mhurhangee/ep-ind-claims huggingface dataset:
An uplink reference signal sending method, comprising: activating, by a terminal device, L component carriers of a time division duplex, TDD, system, wherein the L component carriers comprise M first component carriers and N second component carriers, the first component carriers are carriers on which scheduling of uplink data transmission is allowed, the second component carriers are carriers on which scheduling of uplink data transmission is prohibited, L, M, and N are positive integers, and L≥2; determining, by the terminal device, an uplink reference signal sending time; and sending, by the terminal device, an uplink reference signal on N1 second component carriers within the sending time, wherein N1 is a positive integer and N1≤N; and prohibiting, on M1 first component carriers within the sending time, the terminal device from sending an uplink signal, wherein M1 is a positive integer and N1≤M1≤M; wherein the method further comprises: receiving, by the terminal device, first indication information from a network device, wherein the first indication information is used to indicate the N1 second component carriers, the N second component carriers are classified into a plurality of second component carrier groups, at least one of the second component carrier groups comprises the N1 second component carriers, and the first indication information comprises at least one bit to indicate one of the plurality of second component carrier groups. activating, by a terminal device, L component carriers of a time division duplex, TDD, system, wherein the L component carriers comprise M first component carriers and N second component carriers, the first component carriers are carriers on which scheduling of uplink data transmission is allowed, the second component carriers are carriers on which scheduling of uplink data transmission is prohibited, L, M, and N are positive integers, and L≥2; determining, by the terminal device, an uplink reference signal sending time; and sending, by the terminal device, an uplink reference signal on N1 second component carriers within the sending time, wherein N1 is a positive integer and N1≤N; and prohibiting, on M1 first component carriers within the sending time, the terminal device from sending an uplink signal, wherein M1 is a positive integer and N1≤M1≤M; wherein the method further comprises: receiving, by the terminal device, first indication information from a network device, wherein the first indication information is used to indicate the N1 second component carriers, the N second component carriers are classified into a plurality of second component carrier groups, at least one of the second component carrier groups comprises the N1 second component carriers, and the first indication information comprises at least one bit to indicate one of the plurality of second component carrier groups.
A hearing device, e.g. a hearing aid comprising a housing having at least a first shell structure; a battery compartment configured to be arranged in a pivotal connection with said at least first shell structure, wherein said battery compartment having a center point is configured to receive and house a battery for powering said hearing device; and at least a first contact element and a second contact element configured to contact said battery when said battery is received in said battery compartment and moved into a closed position of said battery compartment, said first and second contact elements engaging the battery on a plus and minus pole thereof so as to transmit power to the electronic of the hearing device, wherein said hearing device further comprises a flexible compression element provided in connection with said at least first shell structure and/or in connection with said battery compartment and configured to act on said battery when said compartment is moved from an open to a closed position, wherein the flexible compression element is made from a plastic material, characterized in that the flexible compression element creates a second force vector acting on a curved surface of the battery, wherein the curved surface of the battery is substantially opposite to a second curved surface of the battery to which the first contact element contacts the battery
Device for sealing a packaging material web, comprising at least one sealing jaw, which is implemented to be rotatable around a sealing axis of a sealing shaft, and at least one further sealing jaw, which is implemented to be rotatable around a further sealing axis of a further sealing shaft, wherein the sealing jaws (46, 48) cooperate for a sealing of a packaging material web, wherein at least one drive is configured for directly driving the sealing shaft, a drive shaft of the drive being arranged coaxially with the sealing axis, and wherein at least one further drive is configured for directly driving the further sealing shaft, a drive shaft of the further drive being arranged coaxially with the further sealing axis.
A method of sending data in pilot aided interleaving-based multiple access, comprising Constructing a data signal from data interleaved according to an interleaving mechanism, Constructing a basic element of a pilot signal based on a row of an orthogonal codebook matrix of an orthogonal basis consisting of code words that are mathematically orthogonal, wherein each row of the orthogonal codebook matrix corresponds to an interleaving mechanism, and wherein the one-to-one mapping between the rows of the orthogonal codebook matrix and the interleaving mechanism is stored in a table, Superimposing the basic element and the data signal to form a superimposed signal, and Sending the superimposed signal. Constructing a data signal from data interleaved according to an interleaving mechanism, Constructing a basic element of a pilot signal based on a row of an orthogonal codebook matrix of an orthogonal basis consisting of code words that are mathematically orthogonal, wherein each row of the orthogonal codebook matrix corresponds to an interleaving mechanism, and wherein the one-to-one mapping between the rows of the orthogonal codebook matrix and the interleaving mechanism is stored in a table, Superimposing the basic element and the data signal to form a superimposed signal, and Sending the superimposed signal.
An oral care implement comprising a first part comprising a carrier plate having a back side and a front side opposite the back side, and at least one cleaning element (14, 16) extending from the front side; and a second part comprising a support plate and at least a portion of a neck, the support plate having a front side and a back side opposite the front side; wherein the back side of the carrier plate is secured to the front side of the support plate by means of a plastic material molded around at least a portion of the back side of the support plate and over at least a portion of the carrier plate to provide a non-detachable connection between the first and the second part (12, 32) characterized in that each of the carrier plate and the support plate has a width extension (52, 56) and a length extension (54, 58) and the width extension and/or the length extension of the carrier plate exceeds the width extension and/or length extension of the support plate and the plastic material is molded over the portion of the back side of the carrier plate exceeding the extension of the support plate, and the back side of the carrier plate and/or the front side of the support plate comprises a recess forming a channel between the back side of the carrier plate and the front side of the support plate and the molded plastic material fills the channel. a first part comprising a carrier plate having a back side and a front side opposite the back side, and at least one cleaning element (14, 16) extending from the front side; and a second part comprising a support plate and at least a portion of a neck, the support plate having a front side and a back side opposite the front side; wherein the back side of the carrier plate is secured to the front side of the support plate by means of a plastic material molded around at least a portion of the back side of the support plate and over at least a portion of the carrier plate to provide a non-detachable connection between the first and the second part (12, 32) characterized in that each of the carrier plate and the support plate has a width extension (52, 56) and a length extension (54, 58) and the width extension and/or the length extension of the carrier plate exceeds the width extension and/or length extension of the support plate and the plastic material is molded over the portion of the back side of the carrier plate exceeding the extension of the support plate, and the back side of the carrier plate and/or the front side of the support plate comprises a recess forming a channel between the back side of the carrier plate and the front side of the support plate and the molded plastic material fills the channel.
Emergency procedure operated by a control device of a TV, to interact with a network of media contents and/or a communication network, said control device being adapted to send and/or receive a media content, by a notice, a message, an access and/or a telephone call, characterized in that the control device comprises an HDMI connection, with respect to said TV, in order to start the emergency procedure, on basis of sending and/or receiving a default media content, with respect to a pre-ordered list of end-users devices, wherein said emergency procedure comprises: when standing by, the TV is switched-on by a call coming from a device of the pre-ordered list of devices and when the TV is switched on, a visualization of media content appears, as a result of a change of source, from TV to HDMI.
Electrical connector comprising a case made of insulating material comprising an cavity open at two opposite ends thereof and through which a flat metal bar passes, said case comprising means of immobilizing the metal bar in the case, on a side of the case configured for connection with another connector, said cavity is extended by an inclined support of said case; said inclined support is covered by an end portion of said metal bar; and said connector being characterized in that: the end portion of the metal bar is configured to be joined to a similar end portion of said other connector, said end portions overlapping as said connectors are brought together, until the end portions come into contact with each other, so as to guarantee a flat electrical contact. the end portion of the metal bar is configured to be joined to a similar end portion of said other connector, said end portions overlapping as said connectors are brought together, until the end portions come into contact with each other, so as to guarantee a flat electrical contact.
An electrical machine, comprising: a rotor (150A, 150B, 250, 350; 750; 850); a coil (120A, 120B, 320, 720, 720A, 720B, 720C, 820); and a stator (110A, 110B, 210, 310) comprising a lamination stack (514, 614) coupled to a tooth (516, 616); wherein the electrical machine is a transverse flux machine; characterized in that the lamination stack is configured with a plurality of trenches (411, 611), wherein a trench is configured to receive a tooth; in that the lamination stack is configured with a flux switch area (S A), wherein the flux switch area (S A) comprises a switching surface of the tooth facing the rotor and at least one switch edge (S E) comprising a portion of the lamination stack disposed on one side of the tooth in a rotational direction of the rotor (150A, 150B, 250, 350; 750; 850); in that a radial edge surface of the tooth is at least partially covered by the lamination stack that extends to the switch surface; and in that the flux switch area (S A) is configured to provide a constant air gap. a rotor (150A, 150B, 250, 350; 750; 850); a coil (120A, 120B, 320, 720, 720A, 720B, 720C, 820); and a stator (110A, 110B, 210, 310) comprising a lamination stack (514, 614) coupled to a tooth (516, 616); wherein the electrical machine is a transverse flux machine; characterized in that the lamination stack is configured with a plurality of trenches (411, 611), wherein a trench is configured to receive a tooth; in that the lamination stack is configured with a flux switch area (S A), wherein the flux switch area (S A) comprises a switching surface of the tooth facing the rotor and at least one switch edge (S E) comprising a portion of the lamination stack disposed on one side of the tooth in a rotational direction of the rotor (150A, 150B, 250, 350; 750; 850); in that a radial edge surface of the tooth is at least partially covered by the lamination stack that extends to the switch surface; and in that the flux switch area (S A) is configured to provide a constant air gap.
Wheel lift with a U-shaped frame where, for lifting of tractor or machine wheels that are to be mounted or demounted, the U-shaped frame on the lateral parts of the frame has one or several rollers, essentially parallel with the lateral parts of the frame and permitting rotation of a lifted wheel, characterized in that the lateral parts of the frame each comprise two or more parts, one fastened in the central part of the frame and one or several in relation to this lengthwise, for instance telescopic, displaceable part or parts so that the lateral parts become variable to their length, and that the rollers are arranged on one of the displaceable parts in each lateral part.
An mRNA comprising an L7Ae-protein binding sequence incorporated 5' to a ribosome-binding site in a position 2 to 10 bases distant from the ribosome-binding site or 1 to 20 bases 3' to the start codon AUG of a heterologous open reading frame, wherein the L7Ae-protein binding sequence comprises the sequence of SEQ ID NO: 9 or SEQ ID NO: 5, wherein an RNA-protein complex of the L7Ae-protein binding sequence and L7Ae-protein represented by SEQ ID NO: 66 has a dissociation constant Kd of 0.1 nM to 1 μM between the L7Ae-protein binding sequence and L7Ae and the L7Ae-protein binding sequence interacts with L7Ae-protein.
Inhalable gaseous medicament made up of a binary mixture of argon gas and oxygen gas for use in a method for treating, reducing or resorbing brain lesions subsequent to an ischemic stroke in an individual who must subsequently undergo a mechanical thrombectomy, said method comprising: (a) the administration of the gaseous medicament by inhalation after said ischemic stroke, said gaseous medicament containing a proportion by volume of argon of between 50 and 70%, (b) followed by a mechanical thrombectomy with mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke, and in which the administration of the gaseous medicament by inhalation: (i) is begun as early as possible after an ischemic stroke diagnosis, (ii) is maintained throughout the thrombectomy, and (iii) is continued after a reperfusion subsequent to the mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke. (a) the administration of the gaseous medicament by inhalation after said ischemic stroke, said gaseous medicament containing a proportion by volume of argon of between 50 and 70%, (b) followed by a mechanical thrombectomy with mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke, (i) is begun as early as possible after an ischemic stroke diagnosis, (ii) is maintained throughout the thrombectomy, and (iii) is continued after a reperfusion subsequent to the mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke.
A valve block with a line system for use in respect of a tool attachment of a working machine, where the tool attachment is adapted for connection to different kinds of hydraulically operated tools or implements with the aid of a hydraulically actuated locking device that the valve block includes first port means (17, 18) for connection to hydraulic lines (32, 33) of the working machine, second port means (19, 20) for connection to hydraulic coupling means adapted for coupling to hydraulic coupling elements of the tool or implement, and third port means (21, 22) for connection to the locking device, that a valve means is provided in the valve block with a function which enables said first port means (17, 18) to be connected selectively to either said second port means (19, 20) or to said third port means (21, 22), that the line system includes at least one connecting line (40, 41) which is provided with a valve means in the form of a check valve and which connects said second port means (19, 20) and said third port means (21, 22) so as to obtain a post-tensioning of the locking device when the first port means (17, 18) are connected to said second port means (19, 20) and for relieving load prior to connecting and disconnecting the hydraulic connection of the working tool; characterized in that the line system in the valve block communicate with said port means and also include valve means (4, 5), wherein said valve means (4, 5) are adapted to fulfil at least one of the following functions: - a first function for ensuring the presence of hydraulic pressure in the locking device in the event of a fracture or a leakage in the hydraulic lines (32, 33) of the working machine by a first check valve which is intended to provide said first function; and - a second function for achieving pressure limitation of the locking device in that the third port means (21, 22) include two ports (21, 22) which are each connected to a hydraulic line (38, 39), and in that between which hydraulic lines there is provided a connecting line which includes a pressure limiting valve and which is adapted to provide said second function. - a first function for ensuring the presence of hydraulic pressure in the locking device in the event of a fracture or a leakage in the hydraulic lines (32, 33) of the working machine by a first check valve which is intended to provide said first function; and - a second function for achieving pressure limitation of the locking device in that the third port means (21, 22) include two ports (21, 22) which are each connected to a hydraulic line (38, 39), and in that between which hydraulic lines there is provided a connecting line which includes a pressure limiting valve and which is adapted to provide said second function.
Method for detecting and measuring a layer deposited on a surface in contact with a liquid medium, comprising the steps of: - positioning at least one pair of electrodes on the surface in contact with a liquid medium, the electrodes being arranged at a mutual distance; - sending to the at least one pair of electrodes a signal having signal frequency (f); and - sensing the impedance between the at least one pair of electrodes characterized in that the signal frequency (f) is chosen so as to measure the resistive part of the impedance, the signal frequency (f) being greater or equal to the zero frequency (fo) given by the double layer capacitance (C DL) and by the resistance (R SOL) of the liquid medium in which the measurement takes place. - positioning at least one pair of electrodes on the surface in contact with a liquid medium, the electrodes being arranged at a mutual distance; - sending to the at least one pair of electrodes a signal having signal frequency (f); and - sensing the impedance between the at least one pair of electrodes
A valve with a valve housing, which has at least one first connector and one second connector, with at least one valve plate arranged in the valve housing, with an opening arranged between the first connector and the second connector and with at least one valve seat, which surrounds the opening, wherein the valve plate can be brought into contact with the valve seat in order to interrupt a fluid connection between the first connector and the second connector, wherein the valve comprises a sensor system (13, 14, 17, 18) that is arranged within the valve housing, and wherein said sensor system (13, 14, 17, 18) comprises at least one fluid sensor (17, 18), in particular a moisture sensor, conductivity sensor or temperature sensor, and a valve control apparatus has a signal processing apparatus, which is linked to at least one sensor (13, 14, 17, 18) and which is designed to detect the switching status of the valve based on a sensor signal and to emit a signal representing the switching status, characterized in that the sensor system (13, 14, 17, 18) is arranged in a product space of the valve housing that provides a fluid connection between the first connector with the second connector, and a surface of a measuring head of the fluid sensor (17, 18) merges into an inner surface of the valve housing in a sealed manner.
A power tool switchable among driving modes different in driving state of a detachably coupled tool bit, comprising a mode switching member that is adapted to switch among the driving modes characterized in that the power tool further comprises, a detecting part that detects a drive prohibited state in which any of the driving modes of the tool bit is not selected when the mode switching member is not placed in any normal mode position, and an indicating part (189, 191) that indicates the drive prohibited state detected by the detecting part.
A polyolefin resin composition comprising: (i) 50 to 85 parts by weight of an ultra-high molecular weight ethylene polymer having a intrinsic viscosity [η] of 3.5 to 35 dl/g, the intrinsic viscosity [η] being measured in decalin at 135°C in accordance with ASTM D4020; (ii) 10 to 45 parts by weight of a 4-methyl-1-pentene polymer or 3-methyl-1-pentene polymer; and (iii) 0.1 to 20 parts by weight of a polymer of an olefin having 2 to 12 carbon atoms selected from a group of a homopolymer of one olefin selected from olefins having 2 to 12 carbon atoms and a copolymer of two or more olefins selected from olefins having 2 to 12 carbon atoms, the polymer being different from polymers selected as the ultra-high molecular weight ethylene polymer and the polymer (the total of,, and is 100 parts by weight), wherein the polyolefin resin composition further comprises 0.001 to 20 parts by weight of an olefin polymer relative to 100 parts by weight of the total of,,, and, the olefin polymer having a number average molecular weight (Mn) of 500 to 10000 measured by gel permeation chromatography and being different from polymers selected as the ultra-high molecular weight ethylene polymer, the polymer, and polymer of an olefin having 2 to 12 carbon atoms. (i) 50 to 85 parts by weight of an ultra-high molecular weight ethylene polymer having a intrinsic viscosity [η] of 3.5 to 35 dl/g, the intrinsic viscosity [η] being measured in decalin at 135°C in accordance with ASTM D4020; (ii) 10 to 45 parts by weight of a 4-methyl-1-pentene polymer or 3-methyl-1-pentene polymer; and (iii) 0.1 to 20 parts by weight of a polymer of an olefin having 2 to 12 carbon atoms selected from a group of a homopolymer of one olefin selected from olefins having 2 to 12 carbon atoms and a copolymer of two or more olefins selected from olefins having 2 to 12 carbon atoms, the polymer being different from polymers selected as the ultra-high molecular weight ethylene polymer and the polymer (the total of,, and is 100 parts by weight), wherein