mhurhangee/ep-ind-claims huggingface dataset:
A high pressure-capable fluid sprayer comprising: a piston pump with a piston disposed to pump a fluid; a spray tip having an outlet aperture configured to atomize and spray the fluid; and a main pump housing defining a main pump chamber surrounding the piston, and disposed to receive fluid from a fluid source, characterized in that the main pump housing is formed of compliant polymer and rated for at least 24.8 bar (360 psi), wherein the main pump housing and the outlet check valve housing each have Young's modulus less than 69,000 bar (1,000,000 psi). a piston pump with a piston disposed to pump a fluid; a spray tip having an outlet aperture configured to atomize and spray the fluid; and a main pump housing defining a main pump chamber surrounding the piston, and disposed to receive fluid from a fluid source, characterized in that the main pump housing is formed of compliant polymer and rated for at least 24.8 bar (360 psi), wherein the main pump housing and the outlet check valve housing each have Young's modulus less than 69,000 bar (1,000,000 psi).
A TPO mimetic peptide compound for use in a method for treating and/or preventing chemotherapy induced anemia in a subject undergoing treatment for cancer, the method comprising: administering the TPO mimetic peptide compound within a specified time frame surrounding administration of said cancer treatment, wherein said TPO mimetic peptide compound has the following structure: and wherein said specified time frame is within two hours prior to said administration of said cancer treatment. administering the TPO mimetic peptide compound within a specified time frame surrounding administration of said cancer treatment, wherein said TPO mimetic peptide compound has the following structure: and wherein said specified time frame is within two hours prior to said administration of said cancer treatment.
Chassis frame of a rail vehicle having two longitudinal supports (35, 36) and a transverse support connecting both the longitudinal supports (35, 36), wherein the transverse support is embodied as box-shaped with an upper chord, a lower chord and two lateral walls (3, 4) and when viewed in a longitudinal direction has at the end in each case a connection section (7, 8) for connection to one of the longitudinal supports (35, 36), wherein the transverse support is a bending part, wherein a bending region is embodied between the lateral walls (3, 4) and the upper chord as well as between the lateral walls (3, 4) and the lower chord in each case, and that each longitudinal support (35, 36) has in its central section a longitudinal support connection section (38, 39) which is connected to one of the connection sections (7, 8) of the transverse support, characterised in that each longitudinal support connection section (38, 39) has four rectilinear, non-interconnected longitudinal support connection edges, which are preferably arranged on the circumference of a rectangle, and via connection weld seams are connected to connection edges (27, 28, 29) of the transverse support.
A composition suitable for use in preventing or treating allergy to grass, which composition comprises: (a) the polypeptide consisting of the sequence KIPAGELQIIDKIDA, or a variant thereof, (b) the polypeptide consisting of the sequence SGKAFGAMAKKGQED, or a variant thereof, and (c) the polypeptide consisting of the sequence LKKAVTAMSEAEK, or a variant thereof, wherein said variant is a longer polypeptide of up to 30 amino acids in length which comprises the sequence specified in (a), (b) or (c). (a) the polypeptide consisting of the sequence KIPAGELQIIDKIDA, or a variant thereof, (b) the polypeptide consisting of the sequence SGKAFGAMAKKGQED, or a variant thereof, and (c) the polypeptide consisting of the sequence LKKAVTAMSEAEK, or a variant thereof, wherein said variant is a longer polypeptide of up to 30 amino acids in length which comprises the sequence specified in (a), (b) or (c).
Connecting piece for translating a rotational movement into a linear movement, comprising a displaceably guided guide plate, comprising a receptacle for a guide pin which is driven by a cam disc, and comprising a resilient section (25, 26) of the guide plate at the receptacle, characterized in that the guide plate has two resilient sections (25, 26) which face one another by way of their ends, and in that the receptacle is held by the ends of the two sections (25, 26).
A steam generator, in particular for an oven, comprising a tank provided with at least one inlet pipe suitable for introducing liquid into the tank and at least one outlet pipe suitable for releasing steam from the tank; at least one heating element adapted to heat the liquid to produce the steam; wherein the tank comprises: a first chamber; a second chamber; a third chamber, proximal to the outlet pipe; wherein the first chamber and the second chamber are adapted to contain the liquid introduced by means of said inlet pipe; wherein a first partition wall is provided, which partially separates the first chamber and the second chamber from each other; wherein a second partition wall is provided, wherein a first passage is provided which allows the steam to pass from the first chamber to the second chamber; wherein a second passage is provided which allows the steam to pass from the second chamber to the third chamber; characterized in that the second partition wall separates at least partially both the first chamber and the second chamber from the third chamber; wherein a third passage is provided which allows the liquid to pass between the second chamber and the first chamber. at least one heating element adapted to heat the liquid to produce the steam; wherein the tank comprises: a first chamber; a second chamber; a third chamber, proximal to the outlet pipe; a first chamber; a second chamber; a third chamber, proximal to the outlet pipe; wherein the first chamber and the second chamber are adapted to contain the liquid introduced by means of said inlet pipe; wherein a first partition wall is provided, which partially separates the first chamber and the second chamber from each other; wherein a second partition wall is provided, wherein a first passage is provided which allows the steam to pass from the first chamber to the second chamber; wherein a second passage is provided which allows the steam to pass from the second chamber to the third chamber; characterized in that the second partition wall separates at least partially both the first chamber and the second chamber from the third chamber; wherein a third passage is provided which allows the liquid to pass between the second chamber and the first chamber.
A turbine comprising: a turbine rotor which has turbine blades; a housing which accommodates the turbine rotor and whose cross-sectional area of a scroll portion formed between the housing and the turbine rotor gradually decreases; a plurality of fixed vanes which are fixed along a curved line dividing the scroll portion into an inner scroll part and an outer scroll part; communicating parts which are formed between the adjacent fixed vanes and communicate between the inner scroll part and the outer scroll part; and a switch valve which switches a flow path in the housing either to the inner scroll part or to both the inner scroll part and the outer scroll part, characterized in that a rate of change of A/R with respect to a fluid flow direction at a first position is made larger than a rate of change of A/R with respect to the fluid flow direction at a second position located at a downstream side of the first position, where A indicates a flow path area of the outer scroll part and R indicates a distance from a flow path center of the outer scroll part to a rotation center of the turbine rotor. a turbine rotor which has turbine blades; a housing which accommodates the turbine rotor and whose cross-sectional area of a scroll portion formed between the housing and the turbine rotor gradually decreases; a plurality of fixed vanes which are fixed along a curved line dividing the scroll portion into an inner scroll part and an outer scroll part; communicating parts which are formed between the adjacent fixed vanes and communicate between the inner scroll part and the outer scroll part; and a switch valve which switches a flow path in the housing either to the inner scroll part or to both the inner scroll part and the outer scroll part, characterized in that a rate of change of A/R with respect to a fluid flow direction at a first position is made larger than a rate of change of A/R with respect to the fluid flow direction at a second position located at a downstream side of the first position, where A indicates a flow path area of the outer scroll part and R indicates a distance from a flow path center of the outer scroll part to a rotation center of the turbine rotor.
Method for setting up a communication from a first communication device intended for a second communication device, the first and second communication devices each having a main call identifier, the method implementing, in a communication management device: - reception, from the first communication device, of a message comprising: • identification data associated with the first communication device, which have been stored beforehand in the communication management device, • the main call identifier of the second communication device, - transmission to the first communication device of a message containing a call identifier dedicated to the communication to be set up and dependent either on the main call identifier of the second communication device contained in the received message, or on a communication service associated with the communication to be set up, - interception (ST7c-ST8c) of a call of the first communication device to the dedicated call identifier, then routing (ST9c) of said call to the main call identifier of the second communication device, using a secondary call identifier of the first communication device, said secondary identifier having been associated beforehand in correspondence with the identification data associated with the first communication device, - set-up of the communication between the first and second communication device. - reception, from the first communication device, of a message comprising: • identification data associated with the first communication device, which have been stored beforehand in the communication management device, • the main call identifier of the second communication device, • identification data associated with the first communication device, which have been stored beforehand in the communication management device, • the main call identifier of the second communication device, - transmission to the first communication device of a message containing a call identifier dedicated to the communication to be set up and dependent either on the main call identifier of the second communication device contained in the received message, or on a communication service associated with the communication to be set up, - interception (ST7c-ST8c) of a call of the first communication device to the dedicated call identifier, then routing (ST9c) of said call to the main call identifier of the second communication device, using a secondary call identifier of the first communication device, said secondary identifier having been associated beforehand in correspondence with the identification data associated with the first communication device, - set-up of the communication between the first and second communication device.
A joint for a structure subjected to load reversal between a first structure and a second structure, the joint comprising: said first and second structures; a first fitting fixed to the first structure in such a manner that the first fitting and the first structure are non-rotatably and non-slidingly connected together to act as a single piece; a second fitting fixed to the second structure in such a manner that the second fitting and the second structure are non-rotatably and non-slidingly connected together to act as a single piece; a link assembly pivotably coupled to the first fitting and to the second fitting, the link assembly having a free play clearance defined by a manufacturing of the joint and falling within a designed dimensional tolerance of the joint; and a strap coupled to the link assembly at the first fitting and at the second fitting based on the free play clearance as defined by the manufacturing of the link assembly, the strap further configured to bias the link assembly to restrict movement of the link assembly within the free play clearance during load reversal in the joint, wherein the strap is further configured to bias the link assembly to a limit of the free play clearance an operating state of an aircraft, where the first structure is a fuselage of an aircraft and the second structure is a wing of the aircraft. said first and second structures; a first fitting fixed to the first structure in such a manner that the first fitting and the first structure are non-rotatably and non-slidingly connected together to act as a single piece; a second fitting fixed to the second structure in such a manner that the second fitting and the second structure are non-rotatably and non-slidingly connected together to act as a single piece; a link assembly pivotably coupled to the first fitting and to the second fitting, the link assembly having a free play clearance defined by a manufacturing of the joint and falling within a designed dimensional tolerance of the joint; and a strap coupled to the link assembly at the first fitting and at the second fitting based on the free play clearance as defined by the manufacturing of the link assembly, the strap further configured to bias the link assembly to restrict movement of the link assembly within the free play clearance during load reversal in the joint, wherein the strap is further configured to bias the link assembly to a limit of the free play clearance an operating state of an aircraft, where the first structure is a fuselage of an aircraft and the second structure is a wing of the aircraft.
Care apparatus for skin comprising a - hollow body forming a gripping zone and a housing provided to detachably receive at least one massage head (11, 12, 13), - said hollow body comprising an electric motor intended to drive a drive means around an axis Δ by way of a mechanical transmission means, - said at least one massage head (11, 12, 13) being intended to be actuated by said drive means, Characterised in that: the mechanical transmission means comprises a means for guiding said drive means in translation about said axis Δ between at least two separate positions, of which one working position and one retracted position wherein said drive means does not protrude in said housing and does not thus impede the implementation of the massage head. - hollow body forming a gripping zone and a housing provided to detachably receive at least one massage head (11, 12, 13), - said hollow body comprising an electric motor intended to drive a drive means around an axis Δ by way of a mechanical transmission means, - said at least one massage head (11, 12, 13) being intended to be actuated by said drive means,
A mobile device for providing wireless signal coverage to a plurality of wireless devices, the mobile device comprising: a wireless signal transceiver; a displacement assembly for moving the wireless signal transceiver within a zone; and a processor configured to: obtain a wireless coverage map of the zone; determine a location of each of the plurality of wireless devices; and control the displacement assembly based on the coverage map, the location of each of the plurality of wireless devices, and a priority ranking of the plurality of wireless devices to move the wireless signal transceiver to a position selected to provide wireless signal coverage satisfying a policy. a wireless signal transceiver; a displacement assembly for moving the wireless signal transceiver within a zone; and a processor configured to: obtain a wireless coverage map of the zone; determine a location of each of the plurality of wireless devices; and control the displacement assembly based on the coverage map, the location of each of the plurality of wireless devices, and a priority ranking of the plurality of wireless devices to move the wireless signal transceiver to a position selected to provide wireless signal coverage satisfying a policy. obtain a wireless coverage map of the zone; determine a location of each of the plurality of wireless devices; and control the displacement assembly based on the coverage map, the location of each of the plurality of wireless devices, and a priority ranking of the plurality of wireless devices to move the wireless signal transceiver to a position selected to provide wireless signal coverage satisfying a policy.
A variable buoyancy beam, suitable for use in aquaculture, the beam comprising: a hollow elongated tube comprising an external wall, wherein the tube is configured to retain a first compressible fluid of a first density and a second incompressible fluid of a second density; at least one internal bladder formed by a flexible impermeable membrane, provided within the hollow elongated tube for separating the first fluid from the second fluid wherein the buoyancy of the beam may be operatively varied by selective variation of a ratio of the first fluid to the second fluid within the tube, characterized in that the external wall of the hollow elongated tube is impermeable. a hollow elongated tube comprising an external wall, wherein the tube is configured to retain a first compressible fluid of a first density and a second incompressible fluid of a second density; at least one internal bladder formed by a flexible impermeable membrane, provided within the hollow elongated tube for separating the first fluid from the second fluid wherein the buoyancy of the beam may be operatively varied by selective variation of a ratio of the first fluid to the second fluid within the tube, characterized in that the external wall of the hollow elongated tube is impermeable.
A lithium ion secondary battery in which a cathode and an anode are oppositely arranged with an electrolyte layer in between, wherein the anode contains an anode active material capable of inserting and extracting lithium as an electrode reactant and containing at least one of metal elements and metalloid elements as an element, wherein, as the anode active material, the anode contains a material containing at least one of tin (Sn) and silicon (Si) as an element, wherein the electrolyte layer is gelatinous and contains a high molecular weight compound and an electrolytic solution, characterized in that the cathode and anode are layered with a separator and an electrolyte layer in between and wound, whereby a distance between the cathode and the anode is from 15 μm to 50 μm in the region where the cathode and the anode are oppositely arranged with the electrolyte layer in between, and the distance between the separator and the cathode and the distance between the separator and the anode are respectively from 3 μm to 20 μm in the region where the electrolyte layer is provided.
A method for displaying active friend information, comprising: receiving (S101, S201) an activity information checking instruction, wherein the activity information checking instruction is generated when a user triggers an entry control on a message page; and displaying (S102, S202) an active friend list, wherein the active friend list displays activity information of an active friend of the user, and the active friend is a friend who is online at a current moment or offline at a current moment but has been online in a recent preset time period; characterized in that displaying the active friend list comprises: displaying a friend discovery control in a set region of the active friend list in a case where a number of active friends is lower than a preset number threshold; and not displaying the friend discovery control in the set region of the active friend list in a case where the number of the active friends is greater than or equal to the preset number threshold; and the method further comprises: in a case where the friend discovery control is displayed and a friend discovery instruction is received, switching the current display page from the message page to a friend discovery page and displaying user information of a non-friend user to the user through the friend discovery page, wherein the friend discovery instruction is generated when the user triggers the friend discovery control. receiving (S101, S201) an activity information checking instruction, wherein the activity information checking instruction is generated when a user triggers an entry control on a message page; and displaying (S102, S202) an active friend list, wherein the active friend list displays activity information of an active friend of the user, and the active friend is a friend who is online at a current moment or offline at a current moment but has been online in a recent preset time period; characterized in that displaying the active friend list comprises: displaying a friend discovery control in a set region of the active friend list in a case where a number of active friends is lower than a preset number threshold; and not displaying the friend discovery control in the set region of the active friend list in a case where the number of the active friends is greater than or equal to the preset number threshold; and the method further comprises: in a case where the friend discovery control is displayed and a friend discovery instruction is received, switching the current display page from the message page to a friend discovery page and displaying user information of a non-friend user to the user through the friend discovery page, wherein the friend discovery instruction is generated when the user triggers the friend discovery control.
A method of lubricating a DLC coated tappet pin in a combustion engine, comprising - providing an oil cup on a holder substrate, said cup having a static member mounted therein immersed in an oil under selection; - mounting the tappet pin to a distal end part of a reciprocating actuator; - applying (S4a) a downward force to establish a contact pressure between the tappet pin and the static member, while actuating the tappet pin, by the actuator, in reciprocating motion over the static member, the static member oriented transverse to the tappet pin; - measuring (S4b) a friction force signal of the oil cup relative to the holder substrate in a predetermined time frame; characterized by - rejecting the oil under selection for lubricating the tappet pin in the engine, when a friction signal drops below a threshold level in the predetermined time frame; or else selecting the oil under selection to lubricate the tappet pin in the engine. - providing an oil cup on a holder substrate, said cup having a static member mounted therein immersed in an oil under selection; - mounting the tappet pin to a distal end part of a reciprocating actuator; - applying (S4a) a downward force to establish a contact pressure between the tappet pin and the static member, while actuating the tappet pin, by the actuator, in reciprocating motion over the static member, the static member oriented transverse to the tappet pin; - measuring (S4b) a friction force signal of the oil cup relative to the holder substrate in a predetermined time frame; characterized by - rejecting the oil under selection for lubricating the tappet pin in the engine, when a friction signal drops below a threshold level in the predetermined time frame; or else selecting the oil under selection to lubricate the tappet pin in the engine.