mhurhangee/patent-ind-claim-en huggingface dataset:
An inlet cone for an aircraft turbine engine , comprising a frustoconical body and a tip made from elastically deformable material fixed to an end of smaller diameter of said body , the tip comprising a top configured to be situated on an axis of rotation (X) of the cone and a fastening base on said end , characterised in that said base has a generally circular or oval shape, this base extends in a connecting plane P and said connecting plane P is inclined relative to a transverse plane (T) perpendicular to said axis of rotation (X).
A measuring head for use in electrical measurements conducted in holes drilled in the ground , comprising an elongated body , adaptable into the hole, which body comprises an electrode , electrically connecting the measuring head with its surroundings, for transmitting an electrical signal between the measuring head and its surroundings, wherein the measuring head comprises insulating means placed on the body on both sides of the electrode along the length of the hole in order to form a measuring area , electrically insulated from other parts of the hole, around the electrode placed in the hole; characterized in that the insulating means are flexible and elastic, plate-like insulating sheets arranged around the body and wherein the edges of the flexible sheets are adapted to be pressed against the walls of the hole .
A connection device for connecting mesh cable trays of the type consisting of longitudinal and transverse rods joined together, consisting of a piece comprising two side parts connected by means of a central connection piece , wherein the central connection piece comprises an intermediate section and two grooved sections , wherein each of the grooved sections is disposed on one side of the intermediate section , being the height of the central connection piece greater than the distance between two consecutive longitudinal rods of the cable trays whereon the connection device is intended to be disposed, having the central connection piece at least one recess for housing a longitudinal rod of the cable tray whereon the connection device is intended to be disposed, characterised in that one of the grooved sections has an outer side surface with three sections: a wedge-shaped upper section ending in an upper point that is bent upwards, a central section wherefrom one of the side parts of the connection device projects laterally and a lower section disposed below the recess for housing the longitudinal rod of the cable tray, in that the other grooved section projects laterally from the other side part , being the connection between the side part and the other grooved section disposed above the recess for housing the longitudinal rod of the cable tray whereon the connection device is intended to be disposed, and in that one of the side parts comprises a plate whose height corresponds to the distance between two consecutive longitudinal rods of the cable tray whereon the connection device is destined to be disposed, plus the diameters of said longitudinal rods , and the other side part comprises a plate whose height is lower than the distance between two consecutive longitudinal rods of the cable trays whereon the connection device is intended to be disposed, from the bottom of which an inclined extension projects intended to disposed, in a mounted position, on a longitudinal rod of the cable tray whereon the connection device is intended to be disposed.
Motor vehicle comprising: - a lateral bodywork element ; - a bumper portion contiguous with the lateral bodywork element, said element and said portion forming a wheel arch of the vehicle; and - trim disposed along the wheel arch; the trim comprising, on a face by which said trim is mounted on the wheel arch, a projecting portion , characterised in that the projecting portion engages in a groove at the junction (P) between the bumper portion and the lateral bodywork element . - a lateral bodywork element ; - a bumper portion contiguous with the lateral bodywork element, said element and said portion forming a wheel arch of the vehicle; and - trim disposed along the wheel arch;
An open vertical wind tunnel comprising: - a frame structure , wherein at least some sections between beams of the frame structure are covered by perforated metal plates and a hollow volume in the frame structure enclosed by the perforated metal plates is filed with sound absorbing material; - a power unit attached to the frame structure ; - a fan assembly ; - a flow straightening assembly comprising: - a vertical cylindrical housing mounted above and coaxially with the fan assembly , wherein a part of an inner surface of the vertical cylindrical housing is inclined and perforated, and a hollow volume in the vertical cylindrical housing is filled with sound absorbing material; - a central cone disposed within and coaxially with the vertical cylindrical housing , wherein a lateral surface of said central cone is perforated and a hollow volume in said central cone is filled with sound absorbing material; and - a plurality of radially oriented vertically disposed guide vanes , wherein each guide vane is attached to an inner surface of the vertical cylindrical housing and the central cone ; and - a flight platform comprising a safety net and safety cushion there around. - a frame structure , wherein at least some sections between beams of the frame structure are covered by perforated metal plates and a hollow volume in the frame structure enclosed by the perforated metal plates is filed with sound absorbing material; - a power unit attached to the frame structure ; - a fan assembly ; - a flow straightening assembly comprising: - a vertical cylindrical housing mounted above and coaxially with the fan assembly , wherein a part of an inner surface of the vertical cylindrical housing is inclined and perforated, and a hollow volume in the vertical cylindrical housing is filled with sound absorbing material; - a central cone disposed within and coaxially with the vertical cylindrical housing , wherein a lateral surface of said central cone is perforated and a hollow volume in said central cone is filled with sound absorbing material; and - a plurality of radially oriented vertically disposed guide vanes , wherein each guide vane is attached to an inner surface of the vertical cylindrical housing and the central cone ; and - a vertical cylindrical housing mounted above and coaxially with the fan assembly , wherein a part of an inner surface of the vertical cylindrical housing is inclined and perforated, and a hollow volume in the vertical cylindrical housing is filled with sound absorbing material; - a central cone disposed within and coaxially with the vertical cylindrical housing , wherein a lateral surface of said central cone is perforated and a hollow volume in said central cone is filled with sound absorbing material; and - a plurality of radially oriented vertically disposed guide vanes , wherein each guide vane is attached to an inner surface of the vertical cylindrical housing and the central cone ; and - a flight platform comprising a safety net and safety cushion there around.
A random access method, the method comprising: sending , by a network device , first configuration information corresponding to a preamble and second configuration information corresponding to a physical random access channel, PRACH, resource; receiving , by the network device , MSG1, and determining a format of random access response, RAR, based on a preamble corresponding to the MSG1, a PRACH resource corresponding to the MSG1, and whether MSG3 is detected within a first time range; and sending , by the network device , MSG2, based on the format of RAR, characterised in that the receiving , by the network device , the MSG1, and determining the format of the random access response, RAR, based on whether the MSG3 is detected, whereby detecting MSG3 comprises detecting the same preamble as for MSG1 on the same PRACH resource as MSG1 within the first time range, comprises: when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure. sending , by a network device , first configuration information corresponding to a preamble and second configuration information corresponding to a physical random access channel, PRACH, resource; receiving , by the network device , MSG1, and determining a format of random access response, RAR, based on a preamble corresponding to the MSG1, a PRACH resource corresponding to the MSG1, and whether MSG3 is detected within a first time range; and sending , by the network device , MSG2, based on the format of RAR, characterised in that the receiving , by the network device , the MSG1, and determining the format of the random access response, RAR, based on whether the MSG3 is detected, whereby detecting MSG3 comprises detecting the same preamble as for MSG1 on the same PRACH resource as MSG1 within the first time range, comprises: when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure. when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure.
Platform for mounting of an autonomous powering engine onto a firewood splitting apparatus , the platform comprising a rigid bearing frame , on the top surface of which at least one engine is mounted, which is capable to operate autonomously i.e. independently on each powering means available on a tractor and is furnished with a fuel reservoir or any other source for supplying energy to said engine , which is furthermore mechanically connected to a transmission , which is suitable for receiving a torque there-from and which is furthermore also with the possibility of transferring said torque optionally connectable with a cardan joint of a firewood splitting apparatus , wherein said frame when mounted to a firewood splitting apparatus is arranged at a certain distance above the ground and in a plane which extends at least approximately parallel with a plane as defined by the resting surfaces of supporting legs on said firewood splitting apparatus, characterised in that said frame is on its bottom surface furnished with linear pivotal bearing beams , which extend parallel with each other when attached to a firewood splitting apparatus and are each per se on their end portions faced towards the frame pivotally around the axis , which extends perpendicularly with regard to the dominant plane of said frame , connected with said frame , while each of said beams is on its opposite end portion , which protrudes away from the area of said frame , connected with each belonging connecting seat , which is adjusted for establishing of a detachable interconnection between each available bottom connecting seats of a firewood splitting apparatus by means of at least two bolts , which are arranged apart of each other and parallel with each other and are each per se insertable through suitable bores and secured from undesired removal there-from, and wherein said pivotal interconnection between each bearing beam and each corresponding connecting seat is arranged in such manner, that said pivoting can be temporarily disabled by means of fixation of a bearing beam in each desired position thereof.
Adaptor for connecting a drug delivery device to a connector , the adaptor comprising a tubular body , said tubular body having a proximal region and a distal region , the proximal region being provided with engaging means for mounting the adaptor on a distal tip of said drug delivery device and the distal region being provided with connecting means for connecting the adaptor to the connector , said distal region having a distal end delimiting a distal opening so as to permit introduction of the connector inside the distal region of the tubular body , wherein the distal end comprises clamping means so as to clamp the connector as soon as said connector is introduced inside the tubular body , and wherein the clamping means comprise at least one deformable element intended to radially press the connector and having a free end , said free end being configured to deform towards the proximal region when the connector is introduced inside the tubular body , said free end being configured to act as a ratchet element against a thread of said connector .
An optical assembly for high-G impact applications comprising: a circular optical element formed from a brittle material, the circular optical element comprising: an outer diameter surface; a first curved optical surface radially spanning the outer diameter surface; and a second curved optical surface, opposite the first curved optical surface, radially spanning the outer diameter surface; a rigid frame with a channel that surrounds outer diameter regions of the circular optical element, the outer diameter regions including the outer diameter surface of the circular optical element and a perimeter portion of the first and second curved optical surfaces of the circular optical element adjacent to the outer diameter surface; and a compliant material that fills a space between the rigid frame and the outer diameter regions of the circular optical element within the channel such that the circular optical element is only in contact with the compliant material an the compliant material is in contact with at least a portion of the outer diameter surface and at least a portion of at least of the perimeter portions of the first and second curved optical surfaces, the compliant material comprises ceramic based cements, low melting point solders, copper, aluminum alloys, or mixtures thereof. an outer diameter surface; a first curved optical surface radially spanning the outer diameter surface; and a second curved optical surface, opposite the first curved optical surface, radially spanning the outer diameter surface; a rigid frame with a channel that surrounds outer diameter regions of the circular optical element, the outer diameter regions including the outer diameter surface of the circular optical element and a perimeter portion of the first and second curved optical surfaces of the circular optical element adjacent to the outer diameter surface; and a compliant material that fills a space between the rigid frame and the outer diameter regions of the circular optical element within the channel such that the circular optical element is only in contact with the compliant material an the compliant material is in contact with at least a portion of the outer diameter surface and at least a portion of at least of the perimeter portions of the first and second curved optical surfaces, the compliant material comprises ceramic based cements, low melting point solders, copper, aluminum alloys, or mixtures thereof.
A stick-type cosmetic container for controlling a rotational angle of a rotating body at a predetermined angle, the stick-type cosmetic container comprising: a main body formed at one side thereof with an inlet and at an opposite side thereof with a first rotational angle adjusting part ; a rotating body rotatably coupled to the main body; an elevating plate moved up and down inside the main body, the elevating plate having one side to which stick cosmetics are attached and an opposite side at which a screw groove is formed; an operating member coupled to an inside of the rotating body to rotate together with the rotating body, and formed with a screw protrusion coupled to the screw groove of the elevating plate; a second rotational angle adjusting member movable up and down inside the rotating body to rotate together with the rotating body and engaged with the first rotational angle adjusting part; and an elastic member for elastically supporting the second rotational angle adjusting member, wherein, when the rotating body rotates, the second rotational angle adjusting member is repeatedly engaged at a predetermined rotational angle with the first rotational angle adjusting part while elastically moving up and down to constantly control a rotational angle of the rotating body at a predetermined angle. a main body formed at one side thereof with an inlet and at an opposite side thereof with a first rotational angle adjusting part ; a rotating body rotatably coupled to the main body; an elevating plate moved up and down inside the main body, the elevating plate having one side to which stick cosmetics are attached and an opposite side at which a screw groove is formed; an operating member coupled to an inside of the rotating body to rotate together with the rotating body, and formed with a screw protrusion coupled to the screw groove of the elevating plate; a second rotational angle adjusting member movable up and down inside the rotating body to rotate together with the rotating body and engaged with the first rotational angle adjusting part; and an elastic member for elastically supporting the second rotational angle adjusting member, wherein, when the rotating body rotates, the second rotational angle adjusting member is repeatedly engaged at a predetermined rotational angle with the first rotational angle adjusting part while elastically moving up and down to constantly control a rotational angle of the rotating body at a predetermined angle.
A base station antenna unit, comprising: a first base station antenna that includes: a first housing; a first radome having a front surface that is positioned in front of the first housing; a first vertically-disposed linear array of first frequency low-band radiating elements mounted on a first backplane behind the front surface of the first radome; and a second vertically-disposed linear array of second frequency mid-band radiating elements mounted on the first backplane behind the front surface of the first radome; and a second base station antenna that includes: a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; and a third array of third frequency high-band radiating elements mounted on a second backplane behind the front surface of the second radome, the second radome being separate from the first radome, wherein the second base station antenna is mounted on top of the first base station antenna in a vertically stacked arrangement and the first and second base station antennas are configured to be mounted as a single structure. a first housing; a first radome having a front surface that is positioned in front of the first housing; a first vertically-disposed linear array of first frequency low-band radiating elements mounted on a first backplane behind the front surface of the first radome; and a second vertically-disposed linear array of second frequency mid-band radiating elements mounted on the first backplane behind the front surface of the first radome; and a second base station antenna that includes: a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; and a third array of third frequency high-band radiating elements mounted on a second backplane behind the front surface of the second radome, the second radome being separate from the first radome, wherein the second base station antenna is mounted on top of the first base station antenna in a vertically stacked arrangement and the first and second base station antennas are configured to be mounted as a single structure. a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; and a third array of third frequency high-band radiating elements mounted on a second backplane behind the front surface of the second radome, the second radome being separate from the first radome, wherein the second base station antenna is mounted on top of the first base station antenna in a vertically stacked arrangement and the first and second base station antennas are configured to be mounted as a single structure.
A molded article suitable for subsequent blow-molding into a final-shaped container, the article comprising: a neck portion ; a gate portion ; and a body portion extending between the neck portion and the gate portion, at least a majority of the body portion having an overall shape which is symmetric about a body axis extending longitudinally through a center of the body portion, at least the body portion including: an inner exterior layer and an outer exterior layer of a first polymeric material; and a core layer of a second polymeric material disposed between at least a portion of the inner exterior layer and the outer exterior layer, characterized in that : a radial thickness of the core layer is selectively varied to govern non-uniform blow molding of the molded article into the final-shaped container; the first polymeric material is chosen from high-density polyethylene and polypropylene; and the second polymeric material includes a blend of polyethylene terephthalate. a neck portion ; a gate portion ; and a body portion extending between the neck portion and the gate portion, at least a majority of the body portion having an overall shape which is symmetric about a body axis extending longitudinally through a center of the body portion, at least the body portion including: an inner exterior layer and an outer exterior layer of a first polymeric material; and a core layer of a second polymeric material disposed between at least a portion of the inner exterior layer and the outer exterior layer, an inner exterior layer and an outer exterior layer of a first polymeric material; and a core layer of a second polymeric material disposed between at least a portion of the inner exterior layer and the outer exterior layer, characterized in that : a radial thickness of the core layer is selectively varied to govern non-uniform blow molding of the molded article into the final-shaped container; the first polymeric material is chosen from high-density polyethylene and polypropylene; and the second polymeric material includes a blend of polyethylene terephthalate. a radial thickness of the core layer is selectively varied to govern non-uniform blow molding of the molded article into the final-shaped container; the first polymeric material is chosen from high-density polyethylene and polypropylene; and the second polymeric material includes a blend of polyethylene terephthalate.