mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray generating device comprising: an X-ray tube ; a drive circuit that drives the X-ray tube ; a voltage generation circuit that generates an electron acceleration voltage applied to the X-ray tube ; and a control unit that communicates with the drive circuit and the voltage generation circuit , wherein at least the X-ray tube , the drive circuit , and the voltage generation circuit are arranged inside a storage container filled with an insulating oil , wherein at least a part of a path connecting the drive circuit and the control unit is formed of an optical fiber cable arranged inside the storage container , wherein the optical fiber cable has a coating that suppresses fluctuation of the optical fiber cable due to a convective flow of the insulating oil generated at driving of the voltage generation circuit , characterized in that the coating is cured by, from a resin material containing a plasticizer, at least a part of the plasticizer being leaching out, and wherein the control unit is configured to facilitate leaching of the plasticizer by driving the voltage generation circuit to apply a voltage for a predetermined time to the optical fiber cable in a state of no X-ray being generated. wherein at least a part of a path connecting the drive circuit and the control unit is formed of an optical fiber cable arranged inside the storage container , wherein the optical fiber cable has a coating that suppresses fluctuation of the optical fiber cable due to a convective flow of the insulating oil generated at driving of the voltage generation circuit , characterized in that the coating is cured by, from a resin material containing a plasticizer, at least a part of the plasticizer being leaching out, and wherein the control unit is configured to facilitate leaching of the plasticizer by driving the voltage generation circuit to apply a voltage for a predetermined time to the optical fiber cable in a state of no X-ray being generated.
Edge tape cassette for holding edge tapes, with a cassette housing in which a winding core is arranged which fixedly holds an edge tape which is provided as a package formed wound up into a reel, wherein the edge tape cassette has additionally a receiving element which is mounted in rotatable manner in the edge tape cassette and on which the winding core is attached, in particular in releasable manner, characterised in that the winding core is connected secured against rotation to the receiving element wherein at least one part of the receiving element extends out from its axis of rotation radially beyond the radial extension of the winding core.
Device for adhering brick slips to a panel , which device comprises: - a horizontal transport surface with an infeed side and an outfeed side for transporting the panel from the infeed side, over the transport surface and to the outfeed side, the transport surface having a longitudinal dimension extending along the direction of transporting from the infeed side to the outfeed side and having a transverse dimension perpendicular to the longitudinal dimension; - a buffer arranged adjacently of the transport surface for buffering at least one row of brick slips ; and - engaging means displaceable between a position above the buffer and a position above the transport surface capable of picking up from the buffer the at least one row of brick slips and placing the row of brick slips on the panel , characterized in that the engaging means 1) comprise a plurality of brick slip grippers , wherein a brick slip gripper is a gripper capable of holding a brick slip ; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel, wherein the second row is adjacent to the first row; wherein the device comprises means for adjusting the joint widths of the brick slips in a row of brick slips from a first joint width to a second joint width. - a horizontal transport surface with an infeed side and an outfeed side for transporting the panel from the infeed side, over the transport surface and to the outfeed side, the transport surface having a longitudinal dimension extending along the direction of transporting from the infeed side to the outfeed side and having a transverse dimension perpendicular to the longitudinal dimension; - a buffer arranged adjacently of the transport surface for buffering at least one row of brick slips ; and - engaging means displaceable between a position above the buffer and a position above the transport surface capable of picking up from the buffer the at least one row of brick slips and placing the row of brick slips on the panel , characterized in that the engaging means 1) comprise a plurality of brick slip grippers , wherein a brick slip gripper is a gripper capable of holding a brick slip ; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel, wherein the second row is adjacent to the first row; 1) comprise a plurality of brick slip grippers , wherein a brick slip gripper is a gripper capable of holding a brick slip ; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel,
A method for processing a gaseous, nitrogen-containing feed mixture (E) by pressure swing adsorption, in which method the feed mixture is conducted, temporarily and under pressure, in a main flow direction through an adsorption unit filled with an adsorbent material, characterized in that the adsorbent material is provided, in a first region along the main flow direction, predominantly or exclusively in the form of first adsorption bodies , in that the adsorbent material is provided, in a second region along the main flow direction and downstream of the first region , predominantly or exclusively in the form of second adsorption bodies , in that at least the second adsorption bodies are provided as composite bodies having an inner core (C) made of a non-porous, non-adsorbent material and an outer layer (S) comprising the adsorbent material or formed therefrom, and in that the second adsorption bodies have a smaller proportion of the adsorbent material in terms of body volume than the first adsorption bodies .
A wiper arm comprising an arm head associated to a driving means, said arm head including an arm head body and a cover member attached to said arm head body rotatable around a rotating shaft between its open position and its closed position, said arm head body including sidewalls on both sides, said cover member including a front-side half section and a rear-side half section , wherein said front-side half section is disposed between the sidewalls of said arm head body when said cover member is in its closed position, and wherein said front-side half section is a plate-shaped portion having a lateral width substantially equal to an interval between said sidewalls of said arm head body , characterized in that the wiper arm includes a cover member-side fitting section disposed on a rear surface of said cover member and an arm-head-body-side fitting section disposed on said arm head body side, wherein when said cover member is in its closed position, said cover member-side fitting section and said arm-head-body-side fitting section fit with each other so that said cover member is fixed to said arm head body , wherein said arm-head-body-side fitting section is a nut attached to a driving shaft of said driving means, wherein said cover member-side fitting section extends downward from the cover member and has a cylindrical shape arranged to fit to said nut and includes slits formed in said cover member-side fitting section , extending over the entire length of the cylindrical shape, and wherein the longitudinal length of said cover member-side fitting section is shortened on the rotating shaft side.
A hearing aid comprising a hearing aid housing having a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid , and a wireless communications unit connected to the signal processor for wireless data communication, and an attachment member connectable to the hearing aid housing , the wireless communications unit being interconnected with an antenna having a first pole element and a second pole element for emission and reception of an electromagnetic field, wherein the antenna is a dipole antenna, wherein at least a part of the first pole element extends via the attachment member and the second pole element extends in the hearing aid housing , characterized in that the attachment member being a sound transmission member configured to transmit the second audio signal from the hearing aid housing to an ear of the user, wherein the attachment member comprises one or more conducting elements at least one of the one or more conducting elements forming at least a part of the first pole element of the antenna , and wherein at least one of the one or more conducting elements conduct the second audio signal to a receiver positioned in the ear of the user, and the second pole element of the antenna has a first section extending along a first side of the hearing aid housing and a second section extending along a second side of the hearing aid housing . a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid , and a wireless communications unit connected to the signal processor for wireless data communication, and an attachment member connectable to the hearing aid housing ,
Remote I/O system for use in a zone where there is an explosion hazard, wherein the remote I/O system comprises a remote I/O module with a main body , wherein at least one connection for an electrical line is arranged on the main body , wherein the remote I/O system comprises a housing with a box and a cover , and wherein the connection is surrounded on all sides by the housing , so that the connection is completely enclosed in the housing , characterized in that the main body has a receiving space for the connection , in that the cover completely covers the receiving space , in that the cover of the housing lies directly on the main body of the remote I/O module .
A hematology system for determining a platelet count in a biological sample, the system comprising a first module configured to determine a platelet clump count and a white blood cell count wherein the system further comprises: a second module configured to determine an observed platelet count and a white blood cell concentration; and a data processing module in connectivity with the first module and the second module, wherein the data processing module comprises a processor and a tangible computer readable medium, the computer readable medium programmed with a computer application that, when executed by the processor, causes the processor to determine the platelet count based on the sum of the observed platelet count and a lost platelet count, wherein the lost platelet count comprises a multiplication product of a first factor and a second factor, the first factor based on an estimation of the total number of platelet cells occurring in the platelet clumps and the white blood cell count, and the second factor being the white blood cell concentration.
A liquid crystal polyester multifilament having an initial modulus variation of 3.0% or less and a tensile strength of 18 cN/dtex or more, wherein the initial modulus variation and the tensile strength are determined by the method disclosed in the description.
A method for determining Listen Before Talk, LBT, characteristics for operating on an unlicensed radio band of a cellular network, the method comprising: determining one or more channel sensing metrics for a radio channel between a User Equipment, UE and a Base Station, BS, wherein determining the one or more channel sensing metrics for the radio channel between the UE and the BS comprises determining a channel occupancy metric for the radio channel between the UE and the BS, wherein determining the channel occupancy metric includes determining a received energy level over a channel bandwidth; and based on the one or more channel sensing metrics, determining (i) a LBT mode and (ii) a LBT sensing time , wherein the LBT mode is a type of channel access scheme that is to be performed by the UE when transmitting reference signals, and wherein determining (i) the LBT mode and (ii) the LBT sensing time comprises: - comparing a first channel sensing metric of the one or more channel sensing metrics to a threshold value; and - based on comparing the first channel sensing metric to the threshold value, determining the LBT sensing time. determining one or more channel sensing metrics for a radio channel between a User Equipment, UE and a Base Station, BS, wherein determining the one or more channel sensing metrics for the radio channel between the UE and the BS comprises determining a channel occupancy metric for the radio channel between the UE and the BS, wherein determining the channel occupancy metric includes determining a received energy level over a channel bandwidth; and based on the one or more channel sensing metrics, determining (i) a LBT mode and (ii) a LBT sensing time , wherein the LBT mode is a type of channel access scheme that is to be performed by the UE when transmitting reference signals, and wherein determining (i) the LBT mode and (ii) the LBT sensing time comprises: - comparing a first channel sensing metric of the one or more channel sensing metrics to a threshold value; and - based on comparing the first channel sensing metric to the threshold value, determining the LBT sensing time. - comparing a first channel sensing metric of the one or more channel sensing metrics to a threshold value; and - based on comparing the first channel sensing metric to the threshold value, determining the LBT sensing time.
A free standing membrane comprising alternating layers of aramid nanofibers (ANF) and polyalkylene oxide (PEO).
Cryptographic method for anonymous authentication and identification of a user entity (U i ) respectively by a checking entity (D) and an identifying entity (O), characterized in that : - the checking entity (D) receives from the user entity (U i ) at least a first signature (σ) generated from a group signature and a first message (m) and checks the first signature (σ) by means of the first message (m) in order to authenticate the user entity; and characterized in that , - the identifying entity (O) receives from the checking entity (D) a second signature (σ') linked to the first signature (σ) and identifies the user entity by means of the second signature and of a secret key (x) specific to the identifying entity (O); wherein the first message (m) is subdivided into a first part α and two parts m d and m f as a function of m = m d ∥α∥m f , in which ∥ represents a concatenation; wherein the checking entity (D) generates the second signature (σ') from the first signature (σ) as a function of at least the first part (α) of the first message (m) received and of a secret key (chsk) of a chameleon hash function; wherein the checking entity (D) generates a second message (m') from the first message (m), by replacing the first part (α) of the first message with a substitute datum (C), and sends the second message (m') to the identifying entity (O). - the checking entity (D) receives from the user entity (U i ) at least a first signature (σ) generated from a group signature and a first message (m) and checks the first signature (σ) by means of the first message (m) in order to authenticate the user entity; and characterized in that , - the identifying entity (O) receives from the checking entity (D) a second signature (σ') linked to the first signature (σ) and identifies the user entity by means of the second signature and of a secret key (x) specific to the identifying entity (O);
Electrical circuit breaker assembly comprising a conductive element of an electrical circuit and a severing device that can be activated by a first pyrotechnic element and that is configured to sever said conductive element in a predetermined cut-off zone delimited by a downstream point , said electrical circuit breaker assembly being characterized in that it further comprises a contactor element that can be activated by a second pyrotechnic element , the contactor element being configured to connect said downstream point of the cut-off zone to an earth conductor of said electrical circuit prior to a severing of said first conductor or simultaneously with the severing of said conductor .
A method for visualizing data relating to an event, by at least one spectator wearing a display device equipped with a screen that is at least partly transparent, the event comprising several predetermined successive moments, a set of visual contents each associated with one of said successive moments being stored in data storage means , the method comprising the implementation by data processing means of steps of: (a) determining a moment in progress, (b) identifying, in said set, the at least one visual content associated with the moment in progress, (c) displaying said at least one identified visual content by said screen of the display device, the method being characterized in that it further comprises a step of: (f) determining the relative position first of a performance space where the event is taking place or of an element of the performance space, and secondly of the display device , step (f) being repeated at a given frequency, step (c) being implemented so that the at least one identified content is displayed on the screen as a function of the determined relative position. (a) determining a moment in progress, (b) identifying, in said set, the at least one visual content associated with the moment in progress, (c) displaying said at least one identified visual content by said screen of the display device, step (f) being repeated at a given frequency, step (c) being implemented so that the at least one identified content is displayed on the screen as a function of the determined relative position.
A deck landing system for aircrafts, in particular rotating wing aircrafts, apt to implement a hook between the aircraft and the deck of a ship or of a floating platform, the deck being equipped with a target grid plate, the deck landing system comprising: • a telescopic actuator comprising a linear electromechanical actuator and a harpoon having, at its own distal end, hooking grippers kept in a closed position by a mechanism; and • a control unit which actuates said telescopic actuator , characterised in that said linear electromechanical actuator comprises: - a unit for converting and conditioning the energy; • a main battery fed through said unit , the main battery being connected to said telescopic actuator ; • a device for recovering and releasing the kinetic energy generated by the waves when the aircraft is locked on said deck, of the type acting with super-capacitors, which feeds said main battery . • a telescopic actuator comprising a linear electromechanical actuator and a harpoon having, at its own distal end, hooking grippers kept in a closed position by a mechanism; and • a control unit which actuates said telescopic actuator , characterised in that said linear electromechanical actuator comprises: - a unit for converting and conditioning the energy; - a unit for converting and conditioning the energy; • a main battery fed through said unit , the main battery being connected to said telescopic actuator ; • a device for recovering and releasing the kinetic energy generated by the waves when the aircraft is locked on said deck, of the type acting with super-capacitors, which feeds said main battery .
Cap for a container , comprising: - a ferrule to be fixedly attached to the neck of the container , the ferrule comprising an upper wall and a tubular skirt extending downwardly from the upper wall ; - a tamper evidence mechanism connected with the ferrule ; - an overseal button (5;5a;5c;5d;5e) removably arranged on top of the upper wall of the ferrule in a manner so as to at least fully cover the tamper evidence mechanism , the overseal button (5;5a;5c;5d;5e) being connected to the tamper evidence mechanism such that upon first removal of the overseal button (5;5a;5c;5d;5e) from the ferrule at least a portion (401;401e) of the tamper evidence mechanism is irreversibly damaged, wherein the overseal button (5;5a;5c;5d;5e) comprises at least one translucent portion (52;52a;52c;52d;52e) arranged to extend over the at least one portion (401;401e) of the tamper evidence mechanism which is irreversibly damaged upon first removal of the overseal button (5;5a;5c;5d;5e) from the ferrule , and wherein the overseal button further comprises an identification portion (50,51;50a,51a;50c,51c;50d,51d;50e, 51e) which is different from the at least one translucent portion (52;52a;52c;52d;52e) in at least one property, the at least one property being selected such that it allows for visual differentiation of the identification portion (50,51;50a,51a;50c,51c;50d,51d;50e, 51e) and the at least one translucent portion (52;52a;52c;52d;52e), characterised in that the overseal button (5;5a;5c;5d;5e) comprises an opaque colored outer ring (51;51a;51c;51d;51e), and wherein the at least one translucent portion (52;52a;52c;52d;52e) is surrounded by the opaque colored outer ring (51;51a;51c;51d;51e), wherein the overseal button further comprises a centrally arranged opaque colored hub (50;50a;50c;50d;50e), and wherein the at least one translucent portion (52;52a;52c;52d;52e) of the overseal button is arranged between the centrally arranged opaque colored hub (50;50a;50c;50d;50e) and the opaque colored outer ring (51;51a;51c;51d;51e). - a ferrule to be fixedly attached to the neck of the container , the ferrule comprising an upper wall and a tubular skirt extending downwardly from the upper wall ; - a tamper evidence mechanism connected with the ferrule ; - an overseal button (5;5a;5c;5d;5e) removably arranged on top of the upper wall of the ferrule in a manner so as to at least fully cover the tamper evidence mechanism , the overseal button (5;5a;5c;5d;5e) being connected to the tamper evidence mechanism such that upon first removal of the overseal button (5;5a;5c;5d;5e) from the ferrule at least a portion (401;401e) of the tamper evidence mechanism is irreversibly damaged,