mhurhangee/ep-ind-claims huggingface dataset:
An aircraft, in particular an unmanned aerial vehicle with wing-borne flight mode and hover flight mode, comprising: a wing structure having a lengthwise direction, and having a left wing section and a right wing section; and a support structure extending from the wing structure, and having an upper support section and a lower support section, wherein each one of the left wing section, the right wing section, the upper support section and the lower support section is provided with a thrust unit (10, 12, 22. 24), characterised in that, in the wing structure: the left wing section comprises a left wing base section and a left wingtip section, wherein the left wingtip section is rotatable relative to the left wing base section around an axis extending substantially in the lengthwise direction of the wing structure; the right wing section comprises a right wing base section and a right wingtip section, wherein the right wingtip section is rotatable relative to the right wing base section around an axis extending substantially in the lengthwise direction of the wing structure; and the thrust unit of the left wing section is provided at the left wingtip section, and the thrust unit of the right wing section is provided at the right wingtip section. a wing structure having a lengthwise direction, and having a left wing section and a right wing section; and a support structure extending from the wing structure, and having an upper support section and a lower support section, wherein each one of the left wing section, the right wing section, the upper support section and the lower support section is provided with a thrust unit (10, 12, 22. 24), characterised in that, in the wing structure: the left wing section comprises a left wing base section and a left wingtip section, wherein the left wingtip section is rotatable relative to the left wing base section around an axis extending substantially in the lengthwise direction of the wing structure; the right wing section comprises a right wing base section and a right wingtip section, wherein the right wingtip section is rotatable relative to the right wing base section around an axis extending substantially in the lengthwise direction of the wing structure; and the thrust unit of the left wing section is provided at the left wingtip section, and the thrust unit of the right wing section is provided at the right wingtip section. the left wing section comprises a left wing base section and a left wingtip section, wherein the left wingtip section is rotatable relative to the left wing base section around an axis extending substantially in the lengthwise direction of the wing structure; the right wing section comprises a right wing base section and a right wingtip section, wherein the right wingtip section is rotatable relative to the right wing base section around an axis extending substantially in the lengthwise direction of the wing structure; and the thrust unit of the left wing section is provided at the left wingtip section, and the thrust unit of the right wing section is provided at the right wingtip section.
A method, performed by a first node, for flow control for a wireless communication system, the method comprising: receiving, from a base station, Backhaul Adaptation Protocol,BAP, configuration information including flow control feedback information indicating a type for feedback per backhaul radio link control,RLC, channel; identifying a triggering event for transmitting downlink flow control feedback information; generating the downlink flow control feedback information comprising a BAP control information for flow control feedback per backhaul RLC channel including an available buffer size for an ingress backhaul RLC channel and flow control feedback type information based on the identified triggering event and the flow control feedback information; and transmitting, to a second node, a Backhaul Adaptation Protocol,BAP, layer message including the downlink flow control feedback information, wherein the flow control feedback type information corresponds to at least one of a first type for flow control feedback per backhaul link, a second type for flow control feedback polling, or a third type for radio link failure indication and, wherein the available buffer size corresponds to maximum traffic amount that the second node can transmit as an absolute value. receiving, from a base station, Backhaul Adaptation Protocol,BAP, configuration information including flow control feedback information indicating a type for feedback per backhaul radio link control,RLC, channel; identifying a triggering event for transmitting downlink flow control feedback information; generating the downlink flow control feedback information comprising a BAP control information for flow control feedback per backhaul RLC channel including an available buffer size for an ingress backhaul RLC channel and flow control feedback type information based on the identified triggering event and the flow control feedback information; and transmitting, to a second node, a Backhaul Adaptation Protocol,BAP, layer message including the downlink flow control feedback information, wherein the flow control feedback type information corresponds to at least one of a first type for flow control feedback per backhaul link, a second type for flow control feedback polling, or a third type for radio link failure indication and, wherein the available buffer size corresponds to maximum traffic amount that the second node can transmit as an absolute value.
A powder inhaler device comprising a body (1, 100) provided with a housing (2, 102) able to receive a dose of a medicinal substance, a channelling tangential to the housing and provided with holes (3, 103) communicating with an external environment, a mouthpiece communicating with the channelling and able to aspirate air from the external environment through the holes (3, 103), generating a flow which on a pathway thereof involves the containing housing of the medicine, characterised in that the channeling comprises a truncoconical portion (11, 101) of elliptical section at a vertex of which a cylindrical housing (2, 102) containing the pharmaceutical substance is located, and at the opposite open end of which the edge of the body (1, 100) bends in a downwards direction to form a profiled mouth portion shaped so as to fit a user patient's mouth, wherein edges (41, 104) of the profiled mouth portion are bent in an external direction so as to form a flat edge of the body (1, 100) at a same height as the base of the cylindrical housing (2, 102), two symmetrical opposite located holes (3, 103) being afforded on a wall of the truncoconical portion (11, 101), at a larger-diameter plane thereof, which are open to the external environment in order to place the inside of the cavity truncoconical portion (11, 101) in communication with the external environment, and wherein the body (1, 100) provided with the cylindrical housing (2, 102) and the profiled mouth portion shaped so as to fit a user patient's mouth form a disposable single piece unit intended for containing a single dose of the pharmaceutical substance.
A spring (11b, 11c) for a one-way clutch, comprising: a base section having a flat shaped base-plate section that is made of a metal sheet having elasticity; a pair of elastic pressure sections (23b1, 23b2, 23c1, 23c2) formed by bending portions on both sides in a lengthwise direction of the base-plate section at an acute angle (θ 0) to one side in a thickness direction of the base-plate section, with each having a tip-end section; and a pair of elbow sections provided in continuous sections between the pair of elastic pressure sections and the base-plate section; concave through-hole sections (34a, 34b) having a rectangular shapes being formed in the middle sections in the lengthwise direction of the elastic pressure sections such that the sides of the elastic pressure sections facing each other are recessed, and the pair of elastic pressure sections cross each other in middle sections in the lengthwise direction thereof, characterised in that the pair of elbow sections having a partially cylindrical shape. a base section having a flat shaped base-plate section that is made of a metal sheet having elasticity; a pair of elastic pressure sections (23b1, 23b2, 23c1, 23c2) formed by bending portions on both sides in a lengthwise direction of the base-plate section at an acute angle (θ 0) to one side in a thickness direction of the base-plate section, with each having a tip-end section; and a pair of elbow sections provided in continuous sections between the pair of elastic pressure sections and the base-plate section; concave through-hole sections (34a, 34b) having a rectangular shapes being formed in the middle sections in the lengthwise direction of the elastic pressure sections such that the sides of the elastic pressure sections facing each other are recessed, and the pair of elastic pressure sections cross each other in middle sections in the lengthwise direction thereof,
A method of producing a dairy concentrate, comprising the steps of: providing an ingredient composition comprising micellar caseins and whey proteins and having a pH of 6.1 - 7.1 and a concentration of 3 - 25 wt.% of proteins, and wherein the ingredient composition has a casein to whey protein ratio of 90/10 - 60/40, adding 3 - 25 mM divalent cations to provide a concentration of 3 - 8 mM free divalent cations in the ingredient composition, homogenising the ingredient composition; and subsequently pasteurising and stirring the ingredient composition at a temperature of 80°- 105°C for a period of 0.5 - 3 min to form agglomerated proteins comprising caseins and beta-lactoglobulin from the whey proteins, the agglomerates having a size of 3 - 50 microns as measured by D( 4,3) mean diameter, and wherein the ingredient composition is a concentrate comprises 6 - 55 wt.% milk solids, and wherein the divalent cations are Ca. providing an ingredient composition comprising micellar caseins and whey proteins and having a pH of 6.1 - 7.1 and a concentration of 3 - 25 wt.% of proteins, and wherein the ingredient composition has a casein to whey protein ratio of 90/10 - 60/40, adding 3 - 25 mM divalent cations to provide a concentration of 3 - 8 mM free divalent cations in the ingredient composition, homogenising the ingredient composition; and subsequently pasteurising and stirring the ingredient composition at a temperature of 80°- 105°C for a period of 0.5 - 3 min to form agglomerated proteins comprising caseins and beta-lactoglobulin from the whey proteins, the agglomerates having a size of 3 - 50 microns as measured by D( 4,3) mean diameter, and wherein the ingredient composition is a concentrate comprises 6 - 55 wt.% milk solids, and wherein the divalent cations are Ca.
Heavy-duty vehicle, which is designed as a gantry lifting device, comprising a lifting apparatus, which is designed as a gantry lifting apparatus, for lifting and lowering a container, in particular an ISO container, said lifting apparatus comprising a load picking-up means having a spreader frame for picking up the container, and a lifting drive, via which the load picking-up means can be lifted and lowered, wherein the heavy-duty vehicle is movable freely via wheels with rubber tyres and in particular not rail-bound, characterised in that the lifting drive is designed as a belt drive and the belt drive comprises four belts (10d, 10e), at least one winding apparatus for winding and unwinding the belts (10d, 10e) and four deflection roller systems (11a, 11b).
A baked wafer, characterised in that it contains flavour active molecules comprising 2,5-di-methyl-4-hydroxy-3 -furanone, 5-methylfurfural, diacetyl, and 2-acetyl-1-pyroline.
A variable flow resistance system comprising: a cylindrical chamber configured to induce rotational motion of a fluid flowing therethrough, the chamber having a top that provides a top interior surface, a bottom that provides a bottom interior surface, and a cylindrical sidewall extending between the top and the bottom; a fluid inlet coupled to the chamber; the system is characterised by further comprising: a channel defined in the bottom interior surface and extending through the sidewall; and a fluid outlet coupled to the chamber at the channel, the fluid outlet being configured to allow the fluid to exit through the sidewall of the chamber via the channel. a cylindrical chamber configured to induce rotational motion of a fluid flowing therethrough, the chamber having a top that provides a top interior surface, a bottom that provides a bottom interior surface, and a cylindrical sidewall extending between the top and the bottom; a fluid inlet coupled to the chamber; the system is characterised by further comprising: a channel defined in the bottom interior surface and extending through the sidewall; and a fluid outlet coupled to the chamber at the channel, the fluid outlet being configured to allow the fluid to exit through the sidewall of the chamber via the channel.
A method on a mobile device having one or more applications (922, 932), a plurality of modes of operation (920, 930) and one or more virtual private network, VPN, connections, wherein each mode of operation defines a logical or physical segregation of a memory of the mobile device, and the one or more VPN profiles specify at least one of a connection method, an interface, user credentials, server names, or an IP stack, each VPN connection being associated with one of one or more VPN profiles and each application being associated with only one of the plurality of modes of operation, the method comprising: associating each of the one or more VPN profiles with at least one of the plurality of modes of operation (920, 930); and restricting access to each of the one or more VPN connections to only those applications (922, 932) associated with the same mode of operation (920, 930) as the VPN profile associated with the VPN connection. associating each of the one or more VPN profiles with at least one of the plurality of modes of operation (920, 930); and restricting access to each of the one or more VPN connections to only those applications (922, 932) associated with the same mode of operation (920, 930) as the VPN profile associated with the VPN connection.
A fan comprising: an impeller including a plurality of blades; a motor including a rotary shaft for rotating the impeller; and a housing having a suction port, a discharge port, and an air channel that houses at least the impeller and allows an air to be sucked from the suction port and discharged from the discharge port when the impeller rotates; wherein a surface of the housing, in which the suction port is formed, is substantially rectangular in profile; four tapered portions are formed on an end portion of an inner wall surface of the air channel at four locations corresponding to four corners of the profile of the surface of the housing where the suction port is formed, and the four tapered portions are each inclined outwardly in a radial direction of the rotary shaft from the discharge port side toward the suction port side and extending in a rotational direction of the impeller characterized in that the tapered portions each include a main portion which is shaped such that an angle formed between the main portion and an axis of the rotary shaft gradually becomes smaller from one end of the main portion located rearward as viewed in the rotational direction of the impeller toward the other end of the main portion located forward as viewed in the rotational direction of the impeller. an impeller including a plurality of blades; a motor including a rotary shaft for rotating the impeller; and a housing having a suction port, a discharge port, and an air channel that houses at least the impeller and allows an air to be sucked from the suction port and discharged from the discharge port when the impeller rotates; wherein a surface of the housing, in which the suction port is formed, is substantially rectangular in profile; four tapered portions are formed on an end portion of an inner wall surface of the air channel at four locations corresponding to four corners of the profile of the surface of the housing where the suction port is formed, and the four tapered portions are each inclined outwardly in a radial direction of the rotary shaft from the discharge port side toward the suction port side and extending in a rotational direction of the impeller characterized in that the tapered portions each include a main portion which is shaped such that an angle formed between the main portion and an axis of the rotary shaft gradually becomes smaller from one end of the main portion located rearward as viewed in the rotational direction of the impeller toward the other end of the main portion located forward as viewed in the rotational direction of the impeller.
A passenger-transporting vehicle, in particular a bus, having a passenger compartment, comprising: a plurality of seating groups, each seating group comprising: at least two seats; and a substructure, which supports the at least two seats, wherein, on the floor side, the substructure comprises an anchoring point which, in a released state, can be inserted into a grooved guide means and, in an arrested state, is arrested in a releasable manner in the grooved guide means, wherein, in the released state, the seating group can be displaced and rotated in relation to the grooved guide means and, in the arrested state, it is fixed in terms of positioning and rotation in relation to the grooved guide means; characterized by the grooved guide means, which is fastened on the floor of the passenger compartment, wherein, in a first arrangement, the seating groups are arranged in a positionally and rotationally fixed manner on the floor of the passenger compartment as a result of the arrested state of the anchoring points, and wherein, in the released state of the anchoring points, the seating groups can be displaced and/or rotated along the grooved guide means into a second arrangement. a plurality of seating groups, each seating group comprising: at least two seats; and a substructure, which supports the at least two seats, wherein, on the floor side, the substructure comprises an anchoring point which, in a released state, can be inserted into a grooved guide means and, in an arrested state, is arrested in a releasable manner in the grooved guide means, wherein, in the released state, the seating group can be displaced and rotated in relation to the grooved guide means and, in the arrested state, it is fixed in terms of positioning and rotation in relation to the grooved guide means; characterized by at least two seats; and a substructure, which supports the at least two seats, wherein, on the floor side, the substructure comprises an anchoring point which, in a released state, can be inserted into a grooved guide means and, in an arrested state, is arrested in a releasable manner in the grooved guide means, wherein, in the released state, the seating group can be displaced and rotated in relation to the grooved guide means and, in the arrested state, it is fixed in terms of positioning and rotation in relation to the grooved guide means; the grooved guide means, which is fastened on the floor of the passenger compartment, wherein, in a first arrangement, the seating groups are arranged in a positionally and rotationally fixed manner on the floor of the passenger compartment as a result of the arrested state of the anchoring points, and wherein, in the released state of the anchoring points, the seating groups can be displaced and/or rotated along the grooved guide means into a second arrangement.
An electrical actuator, comprising an electric drive means and a drive member being rotationally driven upon activation of the electric drive means, an output member being rotationally connected to the drive member by means of a first one way spring clutch, and a second spring being connected to the output member and forming a one way clutch between the output member and a fixed tube forming part of a stationary housing, wherein the electrical actuator further comprises a regulation cup being configured to engage with the second spring to disconnect the output member from the fixed tube, and characterized in that the second spring is maneuverable between an idle position in which the output member is connected to the fixed tube, and an open position in which the output member is disconnected from the fixed tube.
A method for random access, comprising: acquiring, by a terminal device, an association between a preamble resource for transmitting a preamble to a network device, and a physical uplink shared channel, PUSCH, resource; and determining, by the terminal device according to the association, a preamble resource and a PUSCH resource used for the terminal device to perform random access; characterized in that the association between the preamble resource and the PUSCH resource comprises one of the following: a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources. acquiring, by a terminal device, an association between a preamble resource for transmitting a preamble to a network device, and a physical uplink shared channel, PUSCH, resource; and determining, by the terminal device according to the association, a preamble resource and a PUSCH resource used for the terminal device to perform random access; characterized in that the association between the preamble resource and the PUSCH resource comprises one of the following: a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources. a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources.
A method for transmitting and receiving a device-to-device, D2D, signal by a first device in a wireless communication system, the method comprising: receiving a discovery signal with a Demodulation Reference Signal, DMRS, from a second device; determining a number of antenna ports, wherein the antenna ports are for transmission of the discovery signal by the second device; and decoding the discovery signal based on the number of antenna ports, wherein an initial value of a sequence constituting the DMRS is determined by a cell ID, wherein the cell ID is differently determined based on whether the first device is an in-network or out-of-network D2D device and characterized in that the number of antenna ports is indicated by a sequence shift pattern determining the initial value of the sequence constituting the DMRS for the discovery signal. receiving a discovery signal with a Demodulation Reference Signal, DMRS, from a second device; determining a number of antenna ports, wherein the antenna ports are for transmission of the discovery signal by the second device; and decoding the discovery signal based on the number of antenna ports, wherein an initial value of a sequence constituting the DMRS is determined by a cell ID, wherein the cell ID is differently determined based on whether the first device is an in-network or out-of-network D2D device and characterized in that the number of antenna ports is indicated by a sequence shift pattern determining the initial value of the sequence constituting the DMRS for the discovery signal.