surface of a flying machine (12, 22, 32), wherein the cavity (15, 25, 35) has at least one outwardly open first opening, wherein the housing (13, 23, 33) can be at least partially moved out of the cavity (15, 25, 35) for deploying and/or receiving the payload (11, 21, 31, 31') to be accommodated, wherein at least one of the side surfaces (14, 24, 34, 34') has at least one closable pressure relief opening (18, 28), characterized in that the housing (13, 23, 33) has a rail-guided accommodation device arranged on the first side surfaces (14, 24, 34, 34'), and at least one payload (11, 21, 31, 31') to be accommodated is removably held at least on two sides by the accommodation device. at least one housing (13, 23, 33), wherein the housing (13, 23, 33) has at least two opposite first side surfaces (14, 24, 34, 34') which extend over at least a portion of the length of a payload (11, 21, 31, 31') to be accommodated, wherein the payload (11, 21, 31, 31') to be accommodated is releasably held between the first two side surfaces (14, 24, 34) of the housing (13, 23, 33), wherein the housing (13, 23, 33) is at least partially arranged in a cavity (15, 25, 35) on an outer surface of a flying machine (12, 22, 32), wherein the cavity (15, 25, 35) has at least one outwardly open first opening, wherein the housing (13, 23, 33) can be at least partially moved out of the cavity (15, 25, 35) for deploying and/or receiving the payload (11, 21, 31, 31') to be accommodated, wherein at least one of the side surfaces (14, 24, 34, 34') has at least one closable pressure relief opening (18, 28), characterized in that the housing (13, 23, 33) has a rail-guided accommodation device arranged on the first side surfaces (14, 24, 34, 34'), and at least one payload (11, 21, 31, 31') to be accommodated is removably held at least on two sides by the accommodation device.
A backlight comprising: a light guide configured to guide light along a length of the light guide as guided light, the light guide having an angle-preserving scattering feature configured to scatter a portion of the guided light out of the light guide as emitted light; and a grating spreader between a light source configured to provide light to the light guide and the angle-preserving scattering feature of the light guide, the grating spreader comprising a diffraction grating having diffractive features that extend in a propagation direction of the guided light within the light guide, wherein the grating spreader is configured to convert the light provided by the light source into spatio-angularly homogenous light within the light guide to facilitate uniform illumination of the backlight; and wherein the diffraction grating of the grating spreader comprises a reflection mode diffraction grating, wherein the reflection mode diffraction grating comprises a grating layer having the diffractive features and a reflective layer, the grating layer being between the light guide and the reflective layer. a light guide configured to guide light along a length of the light guide as guided light, the light guide having an angle-preserving scattering feature configured to scatter a portion of the guided light out of the light guide as emitted light; and a grating spreader between a light source configured to provide light to the light guide and the angle-preserving scattering feature of the light guide, the grating spreader comprising a diffraction grating having diffractive features that extend in a propagation direction of the guided light within the light guide, wherein the grating spreader is configured to convert the light provided by the light source into spatio-angularly homogenous light within the light guide to facilitate uniform illumination of the backlight; and wherein the diffraction grating of the grating spreader comprises a reflection mode diffraction grating, wherein the reflection mode diffraction grating comprises a grating layer having the diffractive features and a reflective layer, the grating layer being between the light guide and the reflective layer.
A lock body comprising a case, a face plate and an oblique bolt, which oblique bolt is arranged to move linearly through the hole of the face plate between an inner position and a protruding locking position, which oblique bolt can further be arranged into a protruding basic position, which basic position is in said linear direction of movement between the inner position and the locking position, which oblique bolt comprises a tip part and a rear part, the tip part being attached to the rear part by an attachment screw, at least one side (3A, 3B) of which lock body has a hole at the site of the attachment screw, so that the handedness of the oblique bolt can be changed, characterized in that the hole is at the site of the attachment screw when the oblique bolt is in the basic position, and in that the oblique bolt further comprises a recess on at least one side of the rear part or the tip part, which recess is at the site of the hole, when the oblique bolt is in the locking position.
An air conditioning system having a free-cooling mode, the system comprising: a refrigeration circuit having a pump, a compressor, and an expansion device with a variable opening; a controller for selectively operating said refrigeration circuit in the free-cooling mode by circulating a refrigerant through said refrigeration circuit via said pump but not said compressor; and a free-cooling capacity control sequence resident on said controller, said free-cooling capacity control sequence adjusting a cooling capacity of said refrigeration circuit, in the free-cooling mode, at least by adjusting said variable opening based on a temperature difference between a working fluid temperature exiting an evaporator of the circuit and a set point temperature; wherein said free-cooling capacity control sequence is configured to reduce a size of said variable opening when said working fluid temperature is less than said set point temperature; wherein said free-cooling capacity control sequence increases a size of said variable opening when said working fluid temperature is greater than said set point temperature; and wherein said free-cooling capacity control sequence is configured to switch said refrigeration circuit out of free-cooling mode when said variable opening reaches a predetermined limit. a refrigeration circuit having a pump, a compressor, and an expansion device with a variable opening; a controller for selectively operating said refrigeration circuit in the free-cooling mode by circulating a refrigerant through said refrigeration circuit via said pump but not said compressor; and a free-cooling capacity control sequence resident on said controller, said free-cooling capacity control sequence adjusting a cooling capacity of said refrigeration circuit, in the free-cooling mode, at least by adjusting said variable opening based on a temperature difference between a working fluid temperature exiting an evaporator of the circuit and a set point temperature; wherein said free-cooling capacity control sequence is configured to reduce a size of said variable opening when said working fluid temperature is less than said set point temperature; wherein said free-cooling capacity control sequence increases a size of said variable opening when said working fluid temperature is greater than said set point temperature; and wherein said free-cooling capacity control sequence is configured to switch said refrigeration circuit out of free-cooling mode when said variable opening reaches a predetermined limit.
A framework (100;300) for a lighted structure (200;400), in particular a structure of the illuminated box or illuminated sign or illuminated wall type, said framework (100;300) being at least partially formed by tubes (102 1 -102 10;302 1 -302 24), called framework tubes, assembled together demountably or detachably, at least one (102 6,102 9;302 17 -302 24; 500) of said framework tubes, called illuminated framework tube, comprising: - at least one light source (502 1 -502 10) incorporated into said illuminated framework tube (102 6,102 9;302 17 -302 24;500), and - a lighting support, arranged in said illuminated framework tube (102 6, 102 9;302 17 -302 24;500), and on which is arranged the light source (502 1 -502 10) incorporated into said illuminated framework tube (102 6,102 9;302 17 -302 24;500); characterized in that: - one framework tube has a circular cross section, and - said lighting support is detachable, or demountable, and is inserted into said illuminated framework tube in a longitudinal direction of said illuminated framework tube, from one end of said illuminated framework tube. - at least one light source (502 1 -502 10) incorporated into said illuminated framework tube (102 6,102 9;302 17 -302 24;500), and - a lighting support, arranged in said illuminated framework tube (102 6, 102 9;302 17 -302 24;500), and on which is arranged the light source (502 1 -502 10) incorporated into said illuminated framework tube (102 6,102 9;302 17 -302 24;500); - one framework tube has a circular cross section, and - said lighting support is detachable, or demountable, and is inserted into said illuminated framework tube in a longitudinal direction of said illuminated framework tube, from one end of said illuminated framework tube.
Pore-free polymer tube prepared by directional winding of at least one polymer filament, wherein the at least one polymer filament has a diameter of ≤ 50 μm and the directionally wound at least one polymer filament is melted pore-free at or maximal at 15°C above the melting temperature of the polymer filament.
A down-the-hole hammer comprising an external cylindrical outer wear sleeve, a sliding piston mounted for reciprocating movement within the outer wear sleeve to strike a percussion bit of a drill bit assembly located at the forward end of the outer wear sleeve, wherein the drill bit assembly comprises: a percussion bit having a head portion formed with an axially extending stub shank; axially extending splines on the stub shank slideably engageable with complementary splines formed on a drive chuck whereby rotational drive from the chuck may be transmitted to the stub shank; a bit retaining ring adapted for engagement with a retaining shoulder on the stub shank to retain the stub shank in the drill bit assembly; and engagement means on the chuck adapted for connecting the chuck to a drive means of the fluid-operated percussion drill tool; characterized in that the assembly further comprises: the bit retaining ring comprises a shoulder for engagement with an upper end of the chuck to hold the retaining ring in place in the assembly; a bushing arranged above the chuck; wherein an upper portion of the bushing has an internal diameter dimensioned to provide a sealing fit with the piston nose; and the bit retaining ring or the lower portion of the bushing has an internal diameter dimensioned to provide a close sliding fit with the outer diameter of the retaining shoulder on the stub shank about its entire circumference. a percussion bit having a head portion formed with an axially extending stub shank; axially extending splines on the stub shank slideably engageable with complementary splines formed on a drive chuck whereby rotational drive from the chuck may be transmitted to the stub shank; a bit retaining ring adapted for engagement with a retaining shoulder on the stub shank to retain the stub shank in the drill bit assembly; and engagement means on the chuck adapted for connecting the chuck to a drive means of the fluid-operated percussion drill tool; characterized in that the assembly further comprises: the bit retaining ring comprises a shoulder for engagement with an upper end of the chuck to hold the retaining ring in place in the assembly; a bushing arranged above the chuck; wherein an upper portion of the bushing has an internal diameter dimensioned to provide a sealing fit with the piston nose; and the bit retaining ring or the lower portion of the bushing has an internal diameter dimensioned to provide a close sliding fit with the outer diameter of the retaining shoulder on the stub shank about its entire circumference.
An antenna comprising: a radiator; a ground plane spaced apart from the radiator; a substrate comprising a circuit extended on a top surface of the substrate, the circuit including one end and an opposite end each connected to the ground plane; a feeding pin connected to the circuit, the feeding pin feeding an RF signal to the radiator; a first branch reactance disposed between the ends of the circuit, the first branch reactance including one end connected to the circuit and an opposite end connected to the ground plane; and a second branch reactance disposed between the ends of the circuit, the second branch reactance including one end connected to the circuit and an opposite end connected to the ground plane, a first stub between the first branch reactance and the second branch reactance to form a signal path of the antenna, a second stub at one side of the second branch reactance to form a signal path of the antenna, wherein a resonant frequency of the antenna is controlled according to at least one of a length and a width of the first stub and a length and a width of the second stub. a radiator; a ground plane spaced apart from the radiator; a substrate comprising a circuit extended on a top surface of the substrate, the circuit including one end and an opposite end each connected to the ground plane; a feeding pin connected to the circuit, the feeding pin feeding an RF signal to the radiator; a first branch reactance disposed between the ends of the circuit, the first branch reactance including one end connected to the circuit and an opposite end connected to the ground plane; and a second branch reactance disposed between the ends of the circuit, the second branch reactance including one end connected to the circuit and an opposite end connected to the ground plane, a first stub between the first branch reactance and the second branch reactance to form a signal path of the antenna, a second stub at one side of the second branch reactance to form a signal path of the antenna, wherein a resonant frequency of the antenna is controlled according to at least one of a length and a width of the first stub and a length and a width of the second stub.
An endoscope comprising a printed circuit board, the printed circuit board comprising a base portion and one or more elongate extension portions (514, 516); characterized in that the base portion resides within a handle of the endoscope; wherein the one or more elongate extension portions (514, 516) of the printed circuit board are configured to extend from the base portion of the printed circuit board in the handle through a shaft of the endoscope, and terminating at a distal insertion end of the shaft; wherein the base portion is a composite of a flexible board mated to a rigid board, and a first extension portion of the one or more elongate extension portions comprises a rigid board extension, the first extension portion extends through a fluid-carrying lumen of the endoscope shaft; and wherein the base portion of the printed circuit board and the rigid board extension are coated with a water resistant coating or membrane. a base portion and one or more elongate extension portions (514, 516); characterized in that the base portion resides within a handle of the endoscope; wherein the one or more elongate extension portions (514, 516) of the printed circuit board are configured to extend from the base portion of the printed circuit board in the handle through a shaft of the endoscope, and terminating at a distal insertion end of the shaft; wherein the base portion is a composite of a flexible board mated to a rigid board, and a first extension portion of the one or more elongate extension portions comprises a rigid board extension, the first extension portion extends through a fluid-carrying lumen of the endoscope shaft; and wherein the base portion of the printed circuit board and the rigid board extension are coated with a water resistant coating or membrane.
Chuck having a chuck body in which clamping jaws are movably carried in radially extending guide seats, which clamping jaws are composed of a base jaw and a top jaw arranged on the base jaw in a tongue and groove, and having at least one sensor for sensing the clamping force, which sensor is associated with one of the clamping jaws, characterized in that the sensor is associated with the tongue and groove.
A method for use by an access point of a plurality of access points (110, 120, 130) which provide access for user equipments to a communication network, the method comprising: acquiring a result of a measurement related to a position of a user equipment, wherein the result comprises an angle of arrival of signals transmitted between the user equipment and the access point; acquiring additional information comprising: - an evaluation of the result of the measurement, wherein the evaluation comprises a quality of the measurement comprising at least one item of the following group: a reliability of the measurement, a likelihood of the measurement, a quality index of the measurement, and a signal to noise ratio on a channel via which the signals transmitted between the user equipment and the access point are received; and - a reference towards which the measurement was done, wherein the reference comprises at least one of a reference direction to which the angle of arrival was measured and an orientation of an antenna array; and transmitting, to a central node, in at least one message, the result of the measurement and the additional information, wherein the additional information is to be used by the central node for combining results of measurements related to the position of the user equipment, which have been acquired by the plurality of access points. acquiring a result of a measurement related to a position of a user equipment, wherein the result comprises an angle of arrival of signals transmitted between the user equipment and the access point; acquiring additional information comprising: - an evaluation of the result of the measurement, wherein the evaluation comprises a quality of the measurement comprising at least one item of the following group: a reliability of the measurement, a likelihood of the measurement, a quality index of the measurement, and a signal to noise ratio on a channel via which the signals transmitted between the user equipment and the access point are received; and - a reference towards which the measurement was done, wherein the reference comprises at least one of a reference direction to which the angle of arrival was measured and an orientation of an antenna array; and - an evaluation of the result of the measurement, wherein the evaluation comprises a quality of the measurement comprising at least one item of the following group: a reliability of the measurement, a likelihood of the measurement, a quality index of the measurement, and a signal to noise ratio on a channel via which the signals transmitted between the user equipment and the access point are received; and - a reference towards which the measurement was done, wherein the reference comprises at least one of a reference direction to which the angle of arrival was measured and an orientation of an antenna array; and transmitting, to a central node, in at least one message, the result of the measurement and the additional information, wherein the additional information is to be used by the central node for combining results of measurements related to the position of the user equipment, which have been acquired by the plurality of access points.
A method for fast initial link setup, FILS, for use in a wireless station, the method comprising: receiving a FILS discovery, FD, frame (1650, 1700, 1800, 1900, 2000, 2100, 2200, 2300) from an access point, AP, between instances of a beacon frame, wherein the FD frame comprises a FD frame control field (1660, 1710, 1810, 1910, 2010, 2110, 2210, 2310) and FD frame contents, wherein the FD frame contents comprise a service set identifier, SSID, field (1662, 1712, 1812, 1912, 2012, 2112, 2212, 2312) wherein the FD frame control field comprises a SSID indicator configured to indicate whether the SSID field contains a full SSID or a short SSID, and wherein the FD frame control field comprises a SSID length field configured to indicate a size of the SSID field; determining whether to associate with the AP based on the received FD frame; and on a condition that the determination of whether to associate with the AP based on the received FD frame is positive, transmitting an association request frame to the AP. receiving a FILS discovery, FD, frame (1650, 1700, 1800, 1900, 2000, 2100, 2200, 2300) from an access point, AP, between instances of a beacon frame, wherein the FD frame comprises a FD frame control field (1660, 1710, 1810, 1910, 2010, 2110, 2210, 2310) and FD frame contents, wherein the FD frame contents comprise a service set identifier, SSID, field (1662, 1712, 1812, 1912, 2012, 2112, 2212, 2312) wherein the FD frame control field comprises a SSID indicator configured to indicate whether the SSID field contains a full SSID or a short SSID, and wherein the FD frame control field comprises a SSID length field configured to indicate a size of the SSID field; determining whether to associate with the AP based on the received FD frame; and on a condition that the determination of whether to associate with the AP based on the received FD frame is positive, transmitting an association request frame to the AP.