mhurhangee/ep-ind-claims huggingface dataset:
Motorcycle, the motorcycle having a largely closed passenger compartment, the passenger compartment having at least one stabilization device for crosswind stabilization, the stabilization device comprising at least one rudder which is deflectable relative to the passenger compartment and the at least one rudder being arranged at the rear and/or on the roof and/or on the front face of the passenger compartment, characterized in that an auxiliary rudder which can be deflected relative to the rudder is arranged on the at least one rudder, the auxiliary rudder being hinged to the rudder such that it can be deflected against the deflection direction of the rudder, and the auxiliary rudder is hinged to the rudder via a coupling joint, the coupling joint being designed such that a deflection of the rudder causes a deflection of the auxiliary rudder against the deflection direction of the rudder. the passenger compartment having at least one stabilization device for crosswind stabilization, the stabilization device comprising at least one rudder which is deflectable relative to the passenger compartment and the at least one rudder being arranged at the rear and/or on the roof and/or on the front face of the passenger compartment, characterized in that an auxiliary rudder which can be deflected relative to the rudder is arranged on the at least one rudder, the auxiliary rudder being hinged to the rudder such that it can be deflected against the deflection direction of the rudder, and the auxiliary rudder is hinged to the rudder via a coupling joint, the coupling joint being designed such that a deflection of the rudder causes a deflection of the auxiliary rudder against the deflection direction of the rudder.
A solid-state battery layer structure comprising: an anode current collector metal layer; an anode layer arranged on the anode current collector metal layer; a solid electrolyte layer arranged on the anode layer laterally; a cathode layer arranged on the solid electrolyte layer; and a cathode current collector metal layer; and a plurality of nanowire structures comprising silicon and/or gallium nitride, wherein said nanowire structures are arranged on the anode layer and, wherein said nanowire structures are laterally and vertically enclosed by the solid electrolyte layer, wherein the anode layer comprises silicon and a plurality of metal vias connecting the plurality of nanowire structures with the anode current collector metal layer. an anode current collector metal layer; an anode layer arranged on the anode current collector metal layer; a solid electrolyte layer arranged on the anode layer laterally; a cathode layer arranged on the solid electrolyte layer; and a cathode current collector metal layer; and a plurality of nanowire structures comprising silicon and/or gallium nitride, wherein said nanowire structures are arranged on the anode layer and, wherein said nanowire structures are laterally and vertically enclosed by the solid electrolyte layer, wherein the anode layer comprises silicon and a plurality of metal vias connecting the plurality of nanowire structures with the anode current collector metal layer.
A processor for hosting a plurality of secure virtual machines created at the request of an owner, comprising a memory storing a processor private key; a first generator for generating a first public/private key pair to be associated with an instance of a zone manager; a first certification agent for certifying said first public/private key pair by means of said processor private key; a receiver for securely receiving a virtual machine instantiation command from said owner, as requested by a user, said secure virtual machine instantiation command including a certificate of said user C(user); a second generator for generating a second public/private key pair to be associated with an instance of a virtual machine of said plurality of virtual machines, created in response to said instantiation command; and a second certification agent for generating a certificate C for said second public/private key pair with the private key of said first public/private key pair; wherein said zone manager is adapted to establish a secure channel between said instance of a virtual machine and said user, the channel being certified by C(user) and C.
An audio listening arrangement comprising an audio listening device adapted to be placed in an ear of a user, wherein the audio listening device comprises an inner side configured to face the ear when the audio listening device is placed in the ear of the user, the inner side comprising audio conducting means for conducting acoustic signals from a transducer arranged in the audio listening device into the ear of the user, wherein at least a portion of the inner side of the audio listening device is adapted to be placed in contact with the concha of the ear of the user, wherein the audio listening device further comprises an outer side which is opposite to the inner side and is directed radially away from the head of the user, and an ear support for holding the audio listening device in the ear of the user, wherein the ear support comprises: - an elongated support portion extending along a first longitudinal axis and further adapted to rest on an upper part of the ear of the user, wherein the elongated support portion has a first end forming a first end of the ear support, the first end of the ear support pointing towards the back of the head of the user when the audio listening device is placed in the ear of the user, and - an elongated leg which is interconnected with the elongated support portion by means of a first bend such that the elongated leg forms an acute angle with the elongated support portion, whereby the ear support is attached to the outer side of the audio listening device by an end portion of the ear support that extends along a second horizontal longitudinal axis, which extends through the outer side and the inner side of the audio listening device, and is interconnected with the elongated leg by a second bend such that the elongated leg is inclined in direction from the outer side of the audio listening device to the inner side of the audio listening device and forms an acute angle with the second longitudinal axis. - an elongated support portion extending along a first longitudinal axis and further adapted to rest on an upper part of the ear of the user, wherein the elongated support portion has a first end forming a first end of the ear support, the first end of the ear support pointing towards the back of the head of the user when the audio listening device is placed in the ear of the user, and - an elongated leg which is interconnected with the elongated support portion by means of a first bend such that the elongated leg forms an acute angle with the elongated support portion, whereby
An apparatus comprising: one or more front connectors; and one or more rear connection points; and one or more switches (130; 430); wherein the apparatus is configured to automatically configure the apparatus at least in part based on information read from a storage device; CHARACTERISED IN THAT: the storage device is associated with a connector that is adapted to be connected to the front connector; each front connector comprises a respective interface configured to read the storage device; and the storage device is attached to the connector such that when the connector is inserted into the front connector the storage device becomes communicatively coupled with the interface of the front connector. one or more front connectors; and one or more rear connection points; and one or more switches (130; 430); wherein the apparatus is configured to automatically configure the apparatus at least in part based on information read from a storage device; CHARACTERISED IN THAT: the storage device is associated with a connector that is adapted to be connected to the front connector; each front connector comprises a respective interface configured to read the storage device; and the storage device is attached to the connector such that when the connector is inserted into the front connector the storage device becomes communicatively coupled with the interface of the front connector.
A method for connecting two flexible containers (1, 3), in particular for connecting two open tubular film ends such as to be sealed off from the environment, comprising at the very least the procedural steps of everting a first open end of a first flexible container around a first ring, everting a second open end of a second flexible container around a second ring, subsequently inserting the first ring through the second ring into the second flexible container, subsequently aligning the rings (5, 4) in a parallel and coaxial relationship to one another, and finally abutting the rings (5, 4) with the ends clamped in between them, characterised in that the second ring has on its inside an encircling indentation which is formed accordingly to mirror the rounding of a round cross-section of the first ring, and that the indentation is arranged to be open towards an axial side.
A method of testing a physical system that includes software and hardware, the method comprising: developing a software application arranged to operate at least a portion of the physical system; providing a library of simulation elements each selectable to simulate a component of the physical system to construct a simulation of the physical system, wherein each of the simulation elements includes a latency value that simulates delays that are inherent in each of the components of the physical system; constructing a simulation of the physical system within a test ecosystem, the simulation including inputs that simulate control inputs of the physical system and outputs that simulate control and informational outputs; connecting the software application to the simulation of the physical system to test the operation of the software application; and simulating operation of the physical system and the software application within the test ecosystem, the test ecosystem operable to simulate operation of the software application as each of a cloud application, a network application, and a local application. developing a software application arranged to operate at least a portion of the physical system; providing a library of simulation elements each selectable to simulate a component of the physical system to construct a simulation of the physical system, wherein each of the simulation elements includes a latency value that simulates delays that are inherent in each of the components of the physical system; constructing a simulation of the physical system within a test ecosystem, the simulation including inputs that simulate control inputs of the physical system and outputs that simulate control and informational outputs; connecting the software application to the simulation of the physical system to test the operation of the software application; and simulating operation of the physical system and the software application within the test ecosystem, the test ecosystem operable to simulate operation of the software application as each of a cloud application, a network application, and a local application.
An apparatus for noninvasive measurement, which noninvasively measures glucose in a subject optically through a measurement probe (31; 101, 102; 201), comprising: a temperature modulated measurement probe (31; 101, 102; 201); a light source (6; 210) and a light detector (7; 216) both of which are connected to the measurement probe (31; 101, 102; 201); a moving unit (19, 20; 115, 116) which moves the measurement probe (31; 101, 102; 201); and a control unit (21; 117) which performs noninvasive measurement by controlling the light source (6; 210) and the light detector (7; 216), and controls the moving unit (19, 20; 115, 116) such that the measurement probe (31; 101, 102; 201) is brought into contact with a skin part of a subject for stretching the skin part of the subject ahead of the noninvasive measurement under a first pressure and the contact is maintained for a first predetermined period of time, and the measurement probe (31; 101, 102; 201) is brought into contact with the stretched skin part of the subject again for the non-invasive measurement under a second pressure, wherein the first pressure is higher than the second pressure in pressure per unit area, measures a change in signals emitted from the subject over a second predetermined time, and estimates a glucose concentration based on the collected signals, characterized in that the control unit (21, 117) relieves the contact between the skin and the measurement probe (31; 101, 102; 201) after applying the first pressure and before applying the second pressure. a temperature modulated measurement probe (31; 101, 102; 201); a light source (6; 210) and a light detector (7; 216) both of which are connected to the measurement probe (31; 101, 102; 201); a moving unit (19, 20; 115, 116) which moves the measurement probe (31; 101, 102; 201); and a control unit (21; 117) which performs noninvasive measurement by controlling the light source (6; 210) and the light detector (7; 216), and controls the moving unit (19, 20; 115, 116) such that the measurement probe (31; 101, 102; 201) is brought into contact with a skin part of a subject for stretching the skin part of the subject ahead of the noninvasive measurement under a first pressure and the contact is maintained for a first predetermined period of time, and the measurement probe (31; 101, 102; 201) is brought into contact with the stretched skin part of the subject again for the non-invasive measurement under a second pressure, wherein the first pressure is higher than the second pressure in pressure per unit area, measures a change in signals emitted from the subject over a second predetermined time, and estimates a glucose concentration based on the collected signals, characterized in that the control unit (21, 117) relieves the contact between the skin and the measurement probe (31; 101, 102; 201) after applying the first pressure and before applying the second pressure.
A joint structure of a high-voltage cable, comprising a cable core, the cable core being wrapped from interior to exterior sequentially by an inner insulating layer, a shielding layer and an outer insulating layer, a section of the inner insulating layer and of the outer insulating layer being stripped at an end of the cable core, and a length of the stripped section of the outer insulating layer being greater than a length of the stripped section of the inner insulating layer, wherein the end of the cable core is connected to an external terminal, a connection between the end of the cable core and the external terminal and an adjacent section of the inner insulating layer are wrapped by a heat-shrinkable tube, an axial spacing is provided between an end of the heat-shrinkable tube and the outer insulating layer, characterized in that the shielding layer within the spacing is wrapped by a copper foil, and the shielding layer is connectable externally to the cable connector via the copper foil; wherein the copper foil comprises an outer-layer copper foil and an inner-layer copper foil, a length of the outer-layer copper foil is greater than a length of the inner-layer copper foil, the shielding layer is folded within the axial spacing, and the folded section is located between the inner-layer copper foil and the outer-layer copper foil; wherein the heat-shrinkable tube comprises an inner-layer heat-shrinkable tube and an outer-layer heat-shrinkable tube, and the outer-layer heat-shrinkable tube wraps the inner-layer heat-shrink tube and an adjacent section of the outer-layer copper foil; and wherein an inner wall of the outer-layer heat-shrink tube is thinned at a section where the outer-layer copper foil is wrapped. the shielding layer within the spacing is wrapped by a copper foil, and the shielding layer is connectable externally to the cable connector via the copper foil; wherein the copper foil comprises an outer-layer copper foil and an inner-layer copper foil, a length of the outer-layer copper foil is greater than a length of the inner-layer copper foil, the shielding layer is folded within the axial spacing, and the folded section is located between the inner-layer copper foil and the outer-layer copper foil; wherein the heat-shrinkable tube comprises an inner-layer heat-shrinkable tube and an outer-layer heat-shrinkable tube, and the outer-layer heat-shrinkable tube wraps the inner-layer heat-shrink tube and an adjacent section of the outer-layer copper foil; and wherein an inner wall of the outer-layer heat-shrink tube is thinned at a section where the outer-layer copper foil is wrapped.
Timepiece movement comprising a frame, a barrel, a mechanical oscillator, and an escapement mechanism comprising an escapement mobile connected to the barrel by a drive going train for driving thereof, characterised in that the movement also comprises an impulse mobile arranged to cooperate with the mechanical oscillator; in that the escapement mobile is arranged to cooperate with the impulse mobile so that, upon each step of the escapement mobile during a first alternation of the mechanical oscillator, energy is transmitted to the impulse mobile by the escapement mobile; and in that the impulse mobile is arranged: • to transmit some of this energy to the mechanical oscillator for maintenance of its movements and to store the rest of this energy upon said first alternation of the mechanical oscillator; and • to transmit some of the stored energy to the mechanical oscillator upon a second alternation thereof. • to transmit some of this energy to the mechanical oscillator for maintenance of its movements and to store the rest of this energy upon said first alternation of the mechanical oscillator; and • to transmit some of the stored energy to the mechanical oscillator upon a second alternation thereof.
A device for continuous monitoring of subsurface macrovascular and microvascular blood flow rate and blood flow direction by interfacing with a skin surface in an in vivo biological environment, the device comprising: a flexible and stretchable substrate providing a conformable interface and mechanically matched to a skin surface and having a Young's modulus less than or equal to 100 MPa and a bending stiffness less than or equal to 1 mN m; and a thermal actuator and a plurality of thermal sensors supported by said flexible and stretchable substrate, wherein the thermal actuator is a central actuator that provides a constant source of thermal power to create a mild, well-controlled increase in temperature at the skin surface of less than 10°C, and external electronics in wired communication with the device, and the sensors by means of the external electronics determine a spatio-temporal distribution of temperature for characterizing a thermal transport property of said skin; wherein said flexible and stretchable substrate, said thermal actuator and said plurality of thermal sensors provide a net bending stiffness such that the device is capable of establishing conformal contact with the skin surface; wherein the central thermal actuator provides a power input of between 0.1 to 50 mW/mm 2 to the skin surface; wherein said thermal sensors are symmetrically arranged with respect to said central thermal actuator and two of said thermal sensors form a matched pair on opposing sides of said central thermal actuator for obtaining comparative data as an indication of an anisotropic thermal transport property, wherein said anisotropic thermal transport property indicates a direction of blood flow within the vasculature below the surface of the skin; wherein the thermal actuator has a radius and a distance from the actuator edge to the thermal sensor center, with B/L between 1/3 to 1; wherein said actuator and/or said plurality of sensors are connected by an electronic circuit, wherein the electronic circuit is flexible or stretchable and comprises one or more electronic devices or device components having a curved, serpentine, bent, wavy or buckled geometry; wherein said sensors and the actuator are at least partially encapsulated by a barrier layer. a flexible and stretchable substrate providing a conformable interface and mechanically matched to a skin surface and having a Young's modulus less than or equal to 100 MPa and a bending stiffness less than or equal to 1 mN m; and a thermal actuator and a plurality of thermal sensors supported by said flexible and stretchable substrate, wherein the thermal actuator is a central actuator that provides a constant source of thermal power to create a mild, well-controlled increase in temperature at the skin surface of less than 10°C, and external electronics in wired communication with the device, and the sensors by means of the external electronics determine a spatio-temporal distribution of temperature for characterizing a thermal transport property of said skin;
An artificial dermal repair material, comprising a silicone rubber layer and a collagen complex layer bonded to each other, the collagen complex layer being prepared by raw materials comprising collagen, glycosaminoglycan, and an antibacterial agent by a cross-linking reaction, wherein the silicone rubber layer comprises a first silicone rubber layer, a second mesh-shaped silicone rubber intermediate layer, and a third silicone rubber layer which are provided in sequence, a tensile strength of the second mesh-shaped silicone rubber intermediate layer is greater than a tensile strength of the first silicone rubber layer and a tensile strength of the third silicone rubber layer.
A cell comprising first and second fusion proteins, each fusion protein comprising a zinc finger DNA binding domain and a nuclease cleavage half-domain, wherein, in at least one of the first and second fusion proteins, the cleavage half-domain is N-terminal to the zinc finger binding domain, wherein the first fusion protein binds to a first target site and the second fusion protein binds to a second target site in the genome of the cell, and wherein binding of the first fusion protein to the first target site and the second fusion protein to the second target site positions the cleavage half-domains to allow formation of a functional cleavage domain by dimerization.