mhurhangee/patent-ind-claim-en huggingface dataset:
A naval platform equipped with a deck landing/takeoff zone for at least one aircraft and means for handling said aircraft, for moving it over said deck landing/takeoff zone, the handling means further comprising a member in the form of a bar for gripping and securing the main landing gear of the aircraft , provided with means in the form of an anchoring hook mounted such that they can slide in at least one rail for guiding the movements thereof, and therefore of the aircraft , on the deck landing/takeoff zone , and the means in the form of a hook being retractable so as to allow the release of the member in the form of a gripping and securing bar from the rail , the positioning of said member such that it grips the landing gear of the aircraft , the movement of the aircraft so as to bring the member in the form of a gripping and securing bar into position on said at least one rail and the means in the form of a hook into a position in which they face said rail, and the movement of said means in the form of a hook back into an anchoring position in said at least one rail in order to secure the aircraft.
A support apparatus for the production of electric energy storage devices; the apparatus comprises: - a support element , which is linearly movable along a feeding plane (FP), through which a material is fed, and is configured to move in an intermittent manner along a predefined stroke supporting the material in a continuous manner; - a first actuator system ; - a second actuator system , which is configured to drive the support element along the predefined stroke (ST) in an intermittent manner; - a first roller , which is mounted on board said support element and is configured to be driven to rotate at a variable speed by the first actuator system ; - a second roller , which is opposite the first roller and is arranged on the opposite side relative to the feeding plane (FP) so as to cause the material to move between the first and the second roller ; the first actuator system being configured to control the speed at least of the first roller compensating for the intermittent movement of the support element and substantially preserving a rolling condition between the first roller and the material . - a support element , which is linearly movable along a feeding plane (FP), through which a material is fed, and is configured to move in an intermittent manner along a predefined stroke supporting the material in a continuous manner; - a first actuator system ; - a second actuator system , which is configured to drive the support element along the predefined stroke (ST) in an intermittent manner; - a first roller , which is mounted on board said support element and is configured to be driven to rotate at a variable speed by the first actuator system ; - a second roller , which is opposite the first roller and is arranged on the opposite side relative to the feeding plane (FP) so as to cause the material to move between the first and the second roller ;
Press for compacting waste material in particular urban solids, comprising a compaction tunnel in communication with a hopper through which said waste material to be compacted is received, pressing means configured to translate within a structure of said tunnel , which are configured to compress the waste material against an abutment element and to form a bale , said abutment element preferably located at a first end of the structure and movable in vertical direction to define an opening through which the pressing means transfer said bale onto receiving means , characterized in that the press comprises at least one anti-crushing apparatus extending away from the first end , thus defining a safety area (A) in front of the opening which is not accessible to the receiving means to avoid the crushing of people possibly interposed between the press and the receiving means , the anti-crushing apparatus comprises: - at least one obstructing element connected to the press via at least one arm , in proximity to said first end of the structure ; - at least one actuator adapted to move the at least one arm so as to move the obstructing element between the safety position (O) and the clearance position (V) and vice versa. - at least one obstructing element connected to the press via at least one arm , in proximity to said first end of the structure ; - at least one actuator adapted to move the at least one arm so as to move the obstructing element between the safety position (O) and the clearance position (V) and vice versa.
Cassette for a console of an ophthalmosurgical system for treating an eye , the cassette being designed for insertion into a cassette receiving region of the console and having at least one fluid pump for delivering a treatment fluid, a tube for attachment to a handpiece of the ophthalmosurgical system , and a connection unit for the mechanical connection, secured against detachment, of a cassette-side end of the tube to a cassette housing of the cassette , characterized in that the connection unit comprises an attachment stub , which is arranged on the cassette housing and has a through opening for the treatment fluid, and a plug-in connector , which is on the cassette-side end of the tube and likewise has a through opening for the treatment fluid, with the plug-in connector , when it is connected to the attachment stub , being held in a fluid-tight manner with respect to the attachment stub and so as to be able to rotate about a longitudinal axis of the through opening , with the plug-in connector having a plug-in opening for the attachment stub and the attachment stub having a plug-in projection for plugging into the plug-in opening , with the respective through openings leading into the plug-in opening or the plug-in projection , respectively, with the result that the through openings are in line with one another, with the plug-in connector having at least one latching element which is designed to latch to a corresponding latching element of the attachment stub .
A composition comprising a therapeutic cancer vaccine that comprises a population of mRNA molecules that encode at least a tumor antigen, wherein the population is comprised within a plurality of polyplex or protein core particles comprising at least a positively-charged polymer or protein, and further wherein the plurality of polyplex or protein core particles are themselves encapsulated in a biocompatible lipid bilayer shell.
A User Equipment (UE) , comprising: a transceiver , configured to receive a Downlink (DL) transmission from a base station (BS) and to transmit an Uplink (UL) transmission to the BS; and a controller , configured to determine a decoding confidence of the BS based on a decoding confidence metric with respect to the received DL transmission and to generate a power scaling for the UL transmission based on the determined decoding confidence, wherein the transceiver is configured to transmit the UL transmission based on the power scaling generated by the controller , wherein the decoding confidence metric is based on a confidence of decoding Uplink Control Information (UCI) by the BS, wherein the controller is configured to generate the power scaling in a carrier aggregation scenario for an UL transmission comprising a first UL transmission directed to a primary cell and at least one secondary UL transmission directed to at least one secondary cell, wherein the first UL transmission carries the UCI, and wherein the controller is configured to reduce the power scaling for the first UL transmission and to correspondingly increase the power scaling for the at least one secondary UL transmission when determining an increased decoding confidence of the BS and to increase the power scaling for the first UL transmission and to correspondingly reduce the power scaling for the at least one secondary UL transmission when determining a reduced decoding confidence of the BS. a transceiver , configured to receive a Downlink (DL) transmission from a base station (BS) and to transmit an Uplink (UL) transmission to the BS; and a controller , configured to determine a decoding confidence of the BS based on a decoding confidence metric with respect to the received DL transmission and to generate a power scaling for the UL transmission based on the determined decoding confidence, wherein the transceiver is configured to transmit the UL transmission based on the power scaling generated by the controller , wherein the decoding confidence metric is based on a confidence of decoding Uplink Control Information (UCI) by the BS, wherein the controller is configured to generate the power scaling in a carrier aggregation scenario for an UL transmission comprising a first UL transmission directed to a primary cell and at least one secondary UL transmission directed to at least one secondary cell, wherein the first UL transmission carries the UCI, and wherein the controller is configured to reduce the power scaling for the first UL transmission and to correspondingly increase the power scaling for the at least one secondary UL transmission when determining an increased decoding confidence of the BS and to increase the power scaling for the first UL transmission and to correspondingly reduce the power scaling for the at least one secondary UL transmission when determining a reduced decoding confidence of the BS.
A decontamination assembly for pharmaceutical applications, comprising a chamber to be decontaminated, namely an isolator chamber, and comprising a decontamination device and a fan for generating a gas volumetric flow which flows through a return opening back into a circulating-air generation chamber and comprising a catalytic converter which is disposed in the circulating-air generation chamber disposed above the chamber to be decontaminated and which serves to chemically break down the decontaminant, a larger portion of the gas volumetric flow being transported through the catalytic converter in a first operating mode than in a second operating mode, characterized in that an actuator mechanically coupled with the catalytic converter is provided for shifting the catalytic converter between a first and a second relative position and that the catalytic converter is shifted relative to the fan between the first relative position and the second relative position and that a larger portion of the gas volumetric flow is transported through the catalytic converter when in the first relative position than when in the second relative position, and that the catalytic converter is disposed in fluid communication with a suction opening of the fan when in the first relative position and that a sealing surface assigned to the catalytic converter and shifted together with the catalytic converter is in sealing contact with the suction opening of the fan or slightly spaced from the suction opening when in the first relative position, the gas volumetric flow thus being suctioned through the catalytic converter by the fan, or that the catalytic converter is disposed in fluid communication with the return opening when in the first operating mode, gas being pushed through said return opening by means of the fan, and that the sealing surface of the catalytic converter, which is shifted together therewith, is in contact with the return opening or slightly spaced from said return opening when in the first relative position.
A refrigerator comprising: a body defining a storage space and including a refrigerating compartment ; a refrigerating compartment door to open or close the refrigerating compartment ; a housing (3500; 4500) disposed in a back surface of the refrigerating compartment door , the housing (3500; 4500) having a container seating part ; a water supply container storing water to be supplied into at least ice making device , the water supply container having an opening and being detachable from the refrigerator ; a water supply passage fluidly connecting the water supply container to the ice making device ; a container connecting part (3600; 4600) to which the opening of the water supply container is detachably coupled, the container connecting part (3600; 4600) being disposed in the refrigerating compartment door , the container connecting part (3600; 4600) being detachably disposed in the seating part of the housing (3500; 4500); a pump (3700; 4700) disposed at least portion of the pump in the container connecting part (3600; 4600), to pump the water within the water supply container to the water supply passage ; a restriction member disposed in the seating part to prevent the container connecting part (3600; 4600) from being arbitrarily separated from the seating part ; a holder disposed in the container connecting part (3600; 4600) to hold the opening of the water supply container . a body defining a storage space and including a refrigerating compartment ; a refrigerating compartment door to open or close the refrigerating compartment ; a housing (3500; 4500) disposed in a back surface of the refrigerating compartment door , the housing (3500; 4500) having a container seating part ; a water supply container storing water to be supplied into at least ice making device , the water supply container having an opening and being detachable from the refrigerator ; a water supply passage fluidly connecting the water supply container to the ice making device ; a container connecting part (3600; 4600) to which the opening of the water supply container is detachably coupled, the container connecting part (3600; 4600) being disposed in the refrigerating compartment door , the container connecting part (3600; 4600) being detachably disposed in the seating part of the housing (3500; 4500); a pump (3700; 4700) disposed at least portion of the pump in the container connecting part (3600; 4600), to pump the water within the water supply container to the water supply passage ; a restriction member disposed in the seating part to prevent the container connecting part (3600; 4600) from being arbitrarily separated from the seating part ; a holder disposed in the container connecting part (3600; 4600) to hold the opening of the water supply container .
A sensor apparatus comprising: a rotor ; a stator disposed outside the rotor ; a sensing part configured to measure a magnetic field generated between the rotor and the stator ; a housing which accommodates the rotor and the stator ; a sensor module disposed in the housing ; a protrusion which protrudes from an outer circumferential surface of the housing and includes a curved surface in point contact with an external fixing part, wherein the protrusion includes a first clip and a second clip which protrude from the outer circumferential surface of the housing to face each other and between which an accommodation space in which the external protrusion is accommodated is formed, characterized in that each of the first clip and the second clip includes a column portion formed on the outer circumferential surface of the housing and a tip portion which is formed at a leading end of the column portion and has the curved surface; and in that a rib is formed to protrude inward from an inner wall of a column housing , the rib being intended to be fitted in the protrusion , a side surface of the rib including a flat contact surface, and a cross section of the rib having a rectangular shape. a rotor ; a stator disposed outside the rotor ; a sensing part configured to measure a magnetic field generated between the rotor and the stator ; a housing which accommodates the rotor and the stator ; a sensor module disposed in the housing ; a protrusion which protrudes from an outer circumferential surface of the housing and includes a curved surface in point contact with an external fixing part, wherein the protrusion includes a first clip and a second clip which protrude from the outer circumferential surface of the housing to face each other and between which an accommodation space in which the external protrusion is accommodated is formed, characterized in that each of the first clip and the second clip includes a column portion formed on the outer circumferential surface of the housing and a tip portion which is formed at a leading end of the column portion and has the curved surface; and in that a rib is formed to protrude inward from an inner wall of a column housing , the rib being intended to be fitted in the protrusion , a side surface of the rib including a flat contact surface, and a cross section of the rib having a rectangular shape.
An exhaust gas purification catalyst comprising a dual catalyst of a combination of a startup catalyst (S/C) and an underfloor catalyst (UF/C) that is disposed posterior to the S/C in an exhaust gas flow direction, wherein: a catalyst coating of the UF/C is configured from one or two or more layers; in at least the uppermost layer of the catalyst coating of the UF/C, an average thickness of the coating layer is in a range from 25 μm to 160 μm, a porosity measured by a weight-in-water method is in a range from 50 to 80% by volume, and high-aspect-ratio pores having an aspect ratio of 5 or more account for 0.5 to 50% by volume of the whole volume of voids; and the high-aspect-ratio pores have an equivalent circle diameter of from 2 μm to 50 μm in a cross-sectional image of a catalyst coating layer cross section perpendicular to an exhaust gas flow direction and have an average aspect ratio of from 10 to 50. a catalyst coating of the UF/C is configured from one or two or more layers; in at least the uppermost layer of the catalyst coating of the UF/C, an average thickness of the coating layer is in a range from 25 μm to 160 μm, a porosity measured by a weight-in-water method is in a range from 50 to 80% by volume, and high-aspect-ratio pores having an aspect ratio of 5 or more account for 0.5 to 50% by volume of the whole volume of voids; and an average thickness of the coating layer is in a range from 25 μm to 160 μm, a porosity measured by a weight-in-water method is in a range from 50 to 80% by volume, and high-aspect-ratio pores having an aspect ratio of 5 or more account for 0.5 to 50% by volume of the whole volume of voids; and the high-aspect-ratio pores have an equivalent circle diameter of from 2 μm to 50 μm in a cross-sectional image of a catalyst coating layer cross section perpendicular to an exhaust gas flow direction and have an average aspect ratio of from 10 to 50.
A safety belt winder having a torsion bar used for the safety belt winder, wherein, the torsion bar is in form of a rod being provided with circumferential external teeth (3a-1, 3a-2) and the external teeth on the two ends of the torsion bar are configured to engage with internal teeth in a shrinkage hole on the end faces of end covers (2-2a; 2-2b) of the safety belt winder; wherein the torsion bar is divided into two segments in axial direction, the two segments being connected together making the torsion bar , wherein, the external teeth (3a-1, 3a-2) are provided on two ends of both bar segments , and tooth profiles of external teeth (3a-1, 3a-2) on the adjoining portion of the two bar segments align with each other; peripheral external teeth on the adjoining portion of the two bar segments forming the external teeth (3-1-2) provided on the middle portion (3-1) of the torsion bar , the axial effective length of two bar segments at two sides of the peripheral external teeth in middle portion (3-1) of the torsion bar being different; wherein, the effective length refers to the axial length of the torsion bar segments excluding the axial length of the external teeth (3a-1, 3a-2) on the two ends; characterized in that the external teeth (3-2a, 3-2b) form the two ends of the torsion bar such that the torsion rod does not extend beyond the external teeth (3-2a) at a first end and the external teeth (3-2b) at a second end; whereby the number of external teeth (3-2b) provided at the second end are less than the number of external teeth (3-2a) provided at the first end, and an area with a missing tooth (3-2b-1) is formed at the second end ensuring that the torsion bar can only be fitted in one direction.
Device for locking and unlocking using a key of a buffer on a frame , comprising a lock adapted to be integral with the buffer which has a through opening for access to the lock for the key comprising an arm , one end of which allows the lock to be operated when the key is inserted into the opening of the buffer from a locking position in which a bolt of the lock is held captive by a striker of the frame to lock the buffer in the frame to an unlocking position for which the bolt is released from the striker to allow the movement of the buffer to its position released from the opening of the frame , the lock comprising a drive mechanism connected to the bolt so as to allow the movement of the bolt under the action of the key between its captive and released positions from the striker , the bolt of the lock comprising a rod returned to its captive position of the striker by an elastic return member and the drive mechanism cooperating with the bolt under the action of the key to move in translation against the return force of the return member the rod of the bolt at its release position of the striker , the bolt of the lock , when the key is withdrawn from the buffer in its position released from the opening of the frame , allowing the automatic locking by the elastic return member of the buffer to the frame when the buffer is introduced into the frame , and the through opening of the buffer being closed by a captive plug brought to bear under the buffer in its closed position of the through opening by a return spring , the drive mechanism comprising a rotor mounted for rotation in the buffer perpendicularly under the latter, accessible to one of its ends by the opening and a part forming a cam integral with the opposite end of the rotor and engaged in a recess of the rod of the bolt and cooperating with the cam-forming part of the rotor when the latter is operated by the key engaged with the corresponding end of the rotor to move in translation against the return force of the return member the rod of the bolt in its position released from the striker .