mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle comprising - a transmission - a longitudinal differential , - a central tube module for connecting a permanently installed axle with a drive train of the transmission , wherein the permanently installed axle is attached to the central tube module and the longitudinal differential transmits the drive torque provided by the transmission via a drive shaft in the central tube module to the permanently installed axle , and wherein the longitudinal differential and an axle differential and the permanently installed axle are arranged consecutively in the drive train , characterised in that at least one further detachable axle with an intermediate axle differential , which is arranged in front of the permanently installed axle , can be driven by a drive shaft via a coupling device routed through the axle differential of the permanently installed axle , wherein an identical central tube module with an integrated lockable transverse differential is installed as the axle differential on the transmission both in a vehicle front attachment as well as in the vehicle rear attachment, wherein a front permanently installed axle or, respectively, a rear permanently installed axle is attached to the central tube module . - a transmission - a longitudinal differential , - a central tube module for connecting a permanently installed axle with a drive train of the transmission , wherein the permanently installed axle is attached to the central tube module and the longitudinal differential transmits the drive torque provided by the transmission via a drive shaft in the central tube module to the permanently installed axle , and wherein the longitudinal differential and an axle differential and the permanently installed axle are arranged consecutively in the drive train , characterised in that at least one further detachable axle with an intermediate axle differential , which is arranged in front of the permanently installed axle , can be driven by a drive shaft via a coupling device routed through the axle differential of the permanently installed axle , wherein an identical central tube module with an integrated lockable transverse differential is installed as the axle differential on the transmission both in a vehicle front attachment as well as in the vehicle rear attachment, wherein a front permanently installed axle or, respectively, a rear permanently installed axle is attached to the central tube module .
A user equipment, UE, in a group communication system, comprising: a memory ; a transceiver ; and a processor coupled to the memory and the transceiver, wherein the processor is configured to: control the transceiver to transmit, to a first apparatus, first information in the group communication system, wherein the first information comprises a group specific packet data network, PDU, session establishment request which is used to initiate a group specific PDU session in the group communication system, wherein the group specific PDU session establishment request comprises group information, and the group information is group specific data network name, DNN, information; wherein the group specific PDU session is terminated at a member in the group communication system and a serving user plan function, UPF. a memory ; a transceiver ; and a processor coupled to the memory and the transceiver, wherein the processor is configured to: control the transceiver to transmit, to a first apparatus, first information in the group communication system, wherein the first information comprises a group specific packet data network, PDU, session establishment request which is used to initiate a group specific PDU session in the group communication system, wherein the group specific PDU session establishment request comprises group information, and the group information is group specific data network name, DNN, information; wherein the group specific PDU session is terminated at a member in the group communication system and a serving user plan function, UPF. control the transceiver to transmit, to a first apparatus, first information in the group communication system, wherein the first information comprises a group specific packet data network, PDU, session establishment request which is used to initiate a group specific PDU session in the group communication system, wherein the group specific PDU session establishment request comprises group information, and the group information is group specific data network name, DNN, information; wherein the group specific PDU session is terminated at a member in the group communication system and a serving user plan function, UPF.
An oral pharmaceutical composition comprising pridopidine or a pharmaceutically acceptable salt thereof for use in maintaining functional capacity, improving functional capacity or lessening the decline of functional capacity in a human patient afflicted with early stage Huntington disease having a baseline Total Functional Capacity (TFC) score of 7-13 on the Unified Huntington's Disease Rating Scale (UHDRS) scale, wherein the composition has 90-225 mg of pridopidine in a daily dose.
Telescope comprising at least one primary mirror (M1), one secondary mirror (M2), a mechanical structure (S) and a set of several identical blades connecting the periphery of the secondary mirror to said mechanical structure, each blade being located in a plane comprising the optical axis of the secondary mirror, characterized in that each blade comprises at least one flat stop of the same length (L) than that of the blade, said stop comprising a cutting edge and being perpendicular to the blade, the width of said stopper being at least one order of magnitude less than the height (h) of the blade, the ratio of the width of the stop to the height of the blade being substantially equal to or greater than the tangent of the angle (α) corresponding to the object field of the telescope, the blade not comprising a light-absorbing coating.
Method for handling multimedia messages on a mobile terminal of a mobile communications network, characterized in that the mobile terminal , upon receipt of a multimedia message, checks this multimedia message in a checking unit of a management unit of the mobile terminal with regard to its content and/or to its origin, whether the multimedia message is a multimedia voice message, in that , upon recognizing a multimedia voice message, the multimedia message is directed to a storage unit , which is assigned to the management unit , and gets stored therein, wherein the storage unit is provided as a storage unit for the exclusive storage of multimedia voice messages, or wherein a subdivision is provided in the storage unit, which is exclusively used for storing multimedia voice messages, in that multimedia messages, which are not recognized as a multimedia voice message, after checking get directed to further units of the mobile terminal for appropriate processing, in that the management unit comprises a playback unit , which is provided for playing multimedia voice messages, and in that the playback unit is activated when a multimedia voice message is selected from the storage unit , or that the multimedia voice message gets called up and played, when the playback unit gets activated.
A method for improving the separation of oil/water mixtures from the conversion of biomass to liquid products the method comprising: a) providing a first mixture including an oil phase comprising biomass derived carbon containing compounds and an aqueous phase comprising water; and b) adding a quantity of a conductivity modifier to said first mixture thereby forming a second mixture, wherein said quantity of said conductivity modifier is sufficient such that the electrical conductivity of said second mixture is lower than the electrical conductivity of said first mixture, wherein at least a portion of the first mixture and/or the second mixture is in the form of an emulsion comprising a portion of the biomass derived carbon containing compounds and a portion of the water, wherein said conductivity modifier comprises an aqueous solution having a pH greater than 7; and wherein said conductivity modifier comprises an aqueous solution comprising a base selected from the group consisting of NaOH, KOH, NH 4 OH, alkyl amines, pyridines, quinolines, ammonia, ammonium compounds including: nitrates, sulfides, carbonates (such as ammonium bicarbonate), hydroxides, acetates, chlorides, bromides, iodides, and sulfates, and combinations thereof, and wherein said base is preferably ammonium hydroxide; and c) subjecting said second mixture to electrostatic dehydration resulting in at least a partial breaking of the emulsion, and thereby freeing from the emulsion at least 75% of the biomass derived carbon containing compounds contained in the emulsion. a) providing a first mixture including an oil phase comprising biomass derived carbon containing compounds and an aqueous phase comprising water; and b) adding a quantity of a conductivity modifier to said first mixture thereby forming a second mixture, wherein said quantity of said conductivity modifier is sufficient such that the electrical conductivity of said second mixture is lower than the electrical conductivity of said first mixture, wherein at least a portion of the first mixture and/or the second mixture is in the form of an emulsion comprising a portion of the biomass derived carbon containing compounds and a portion of the water, wherein said conductivity modifier comprises an aqueous solution having a pH greater than 7; and wherein said conductivity modifier comprises an aqueous solution comprising a base selected from the group consisting of NaOH, KOH, NH 4 OH, alkyl amines, pyridines, quinolines, ammonia, ammonium compounds including: nitrates, sulfides, carbonates (such as ammonium bicarbonate), hydroxides, acetates, chlorides, bromides, iodides, and sulfates, and combinations thereof, and wherein said base is preferably ammonium hydroxide; and c) subjecting said second mixture to electrostatic dehydration resulting in at least a partial breaking of the emulsion, and thereby freeing from the emulsion at least 75% of the biomass derived carbon containing compounds contained in the emulsion.
An electronic device capable of communicating with another electronic device and permitting remote control from the other device , comprising: a first communicating unit configured to wirelessly communicate with the other electronic device ; and a controller configured to establish wireless communication with the other electronic device through the first communicating unit by using setting information, characterized in that the controller permits the other electronic device to remotely control the operation of the electronic device within a first range enabling control of functions of the electronic device , when the setting information used for establishing the communication is information not-temporarily issued, permits the other electronic device to remotely control the operation of the electronic device within a second range enabling control of said functions of the electronic device , wherein the second range is limited as compared to the first range, when the setting information used for establishing the communication is information temporarily issued. a first communicating unit configured to wirelessly communicate with the other electronic device ; and a controller configured to establish wireless communication with the other electronic device through the first communicating unit by using setting information, characterized in that the controller permits the other electronic device to remotely control the operation of the electronic device within a first range enabling control of functions of the electronic device , when the setting information used for establishing the communication is information not-temporarily issued, permits the other electronic device to remotely control the operation of the electronic device within a second range enabling control of said functions of the electronic device , wherein the second range is limited as compared to the first range, when the setting information used for establishing the communication is information temporarily issued. permits the other electronic device to remotely control the operation of the electronic device within a first range enabling control of functions of the electronic device , when the setting information used for establishing the communication is information not-temporarily issued, permits the other electronic device to remotely control the operation of the electronic device within a second range enabling control of said functions of the electronic device , wherein the second range is limited as compared to the first range, when the setting information used for establishing the communication is information temporarily issued.
A method in a wireless terminal (10-1), comprising: sending, by the wireless terminal, a layer 1 indication wherein the wireless terminal (10-1) is currently using a first pre-configured resource, the layer 1 indication indicating that the wireless terminal (10-1) is requesting to use a second pre-configured resource; wherein the layer 1 indication (10-1) is an ACK/NACK transmission. sending, by the wireless terminal, a layer 1 indication wherein the wireless terminal (10-1) is currently using a first pre-configured resource, the layer 1 indication indicating that the wireless terminal (10-1) is requesting to use a second pre-configured resource; wherein the layer 1 indication (10-1) is an ACK/NACK transmission.
A computer-implemented method for a manufacturer of a machine learning, ML, model to embed at least one marker in an electronic file to enable detection of whether the ML model has been copied or not, the method comprising: obtaining (S106) the electronic file , wherein the electronic file represents content that causes the ML model to determine an output for the electronic file according to a first processing strategy; and embedding (S108), in the electronic file , the at least one marker that, only when detected by the ML model , causes the output of the electronic file to be determined according to a second processing strategy, the second processing strategy being unrelated to the first processing strategy and deterministically defined by the at least one marker, wherein the electronic file is a second electronic file , wherein the ML model is a second ML model , the method further comprising: providing (S102, S202) an initial electronic file as input to an initial ML model for processing, the initial ML model implementing a reverse function of the ML model , wherein content of the initial electronic file is defined by the at least one marker, and wherein an output of the initial electronic file is by the initial ML model determined according to an initial processing strategy, the output being exclusive only for electronic files comprising the at least one marker; and feeding (S104, S204) the output as input to a reverse function that generates the second electronic file as its output. obtaining (S106) the electronic file , wherein the electronic file represents content that causes the ML model to determine an output for the electronic file according to a first processing strategy; and embedding (S108), in the electronic file , the at least one marker that, only when detected by the ML model , causes the output of the electronic file to be determined according to a second processing strategy, the second processing strategy being unrelated to the first processing strategy and deterministically defined by the at least one marker, providing (S102, S202) an initial electronic file as input to an initial ML model for processing, the initial ML model implementing a reverse function of the ML model , wherein content of the initial electronic file is defined by the at least one marker, and wherein an output of the initial electronic file is by the initial ML model determined according to an initial processing strategy, the output being exclusive only for electronic files comprising the at least one marker; and feeding (S104, S204) the output as input to a reverse function that generates the second electronic file as its output.
A brake caliper assembly, comprising a first brake caliper , a second brake caliper , a drive assembly, and a leaf spring , the first brake caliper and the second brake caliper symmetrically arranged on either side of a to-be-braked member, and the drive assembly configured to enable the first brake caliper and/or the second brake caliper to abut against the to-be-braked member so as to brake the to-be-braked member, wherein the leaf spring is arranged between the first brake caliper and the second brake caliper and comprises an elastic structure, the elastic structure comprises a bending portion , an extending portion , an outward-expanding portion , and an abutting portion that are connected in sequence, the outward-extending portion extends from the extending portion to the outside of the leaf spring , the bending portion is bent inwards, and the abutting portion abuts on the first brake caliper and/or the second brake caliper , and wherein the brake caliper assembly further comprises a mounting member arranged between the first brake caliper and the second brake caliper , the leaf spring being fixedly connected to the mounting member , characterized in that the mounting member comprises a body and a support portion , two sides of the body substantially extending vertically to form the support portion ; and the leaf spring further comprises a connecting structure and a retaining portion that are connected to each other, the retaining portion is connected to the bending portion , and when the assembling is completed, the connecting structure is fixedly connected to the body , and the retaining portion abuts against an outer side of the support portion . wherein the leaf spring is arranged between the first brake caliper and the second brake caliper and comprises an elastic structure, the elastic structure comprises a bending portion , an extending portion , an outward-expanding portion , and an abutting portion that are connected in sequence, the outward-extending portion extends from the extending portion to the outside of the leaf spring , the bending portion is bent inwards, and the abutting portion abuts on the first brake caliper and/or the second brake caliper , and wherein the brake caliper assembly further comprises a mounting member arranged between the first brake caliper and the second brake caliper , the leaf spring being fixedly connected to the mounting member , characterized in that the mounting member comprises a body and a support portion , two sides of the body substantially extending vertically to form the support portion ; and the leaf spring further comprises a connecting structure and a retaining portion that are connected to each other, the retaining portion is connected to the bending portion , and when the assembling is completed, the connecting structure is fixedly connected to the body , and the retaining portion abuts against an outer side of the support portion .
Locking device which can be embedded flush into a surface and is intended for locking flaps , in particular for aircraft, comprising a plate and a locking element which can be actuated thereby, wherein, in the locked state of the locking device , the plate is flush with the surface and, in the open state, projects from the surface , characterized in that at least some of the faces of the locking device which are situated on the inside with respect to the surface in the locked state and are visible only in the open state are coated with photoluminescent material.
Device for controlling the movement of one of the ends of an articulated fluid loading arm from a storage position of said loading arm to a target pipe and from this target pipe to the storage position, said arm comprising a fluid transfer line equipped at said end with a coupling system , the latter being adapted to be coupled to the target pipe for the transfer of the fluid, the device comprises actuators (27-29) for controlling the movement of the arm in space from the storage position until the coupling system is positioned in front of the target pipe for its coupling to the latter, and from the target pipe to the storage position, and this device comprising a data acquisition and calculation device according to claim 12.
A method of forming particles having an average diameter of at least 30 nanometers, said method comprising the steps of: A. reacting a silanol and a cyclic silazane to form an amino-functional polysiloxane; B. forming an oil-in-water emulsion comprising the amino-functional polysiloxane and less than 0.1 weight percent of a hydrophobic costabilizer; C. combining the amino-functional polysiloxane and an isocyanate in the oil-in-water emulsion to react and form the particles having the average diameter of at least 30 nanometers, wherein the average diameter is determined by light scattering using a Nanotrac® particle size analyzer. A. reacting a silanol and a cyclic silazane to form an amino-functional polysiloxane; B. forming an oil-in-water emulsion comprising the amino-functional polysiloxane and less than 0.1 weight percent of a hydrophobic costabilizer; C. combining the amino-functional polysiloxane and an isocyanate in the oil-in-water emulsion to react and form the particles having the average diameter of at least 30 nanometers, wherein the average diameter is determined by light scattering using a Nanotrac® particle size analyzer.
Marking module for an appliance intended for applying a colorant for permanent makeup or tattooing, this marking module having a channel and at least one needle that is able to move longitudinally in said channel between a retracted position in which a distal end of the needle is located inside said channel and an extended position in which the distal end of the needle protrudes from said channel , this marking module being characterized in that it has a reservoir of colorant and in that said reservoir communicates with said channel only in a region situated downstream of the distal end of the needle when this needle is located in said retracted position.
A valve system for use in connection with a vacuum toilet system, comprising: (a) a valve housing enclosing a flush plate ; (b) the valve housing comprising a first opening and a second opening ; (c) the flush plate comprising a first opening , a second opening , an axis of rotation, wherein rotation of the flush plate with respect to the axis of rotation either (i) closes the first and second openings of the housing , (ii) allows the first opening of the housing to be open by aligning the first opening of the housing with the first opening of the flush plate , or (iii) allows the second opening of the housing to be open by aligning the second opening of the housing with the second opening of the flush plate ; wherein the flush plate prevents both the first and second openings of the housing from being simultaneously open characterised in that the position of the first and second openings in the housing is a mirror image of the first and second openings of the flush plate such that when the first opening of the housing is aligned with the first opening of the flush plate , the second opening of the housing is closed. (a) a valve housing enclosing a flush plate ; (b) the valve housing comprising a first opening and a second opening ; (c) the flush plate comprising a first opening , a second opening , an axis of rotation,