mhurhangee/patent-ind-claim-en huggingface dataset:
Tube connection with a connecting body , a nut which can be screwed onto or into the connecting body, which has a conical bore widening in the direction of the connecting body , and a tube , which is guided through a bore of the nut and which has an outwardly projecting formation with two clamping surfaces , of which a first clamping surface is parallel to the end face of the connecting body and, in the clamped state of the tube connection , is supported at least in regions on the connecting body , and the second clamping surface is of conical design corresponding to the conical bore of the nut and is supported in the conical bore of the nut , wherein the connecting body has a radially circumferential recess, through which a receiving space for a sealing ring is formed, which is delimited by the first clamping surface , characterised in that the first clamping surface of the tube merges into a connecting surface , which tapers conically in the direction of the cylindrical end section of the tube , and in that the sealing ring has a polygonal, symmetrical cross-section.
Method for verifying a prescribed maximum physical distance (MAX) of a radio key in relation to a motor vehicle , wherein a control apparatus uses a radio device of the motor vehicle to transmit at least one electromagnetic radio signal to the radio key and subsequently receives a respective electromagnetic response signal and, for each radio signal, takes the radio signal and the associated response signal as a basis in each case for using a signal propagation delay measurement to ascertain a respective signal propagation delay and checks whether the signal propagation delay fails to satisfy a predetermined propagation delay criterion , and signals a transgression above the propagation delay when the propagation delay criterion is not satisfied, characterized in that the radio device has multiple transceivers , and the control apparatus uses a localization device to ascertain a relative position of the radio key in relation to the motor vehicle and takes the ascertained relative position as a basis for selecting and operating only one or some of the transceivers to transmit the at least one radio signal.
A push-pull aseptic dispenser cap of the retractable type comprising: - a guide-body having a reference axis (A) and designed to be coupled to the mouth of a bottle ; the guide-body being provided with a tubular shaped inner chamber , a central hub that extends coaxially to said reference axis (A) inside said tubular chamber , and through openings formed in a portion of the bottom wall of said guide-body surrounding said hub and designed to place the inner space of the bottle containing the beverage in communication with said inner chamber ; - a shutter-nipple which is coupled in an axially sliding manner to said guide-body so as to slide axially inside the inner chamber along said reference axis (A), between a retracted position in which said shutter-nipple closes said through openings in a fluid-tight manner and has its upper end completely inside said inner chamber , and an extracted position in which said shutter-nipple projects cantilevered outwardly from the guide-body so that it can be easily gripped between the lips/teeth of the user and disengages the through openings so as to be able to receive, from the latter, said beverage through said inner chamber ; said shutter-nipple comprises a tubular body which is separate and distinct from the guide-body ; the tubular body is coupled in a telescopic manner in said inner chamber , characterised in that the guide body is designed to be coupled to the mouth of the bottle in a manually unmovable manner, and that the tubular body internally incorporates a central stem which extends coaxially to said reference axis (A) ; the central stem is fitted in an axially sliding manner in said hub and cooperates with said tubular body so that said shutter-nipple is slidable between said retracted position and said extracted position. - a guide-body having a reference axis (A) and designed to be coupled to the mouth of a bottle ; the guide-body being provided with a tubular shaped inner chamber , a central hub that extends coaxially to said reference axis (A) inside said tubular chamber , and through openings formed in a portion of the bottom wall of said guide-body surrounding said hub and designed to place the inner space of the bottle containing the beverage in communication with said inner chamber ; - a shutter-nipple which is coupled in an axially sliding manner to said guide-body so as to slide axially inside the inner chamber along said reference axis (A), between a retracted position in which said shutter-nipple closes said through openings in a fluid-tight manner and has its upper end completely inside said inner chamber , and an extracted position in which said shutter-nipple projects cantilevered outwardly from the guide-body so that it can be easily gripped between the lips/teeth of the user and disengages the through openings so as to be able to receive, from the latter, said beverage through said inner chamber ;
A moisture-curable one-pack composition that can be activated by irradiation with actinic radiation, comprising one or more moisture-curable compounds (A) selected from the group of alkoxy silanes, the alkoxy silane of component (A) being at least bifunctional with respect to alkoxy silane groups; at least one acid generator (B) releasing an acid when exposed to actinic radiation; and at least one carbonyl compound and/or carbonyl derivative (C) selected from the group of aldehydes, ketones, hemiacetals or hemiketals. one or more moisture-curable compounds (A) selected from the group of alkoxy silanes, the alkoxy silane of component (A) being at least bifunctional with respect to alkoxy silane groups; at least one acid generator (B) releasing an acid when exposed to actinic radiation; and at least one carbonyl compound and/or carbonyl derivative (C) selected from the group of aldehydes, ketones, hemiacetals or hemiketals.
A stretchable electrically-conductive circuit, comprising: an elastomer sheet having an adhesive layer corresponding to a wiring region with a predetermined pattern formed on a front surface of the elastomer sheet; and electrically-conductive fiber materials each having a predetermined diameter and a predetermined length and attached to the adhesive layer and coming in contact with each other along the wiring region so as to have mutual electrical continuity, the electrically-conductive fiber materials relatively move maintaining the mutual electrical continuity so as to maintain the mutual electrical continuity in the wiring region when the elastomer sheet is stretched or bent, characterized in that the electrically-conductive fiber materials are silver-plated/coated nylon fibers each having a length of 0.5 mm to 3 mm and a diameter of 17.6 μm. an elastomer sheet having an adhesive layer corresponding to a wiring region with a predetermined pattern formed on a front surface of the elastomer sheet; and electrically-conductive fiber materials each having a predetermined diameter and a predetermined length and attached to the adhesive layer and coming in contact with each other along the wiring region so as to have mutual electrical continuity, the electrically-conductive fiber materials relatively move maintaining the mutual electrical continuity so as to maintain the mutual electrical continuity in the wiring region when the elastomer sheet is stretched or bent,
A method of wireless communication by a user equipment, UE , comprising: receiving an uplink resource grant including an offset value from a base station ; determining, based on the offset value, resource elements of a resource block for transmitting uplink control information, UCI , in an uplink data channel, wherein the UCI is multiplexed with a data payload of an uplink message and carries beam information associated with a downlink beam, wherein the offset value indicates a ratio of the resource elements of the resource block for transmitting the UCI to resource elements of the resource block for transmitting the data payload of an uplink message in the uplink data channel; and transmitting the UCI in the uplink data channel on the resource elements. receiving an uplink resource grant including an offset value from a base station ; determining, based on the offset value, resource elements of a resource block for transmitting uplink control information, UCI , in an uplink data channel, wherein the UCI is multiplexed with a data payload of an uplink message and carries beam information associated with a downlink beam, wherein the offset value indicates a ratio of the resource elements of the resource block for transmitting the UCI to resource elements of the resource block for transmitting the data payload of an uplink message in the uplink data channel; and transmitting the UCI in the uplink data channel on the resource elements.
A fluid injector system comprising: a control device operably associated with at least one drive component for use in actuating a plurality of fluid containers, the plurality of fluid containers capable of being placed in fluid communication with a patient through an administration line with a first of the fluid containers capable of being filled with a first fluid comprising a contrast solution and a second of the fluid containers capable of being filled with a second fluid comprising a flushing agent; and the control device including at least one processor programmed or configured to enable programming of a diagnostic injection protocol comprising one or more phases according to which at least one of the first and the second fluid containers are selectively actuatable by the at least one drive component to enable injection of at least one of the first fluid and the second fluid via the administration line into the patient so as to effect enhancement of at least one region of interest thereof over a scan duration of a diagnostic imaging procedure; wherein the control device is further programmed or configured to, upon completion of the programming of the diagnostic injection protocol and priming of the administration line with the second fluid, enable selection and commencement of at least partial preloading into the administration line of a predetermined volume of at least one of the first fluid and the second fluid as prescribed in the one or more phases of the diagnostic injection protocol. a control device operably associated with at least one drive component for use in actuating a plurality of fluid containers, the plurality of fluid containers capable of being placed in fluid communication with a patient through an administration line with a first of the fluid containers capable of being filled with a first fluid comprising a contrast solution and a second of the fluid containers capable of being filled with a second fluid comprising a flushing agent; and the control device including at least one processor programmed or configured to enable programming of a diagnostic injection protocol comprising one or more phases according to which at least one of the first and the second fluid containers are selectively actuatable by the at least one drive component to enable injection of at least one of the first fluid and the second fluid via the administration line into the patient so as to effect enhancement of at least one region of interest thereof over a scan duration of a diagnostic imaging procedure; wherein the control device is further programmed or configured to, upon completion of the programming of the diagnostic injection protocol and priming of the administration line with the second fluid, enable selection and commencement of at least partial preloading into the administration line of a predetermined volume of at least one of the first fluid and the second fluid as prescribed in the one or more phases of the diagnostic injection protocol.
A foundry mold comprising a riser sleeve inserted into the foundry mold, the riser sleeve being a body, the body having a side wall that extends from a bottom to a top of the body and the side wall having a plurality of cavities where the plurality of cavities are formed on the side wall and extend from the top in an axial direction of the body, characterized in that the cavities are closed and provide closed air gaps between the riser sleeve and the foundry mold.
A method of making a re-usable metallic container for oven, the metallic container being a baking pan or cake pan preferably of circular shape, which method comprises a cold molding step of a metallic foil performed by pressing the foil between a concave molding body , or female body, and a corresponding convex molding body , or male body, wherein said container has a thickness equal to or greater than about 250 μm, preferably comprised in a range of about 250-500 μm, characterised in that said method comprises a punching step of said foil performed in such a way to isolate a useful portion of the foil to be subjected to said molding step, wherein said punching step is performed by means of a punching body movable integrally with said concave molding body , and in that said method comprises a forming step of a wound peripheral edge of said container, wherein said forming step is performed by means of a forming element arranged alongside said convex molding body , which forming element is an elastic contrast body for said punching body and said forming step is performed during a stroke of said elastic contrast body towards its rest position. which method comprises a cold molding step of a metallic foil performed by pressing the foil between a concave molding body , or female body, and a corresponding convex molding body , or male body, wherein said container has a thickness equal to or greater than about 250 μm, preferably comprised in a range of about 250-500 μm, characterised in that said method comprises a punching step of said foil performed in such a way to isolate a useful portion of the foil to be subjected to said molding step, wherein said punching step is performed by means of a punching body movable integrally with said concave molding body , and in that said method comprises a forming step of a wound peripheral edge of said container, wherein said forming step is performed by means of a forming element arranged alongside said convex molding body , which forming element is an elastic contrast body for said punching body and said forming step is performed during a stroke of said elastic contrast body towards its rest position.
A camera tracking system (6; 6') for surgical navigation comprising: - a set of tracking cameras - control means for obtaining a model defining a tracking volume of the set of tracking cameras relative to a pose of the set of tracking cameras ; - communication means for receiving tracking information from the set of tracking cameras indicating a pose of an extended reality (XR) headset relative to the set of tracking cameras ; - a computer platform for generating a graphical representation of the tracking volume from a perspective of the XR headset based on the pose of the XR headset indicated by the tracking information and based on the model defining the tracking volume of the set of tracking cameras ; and - displaying means (34; 912) for providing the graphical representation of the tracking volume to the XR headset for display to a user - a set of tracking cameras - control means for obtaining a model defining a tracking volume of the set of tracking cameras relative to a pose of the set of tracking cameras ; - communication means for receiving tracking information from the set of tracking cameras indicating a pose of an extended reality (XR) headset relative to the set of tracking cameras ; - a computer platform for generating a graphical representation of the tracking volume from a perspective of the XR headset based on the pose of the XR headset indicated by the tracking information and based on the model defining the tracking volume of the set of tracking cameras ; and - displaying means (34; 912) for providing the graphical representation of the tracking volume to the XR headset for display to a user
An improved amine based additive composition for controlling and inhibiting polymerization of aromatic vinyl monomers including styrene comprising: (A) one or more quinone methide or derivatives thereof (QM), (B) one or more phenolic compounds, and characterized in that the said composition further comprises: (C) at least one amine comprising aliphatic tertiary amine containing -OH group in the alkyl chain; wherein the quinone methide or derivatives thereof (QM) comprises benzyl quinone methide, preferably 4-benzylidene,2,6-di-tert-butyl cyclohexa-2,5-dienone; wherein the phenolic compound comprises 2,6-di-tert-butyl phenol (2,6 DTBP), butylated hydroxy anisole (BHA), butylated hydroxy toluene (BHT), or a mixture thereof; and wherein the aliphatic tertiary amine comprises tri-isopropanol amine or tris(2-hydroxypropyl)amine (TIPA), N,N,N',N'-Tetrakis (2-hydroxyethyl) ethylene-diamine (THEED), N,N,N',N'-Tetrakis (2-hydroxypropyl) ethylene-diamine (Quadrol®), or mixture thereof. (A) one or more quinone methide or derivatives thereof (QM), (B) one or more phenolic compounds, and
Voltage divider assembly for installation on a power conductor inside a compartment of a MV/HV switchgear in a power network of a national grid, wherein the voltage divider assembly is operable to divide a voltage of the power conductor in a voltage-dividing sensor for sensing a voltage of the power conductor, characterized in that the voltage divider assembly comprises a) connecting means , comprising a conductive portion, for mechanically and electrically connecting the voltage divider assembly to the power conductor; and b) a plurality of discrete impedance elements , electrically connected (i) with the conductive portion of the connecting means and (ii) in series with each other such as to be operable as a high-voltage side of the voltage-dividing sensor. a) connecting means , comprising a conductive portion, for mechanically and electrically connecting the voltage divider assembly to the power conductor; and b) a plurality of discrete impedance elements , electrically connected (i) with the conductive portion of the connecting means and (ii) in series with each other such as to be operable as a high-voltage side of the voltage-dividing sensor.
A method for selecting a cell of a wireless cellular communication network having a plurality of cells, the method comprising: - receiving, by a user equipment , cell size information representing a size of an area served by a cell (111-115) of the plurality of cells, and - transmitting the received cell size information from the user equipment to a base station of the wireless cellular communication network by which the user equipment is served, characterized by - receiving, by the user equipment , mobility information representing a time-dependent location change of the cell (111-115) of the plurality of cells, - transmitting the received mobility information from the user equipment to the base station by which the user equipment is served, - determining user equipment mobility information representing a time-dependent location change of the user equipment , - transmitting the user equipment mobility information from the user equipment to the base station by which the user equipment is served, and - selecting a cell (111-115) of the plurality of cells for serving the user equipment based on the cell size information, the mobility information representing the time-dependent location change of the cell (111-115) of the plurality of cells, and the user equipment mobility information. - receiving, by a user equipment , cell size information representing a size of an area served by a cell (111-115) of the plurality of cells, and - transmitting the received cell size information from the user equipment to a base station of the wireless cellular communication network by which the user equipment is served, - receiving, by the user equipment , mobility information representing a time-dependent location change of the cell (111-115) of the plurality of cells, - transmitting the received mobility information from the user equipment to the base station by which the user equipment is served, - determining user equipment mobility information representing a time-dependent location change of the user equipment , - transmitting the user equipment mobility information from the user equipment to the base station by which the user equipment is served, and - selecting a cell (111-115) of the plurality of cells for serving the user equipment based on the cell size information, the mobility information representing the time-dependent location change of the cell (111-115) of the plurality of cells, and the user equipment mobility information.
A well tool system comprising: a tool body configured to be positioned within a wellbore ; a motor connected to the tool body, the motor configured to rotate the tool body within the wellbore; and a traction tool connected to the tool body, wherein the traction tool comprises a sprocket wheel or a friction wheel configured to frictionally attach to the wellbore, the tool body configured to rotate relative to the traction tool when the traction tool is frictionally attached to the wellbore. a tool body configured to be positioned within a wellbore ; a motor connected to the tool body, the motor configured to rotate the tool body within the wellbore; and a traction tool connected to the tool body, wherein the traction tool comprises a sprocket wheel or a friction wheel configured to frictionally attach to the wellbore, the tool body configured to rotate relative to the traction tool when the traction tool is frictionally attached to the wellbore.
A projection system, comprising: a portable terminal that detects a change in posture of the portable terminal itself; a projection device that reproduces a video signal, and projects the video signal on a projection surface; and a cradle that supports the projection device, and changes posture of the projection device in accordance with a detection result of the portable terminal; wherein the portable terminal comprises a short-range wireless communication unit , the short-range wireless communication unit is used for transmitting not a video signal but the detection results acquired by a gyro sensor and an acceleration sensor is supplied to the cradle via the projection device. a portable terminal that detects a change in posture of the portable terminal itself; a projection device that reproduces a video signal, and projects the video signal on a projection surface; and a cradle that supports the projection device, and changes posture of the projection device in accordance with a detection result of the portable terminal; wherein
A monolithic integrated mesh device comprising a plurality of apertures and a piezoelectric material characterized in that the piezoelectric material comprises a CMOS compatible piezoelectric material configured as a sensor.
A control unit for controlling a marine vessel to avoid an undesired situation, the control unit comprising processing circuitry and a storage medium , wherein the control unit is arranged to receive path data from one or more sensor devices indicative of a path (T) travelled by the marine vessel in a forward direction (F) and to store the received path data by the storage medium , characterized in that the control unit is arranged to receive a trigger signal from an input device , and, in response to the trigger signal , determine a set of candidate locations associated with a pre-determined required space for turning, determine a location (L) for turning the vessel around by selecting the candidate closest to the current location or the candidate reached by a minimum of control maneuvers, navigate to the location (L), turn the vessel around at the location (L), and navigate the vessel along the path (T) in reverse direction (R).