mhurhangee/ep-ind-claims huggingface dataset:
A method for embossing raised dots on metal plate elements, comprising the step of moving at least one punch along a first direction, alternatively in the two ways of feed, to emboss a raised dot on a plate element which rests on a work surface intersected by said first direction, including the steps of: - translating said plate element in a feed plane along a second direction to feed new sections of said plate element to the punch for a portion corresponding to the distance between two subsequent raised dots along a same line; - translating said at least one punch along a third direction, orthogonal to said first direction, to emboss at least another raised dot along a same section of the plate element, wherein said first direction is vertical with respect to said work surface and said second direction and said third direction are horizontal with respect to said work surface. - translating said plate element in a feed plane along a second direction to feed new sections of said plate element to the punch for a portion corresponding to the distance between two subsequent raised dots along a same line; - translating said at least one punch along a third direction, orthogonal to said first direction, to emboss at least another raised dot along a same section of the plate element,
A torque sensor assembly comprising: a housing having a cavity; at least one flux concentrator and at least one hall effect integrated circuit disposed in the cavity of the housing; and a cover secured to the housing to close the cavity; characterized in that the cover is secured to the housing to close the cavity in a permanent and fluid-tight manner, the cover is formed separate from the housing, the housing is provided with a first positioning means for positioning the cover relative to the housing, the cover and the housing are formed from like materials, and the cover is secured to the housing by laser welding. a housing having a cavity; at least one flux concentrator and at least one hall effect integrated circuit disposed in the cavity of the housing; and a cover secured to the housing to close the cavity; characterized in that the cover is secured to the housing to close the cavity in a permanent and fluid-tight manner, the cover is formed separate from the housing, the housing is provided with a first positioning means for positioning the cover relative to the housing, the cover and the housing are formed from like materials, and the cover is secured to the housing by laser welding.
A method for the isolation of exosomes from a biological fluid sample comprising: a) adding polyethylene glycol to the biological fluid sample, b) incubating the biological fluid sample with the polyethylene glycol, wherein the molecular weight of the polyethylene glycol is from 3000 to 10000 daltons; and c) isolating the precipitated exosomes from the biological fluid sample, wherein the method further comprises contacting the biological fluid sample with a protease, under conditions suitable for digestion of protein, prior to the addition of the polyethylene glycol. a) adding polyethylene glycol to the biological fluid sample, b) incubating the biological fluid sample with the polyethylene glycol, wherein the molecular weight of the polyethylene glycol is from 3000 to 10000 daltons; and c) isolating the precipitated exosomes from the biological fluid sample, wherein the method further comprises contacting the biological fluid sample with a protease, under conditions suitable for digestion of protein, prior to the addition of the polyethylene glycol.
A wiper (200a, 200b) for an annular blowout preventer (100a, 100b) having an adapter ring (102a, 102b) and a piston (104a, 104b) slideable relative to the adapter ring (102a, 102b) along an interface, the wiper (200a, 200b) comprising: a base comprising a first end adapted to couple the wiper (200a, 200b) to the adapter ring (102a, 102b) and a second end opposite the first end; and a head coupled to the base and comprising a first portion and a second portion each positioned at the second end of the base; wherein the first portion extends from the second end of the base towards the piston (104a, 104b) and is adapted to bridge the interface and contact the piston (104a, 104b), and wherein the second portion extends from the second end of the base towards the adapter ring and has a first side which intersects the base at an angle that is either obtuse or acute and which is adapted to contact a surface of the adapter ring such that the interaction between the adapter ring and the first side of the second portion biases the first portion of the head toward the piston (104a, 104b); and wherein the first portion of the head is longer than the second portion of the head and is adapted to wipe the piston (104a, 104b) when the piston (104a, 104b) slides relative to the adapter ring (102a, 102b). a base comprising a first end adapted to couple the wiper (200a, 200b) to the adapter ring (102a, 102b) and a second end opposite the first end; and a head coupled to the base and comprising a first portion and a second portion each positioned at the second end of the base; wherein the first portion extends from the second end of the base towards the piston (104a, 104b) and is adapted to bridge the interface and contact the piston (104a, 104b), and wherein the second portion extends from the second end of the base towards the adapter ring and has a first side which intersects the base at an angle that is either obtuse or acute and which is adapted to contact a surface of the adapter ring such that the interaction between the adapter ring and the first side of the second portion biases the first portion of the head toward the piston (104a, 104b); and wherein the first portion of the head is longer than the second portion of the head and is adapted to wipe the piston (104a, 104b) when the piston (104a, 104b) slides relative to the adapter ring (102a, 102b).
Aerodynamic device for a motor vehicle wheel, comprising: - a frame intended to be mounted on an outer face of a motor vehicle wheel; - at least one blade linked to the frame and extending radially, when the device is in the mounting position; the blade or blades being mounted to pivot radially on the frame by means of at least one shape memory element configured to modify the orientation of said blade or blades as a function of the temperature, characterized in that the shape memory element (s) are configured to, in the presence of a temperature below a predetermined limit, orient the blade (s) so as to generate, when the device is rotating according to the forward motion of the vehicle, an air flow directed from the outer face towards the inner face of the wheel, and in the presence of a temperature above the predetermined limit, orient the blade (s) so as to generate a reverse air flow. - a frame intended to be mounted on an outer face of a motor vehicle wheel; - at least one blade linked to the frame and extending radially, when the device is in the mounting position;
A method of irradiating a load with RF energy, the method comprising: measuring a reflected and coupled spectrum and inferring from the reflected and coupled spectrum a spectral dissipation of the load; and selecting, based on the spectral dissipation, an irradiation spectrum defining an RF field pattern, said pattern being defined by sets of values of parameters that affect the RF field pattern wherein the parameters include phase as a variable parameter and two or more of the sets of values differ in their phase values; and applying RF energy in accordance with the irradiation spectrum to the load. measuring a reflected and coupled spectrum and inferring from the reflected and coupled spectrum a spectral dissipation of the load; and selecting, based on the spectral dissipation, an irradiation spectrum defining an RF field pattern, said pattern being defined by sets of values of parameters that affect the RF field pattern wherein the parameters include phase as a variable parameter and two or more of the sets of values differ in their phase values; and applying RF energy in accordance with the irradiation spectrum to the load.
An epoxy resin composition comprising an epoxy resin and at least one of compounds represented by general formulae,, or: wherein R2', R3, R4, R5, R9, R10, R11, R12, R13, R14, and R15 each independently represent a hydrogen atom, an alkyl group, or an aryl group; and X represents a dicyanamide ion.
Voltage/current converter circuit, comprising a bridge configuration having - a first current path with a first resistor, a first transistor and an input node to which a ramp voltage (Vramp) is supplied for conversion and - a second current path with a second resistor and a second transistor through which a converted current flows and - an amplifier arrangement for balancing the bridge configuration by providing an output signal (Vout) to a control terminal of the first transistor and to a control terminal of the second transistor, wherein - a first input terminal of the amplifier arrangement is coupled to the first current path and - a second input terminal of the amplifier arrangement is coupled to the second current path characterized in that the voltage/current converter circuit comprises a third resistor which is arranged in the first current path between the first resistor and the first transistor and which couples the first input terminal of the amplifier arrangement to the input node. - a first current path with a first resistor, a first transistor and an input node to which a ramp voltage (Vramp) is supplied for conversion and - a second current path with a second resistor and a second transistor through which a converted current flows and - an amplifier arrangement for balancing the bridge configuration by providing an output signal (Vout) to a control terminal of the first transistor and to a control terminal of the second transistor, wherein - a first input terminal of the amplifier arrangement is coupled to the first current path and - a second input terminal of the amplifier arrangement is coupled to the second current path - a first input terminal of the amplifier arrangement is coupled to the first current path and - a second input terminal of the amplifier arrangement is coupled to the second current path
Four-stroke reciprocating piston engine in a V-configuration having 20 cylinders, characterized in that the V angle amounts to between 101° and 115°.
A method of assembling an imaging probe, the method comprising: providing an elongate sheath having an inner lumen and a distal opening, wherein a rigid reinforcing member is bonded to an inner surface of, or embedded within, said elongate sheath at distal region of said elongate sheath; inserting, through the distal opening of the elongate sheath, a rotatable conduit having an imaging assembly connected to a distal end of the rotatable conduit, wherein a lateral extent of the imaging assembly is larger than a diameter of the inner lumen of the elongate sheath, such that the imaging assembly extends from the distal opening of the elongate sheath; providing a distal tip having distal end and an open proximal end; characterized in that the method further comprises: inserting the distal tip over the imaging assembly, such that the proximal portion of the distal tip contacts and overlaps the elongate sheath over a contact region that is adjacent to the rigid reinforcing member; and bonding the distal tip to the elongate sheath, wherein the bonding is performed via a local application of heat over the contact region. providing an elongate sheath having an inner lumen and a distal opening, wherein a rigid reinforcing member is bonded to an inner surface of, or embedded within, said elongate sheath at distal region of said elongate sheath; inserting, through the distal opening of the elongate sheath, a rotatable conduit having an imaging assembly connected to a distal end of the rotatable conduit, wherein a lateral extent of the imaging assembly is larger than a diameter of the inner lumen of the elongate sheath, such that the imaging assembly extends from the distal opening of the elongate sheath; providing a distal tip having distal end and an open proximal end; characterized in that the method further comprises: inserting the distal tip over the imaging assembly, such that the proximal portion of the distal tip contacts and overlaps the elongate sheath over a contact region that is adjacent to the rigid reinforcing member; and bonding the distal tip to the elongate sheath, wherein the bonding is performed via a local application of heat over the contact region. inserting the distal tip over the imaging assembly, such that the proximal portion of the distal tip contacts and overlaps the elongate sheath over a contact region that is adjacent to the rigid reinforcing member; and bonding the distal tip to the elongate sheath, wherein the bonding is performed via a local application of heat over the contact region.
A battery pack comprising: a plurality of battery cells; a cell support that holds the plurality of battery cells; a connection part that connects to the plurality of battery cells; and a circuit substrate that is used to mount circuits for the plurality of battery cells, wherein the cell support is integrally formed with battery cell storage units that store the plurality of battery cells, a base unit that supports the battery cell storage units, characterised by impact relaxation ribs, wherein each of the impact relaxation ribs is formed between an outer circumference of the base unit and an exterior surface of each of the battery cell storage units, and is configured in a shape capable of being transformed in a direction to which impact is applied. a plurality of battery cells; a cell support that holds the plurality of battery cells; a connection part that connects to the plurality of battery cells; and a circuit substrate that is used to mount circuits for the plurality of battery cells,
A method for generating and displaying a graphical control interface comprising control graphics enabling control, at a control device and over a communication network, of different states of operation and/or functions of an electronic device, the method comprising: retrieving, at the control device, an access level of a user logged in to the control device; sending, from the electronic device and to the control device, control parameters by which operation of the electronic device is controllable and an access level associated with each control parameter; receiving, at the control device and from the electronic device, the control parameters by which operation of the electronic device is controllable and the access level associated with each control parameter; generating, at the control device, a set of control parameters to be generated and displayed as the control graphics by, from the received control parameters, extracting the control parameters having an access level equal to or lower than the access level of the user logged in to the control device; and generating and displaying, at the control device, the control graphics of the graphical control interface based on the generated set of control parameters. retrieving, at the control device, an access level of a user logged in to the control device; sending, from the electronic device and to the control device, control parameters by which operation of the electronic device is controllable and an access level associated with each control parameter; receiving, at the control device and from the electronic device, the control parameters by which operation of the electronic device is controllable and the access level associated with each control parameter; generating, at the control device, a set of control parameters to be generated and displayed as the control graphics by, from the received control parameters, extracting the control parameters having an access level equal to or lower than the access level of the user logged in to the control device; and generating and displaying, at the control device, the control graphics of the graphical control interface based on the generated set of control parameters.
Shot counter for recording a number of shots fired by a firearm, wherein the shot counter comprises: - a first magnetic pole (2b, 8b); - a second magnetic pole 3a, 8a); and - a coil; wherein the first and the second magnetic poles (2b, 3a, 8b, 8a) are arranged in such a way that in response to firing of a shot they move on a path relative to the coil with polarisations opposed to one another which pass the coil one after the other in such a way that in each case during a return or advance they induce opposing voltages in the coil. - a first magnetic pole (2b, 8b); - a second magnetic pole 3a, 8a); and - a coil;
A planetary mill comprising: a self-balancing milling assembly comprising a pair of elongate floating milling chambers (22, 24) arranged in parallel to and on opposite sides of a main axis wherein said milling chambers are free to move outwards in a direction radial to said main axis; a drive assembly for rotating said milling assembly in a first direction of rotation about said main axis; and at least one belt surrounding said pair of floating milling chambers (22, 24) such that when said milling assembly rotates about said main axis, said at least one belt limits a radial travel outwards of each of said milling chambers (22,24), wherein said at least one belt and said milling chambers (22, 24) are made of a heat conducting material, wherein said milling chambers (22, 24) produce heat during milling and further wherein said at least one belt cools an outer surface of said milling chambers (22, 24) by conducting said heat away from said milling chambers (22, 24). a self-balancing milling assembly comprising a pair of elongate floating milling chambers (22, 24) arranged in parallel to and on opposite sides of a main axis wherein said milling chambers are free to move outwards in a direction radial to said main axis; a drive assembly for rotating said milling assembly in a first direction of rotation about said main axis; and at least one belt surrounding said pair of floating milling chambers (22, 24) such that when said milling assembly rotates about said main axis, said at least one belt limits a radial travel outwards of each of said milling chambers (22,24), wherein said at least one belt and said milling chambers (22, 24) are made of a heat conducting material, wherein said milling chambers (22, 24) produce heat during milling and further wherein said at least one belt cools an outer surface of said milling chambers (22, 24) by conducting said heat away from said milling chambers (22, 24).
A computing device in a distributed storage system, the computing device comprising: at least one memory containing machine-readable instructions; and at least one processor to execute the machine-readable instructions to: receive a write request for a block; determine whether the block satisfies predetermined criteria; in response to determining the block satisfies the predetermined criteria, striping the block across a plurality of partitions in a pool of partitions, wherein striping the block across the plurality of partitions comprises: storing subblocks and metadata for the subblocks in a blocks table associated with the plurality of partitions; and storing, in an objects table associated with the block, a pointer to entries in the blocks table for the subblocks; and in response to the block not satisfying the predetermined criteria, not striping the block and storing the block and its metadata in the objects table. at least one memory containing machine-readable instructions; and at least one processor to execute the machine-readable instructions to: receive a write request for a block; determine whether the block satisfies predetermined criteria; in response to determining the block satisfies the predetermined criteria, striping the block across a plurality of partitions in a pool of partitions, wherein striping the block across the plurality of partitions comprises: storing subblocks and metadata for the subblocks in a blocks table associated with the plurality of partitions; and storing, in an objects table associated with the block, a pointer to entries in the blocks table for the subblocks; and in response to the block not satisfying the predetermined criteria, not striping the block and storing the block and its metadata in the objects table. receive a write request for a block; determine whether the block satisfies predetermined criteria; in response to determining the block satisfies the predetermined criteria, striping the block across a plurality of partitions in a pool of partitions, wherein striping the block across the plurality of partitions comprises: storing subblocks and metadata for the subblocks in a blocks table associated with the plurality of partitions; and storing, in an objects table associated with the block, a pointer to entries in the blocks table for the subblocks; and storing subblocks and metadata for the subblocks in a blocks table associated with the plurality of partitions; and storing, in an objects table associated with the block, a pointer to entries in the blocks table for the subblocks; and in response to the block not satisfying the predetermined criteria, not striping the block and storing the block and its metadata in the objects table.
A rapid attachment device of an interchangeable watch bracelet for wrist watches, the device comprising a body (1.1) used as a push button and being adapted to be housed slidingly in a watch case, the body (1.1) bearing a retaining stem (1.2) arranged parallel to the plane of the watch case and in the direction of sliding of said body (1.1), such that the body (1.1) is displaceable parallel to a longitudinal axis of said retaining stem (1.2), the body (1.1) cooperating with a spring (1.3) arranged substantially parallel to said retaining stem (1.2) and exerting a pretension force biasing the body (1.1) used as a push button in a rest position, said retaining stem (1.2) having a particular shape having in at least one predefined location along its longitudinal axis a reduced thickness (1.2.1) with relation to a reference thickness (1.2.2) that presents the rest of the retaining stem (1.2), the device comprising at least one attachment element (1.4) adapted to be mounted at one end (3.1) of said interchangeable watch bracelet and comprising a slot (1.4.1) of a shape complementary to that of the retaining stem (1.2), the latter (1.2) being adapted, depending on its position along said longitudinal axis, to cooperate with the attachment element or elements (1.4) so as to allow said interchangeable watch bracelet to be attached to or to be removed from the watch case.
A battery, comprising: a textured surface (110, 310) including a region of raised protrusions (112, 312), the raised protrusions over an electrically conductive portion of an exterior of the battery, wherein the textured surface is configured to engage in a physical and electrical connection with a contact surface of a circuit board if pressed into the contact surface.