mhurhangee/patent-ind-claim-en huggingface dataset:
Method for smoothing and polishing metals via ion transport by means of free solid bodies that, comprising the connection of the metal parts to be treated to the positive pole, i.e. anode, of a current generator is characterized in that it comprises a step: - of friction of the metal parts with a set of particles constituted by electrically conductive free solid bodies, which retain internally a liquid electrolyte to such an extent that there is no free liquid on the surface of the particles , charged with negative electric charge in a gaseous environment, wherein the particles possess porosity and affinity to retain an amount of the liquid electrolyte, so that they have an electrical conductivity making them electrically conductive. - of friction of the metal parts with a set of particles constituted by electrically conductive free solid bodies, which retain internally a liquid electrolyte to such an extent that there is no free liquid on the surface of the particles , charged with negative electric charge in a gaseous environment, wherein the particles possess porosity and affinity to retain an amount of the liquid electrolyte, so that they have an electrical conductivity making them electrically conductive.
A system for sonar pulse location for a submarine, characterized in that it comprises: - two antennas of linear general shape arranged on the submarine, the two antennas comprising a detection antenna comprising one or two segments, each segment comprising a set of sensors, and a focusing antenna comprising a set of sensors, the detection antenna being of small size with respect to the length of the second antenna , the detection antenna being aligned with the focusing antenna , the detection antenna being configured to intercept sonar pulses emitted by a transmitter , the spacing of the sensors of each segment of the detection antenna being strictly less than λ/2 and the spacing of the sensors of the focusing antenna being strictly greater than λ, λ designating the wavelength of an intercepted pulse, - at least one interception module for determining the direction of a sonar emission emitted by an emitter and intercepted by the detection antenna , and - a focusing module for determining the distance of the emitter by focusing the paths on the basis of the signals originating from the sensors of the focusing antenna , in the direction of the pulse determined by the detection module , the focusing of the paths being carried out on a signal time slot determined from the beginning and the end of the pulse in an angular sector around the direction of the pulse, the distance from the emitter being determined on the basis of a maximum of energy integrated in the frequency band and over the duration of the Sonar pulse, for points in the distance/angle space. - two antennas of linear general shape arranged on the submarine, the two antennas comprising a detection antenna comprising one or two segments, each segment comprising a set of sensors, and a focusing antenna comprising a set of sensors, the detection antenna being of small size with respect to the length of the second antenna , the detection antenna being aligned with the focusing antenna , the detection antenna being configured to intercept sonar pulses emitted by a transmitter , the spacing of the sensors of each segment of the detection antenna being strictly less than λ/2 and the spacing of the sensors of the focusing antenna being strictly greater than λ, λ designating the wavelength of an intercepted pulse, - at least one interception module for determining the direction of a sonar emission emitted by an emitter and intercepted by the detection antenna , and - a focusing module for determining the distance of the emitter by focusing the paths on the basis of the signals originating from the sensors of the focusing antenna , in the direction of the pulse determined by the detection module ,
Child seat for a stackable transport trolley , having a backrest consisting of plastic which is to be arranged on the transport trolley so as to be pivotable about a horizontal axis and to which at least one seat is coupled in a slidingly movable or a pivotable manner, wherein the backrest is formed in one piece, and wherein at least a sub-portion of the backrest is designed in the manner of a hollow body, wherein the backrest has hollow-body-like side members which are provided in the interior with reinforcement struts , characterized in that the reinforcement struts are visible on the outer narrow sides of the side members , wherein cavities are provided between the reinforcement struts and, in the mounted state, are accessible in the region of the backrest wall via openings , in particular slots, which are provided on that side of the backrest which faces towards the basket interior, and wherein the backrest is of substantially H-shaped design, and wherein the connection of the two limbs of the H shape is in the form of a backrest wall . wherein the backrest has hollow-body-like side members which are provided in the interior with reinforcement struts , characterized in that the reinforcement struts are visible on the outer narrow sides of the side members , wherein cavities are provided between the reinforcement struts and, in the mounted state, are accessible in the region of the backrest wall via openings , in particular slots, which are provided on that side of the backrest which faces towards the basket interior, and wherein the backrest is of substantially H-shaped design, and wherein the connection of the two limbs of the H shape is in the form of a backrest wall .
Battery cell for a battery of a motor vehicle comprising a galvanic element with a first electrode and a second electrode , a battery cell housing with a first connection and a second connection , at least one sensor apparatus for determining a physical and/or chemical characteristic of the battery cell , and a control apparatus , wherein the galvanic element is arranged in the battery cell housing , wherein the battery cell has a switching apparatus (S) by means of which the first connection and the second connection can be electrically connected, and the control apparatus is designed to close the switching apparatus (S) for the purpose of shorting the battery cell , in accordance with the physical and/or chemical characteristic determined by the at least one sensor apparatus , wherein at least one of the electrodes is connected to one of the connections via an electronic switching element , wherein the electronic switching element is designed to limit a current flow between the electrode and the respective connection , and the control apparatus is designed to control the electronic switching element for the purpose of limiting the current flow in accordance with the physical and/or chemical characteristic determined by the at least one sensor apparatus , characterised in that the at least one sensor apparatus is designed to transmit the detected value of the physical and/or chemical characteristic to the control apparatus only if the detected value exceeds a predefined threshold value in a first case or falls below a predefined other threshold value in a second case.
Interior trim component of a three-dimensional shape for a motor vehicle, wherein the interior trim component - is manufactured from a single fleece material and comprises: - a first surface area and a second surface area , - at least one first section and at least one second section , each of which forms a part of the second surface area , wherein o the first surface area and the second surface area are arranged opposite one another and the second surface area forms the visible side of the interior trim component o the first section comprises a first section hardness (H1) and the second section comprises a second section hardness (H2), and - the first section hardness (H1) and the second section hardness (H2) differ from one another, - the interior trim component comprises a single region , which forms the first surface area , and - the first section hardness (H1) is greater than the second section hardness (H2), characterized in that - the region comprises a constant region hardness (HB), which is equal to the first section hardness (H1). - is manufactured from a single fleece material and comprises: - a first surface area and a second surface area , - at least one first section and at least one second section , each of which forms a part of the second surface area , wherein o the first surface area and the second surface area are arranged opposite one another and the second surface area forms the visible side of the interior trim component o the first section comprises a first section hardness (H1) and the second section comprises a second section hardness (H2), and o the first surface area and the second surface area are arranged opposite one another and the second surface area forms the visible side of the interior trim component o the first section comprises a first section hardness (H1) and the second section comprises a second section hardness (H2), and - the first section hardness (H1) and the second section hardness (H2) differ from one another, - the interior trim component comprises a single region , which forms the first surface area , and - the first section hardness (H1) is greater than the second section hardness (H2), characterized in that - the region comprises a constant region hardness (HB), which is equal to the first section hardness (H1).
A method of delivering content data over a network comprising the steps of: receiving, by a server, a request over a network for content data from a requester, the request including enablement information to enable retrieval of the content data from one or more storage locations ; processing, by the server, the enablement information to determine data allocation within the one or more storage locations ; retrieving, by the server, content data in the form of separate data components from the one or more storage locations according to the determined data allocation, wherein the separate data components include parity data such that any one or more of the separate data components are recreatable from the remaining separate data components and the parity data; retrieving, by the server, a data map indicating how the separate data components reassemble to form the content data and which parity data corresponds with which of the separate data components ; sending, by the server, to the requester the separate data components and the data map; and wherein the enablement information provides information required to determine the allocation and location of the separate data components within the one or more storage locations or provides access to this information. receiving, by a server, a request over a network for content data from a requester, the request including enablement information to enable retrieval of the content data from one or more storage locations ; processing, by the server, the enablement information to determine data allocation within the one or more storage locations ; retrieving, by the server, content data in the form of separate data components from the one or more storage locations according to the determined data allocation, wherein the separate data components include parity data such that any one or more of the separate data components are recreatable from the remaining separate data components and the parity data; retrieving, by the server, a data map indicating how the separate data components reassemble to form the content data and which parity data corresponds with which of the separate data components ; sending, by the server, to the requester the separate data components and the data map; and wherein the enablement information provides information required to determine the allocation and location of the separate data components within the one or more storage locations or provides access to this information.
A microwave heating tray , comprising: a substantially planar base having a peripheral edge, wherein the peripheral edge of the base defines a peripheral edge of the tray; and a platform comprising an upper face as a central portion for receiving a food item thereon and a peripheral portion, wherein the upper face is elevated relative to the peripheral portion and base, and wherein the upper face comprises microwave energy interactive material, the microwave energy interactive material being operative for heating when exposed to microwave energy, and the peripheral portion extends obliquely and outwardly from the central portion to the base, characterized in that the base includes a line of disruption extending between points along the peripheral edge of the base, so that the line of disruption defines a foldable portion of the base, wherein the foldable portion of the base is adapted to be folded out of the plane of the base along the line of disruption. a substantially planar base having a peripheral edge, wherein the peripheral edge of the base defines a peripheral edge of the tray; and a platform comprising an upper face as a central portion for receiving a food item thereon and a peripheral portion, wherein the upper face is elevated relative to the peripheral portion and base, and wherein the upper face comprises microwave energy interactive material, the microwave energy interactive material being operative for heating when exposed to microwave energy, and the peripheral portion extends obliquely and outwardly from the central portion to the base, characterized in that the base includes a line of disruption extending between points along the peripheral edge of the base, so that the line of disruption defines a foldable portion of the base, wherein the foldable portion of the base is adapted to be folded out of the plane of the base along the line of disruption.
A geolocation device to provide geofencing of the mobile communication devices, comprising: a requester arranged to obtain signaling data associating identifiers of mobile communication devices and signaling identifiers, at least some of the signaling identifiers designating a location cell, a selector arranged to determine a list of location cells neighboring a target location cell, based on the set of cells situated at a chosen distance from the target location cell, the chosen distance being defined in a metric manner or on the basis of the topology of the cellular network, a sorter arranged to select from the requester's data at least one mobile communication device identifier detected as being associated with a signaling identifier relating to a location cell belonging to the list of neighboring location cells determined by the selector , and a tracker arranged to launch active location cell monitoring of each of the at least one mobile communication device whose mobile device identifier has been selected by the sorter . a requester arranged to obtain signaling data associating identifiers of mobile communication devices and signaling identifiers, at least some of the signaling identifiers designating a location cell, a selector arranged to determine a list of location cells neighboring a target location cell, based on the set of cells situated at a chosen distance from the target location cell, the chosen distance being defined in a metric manner or on the basis of the topology of the cellular network, a sorter arranged to select from the requester's data at least one mobile communication device identifier detected as being associated with a signaling identifier relating to a location cell belonging to the list of neighboring location cells determined by the selector , and a tracker arranged to launch active location cell monitoring of each of the at least one mobile communication device whose mobile device identifier has been selected by the sorter .
Selective Catalytic Reduction (SCR) doser adapted to be arranged on a vehicle, said SCR doser comprising a injector assembly held in a housing about a main axis (X1), the housing comprising a thick base wall on which is fixed a thinner can having a peripheral wall and a front wall , the housing defining an inner space (S) in which is arranged the injector assembly and wherein, the injector assembly has a body comprising an overmoulded solenoid cooperating with a valve member movable within said body, the body extending about said main axis (X1) between a reagent inlet rear end held in a positioning feature of the base wall and, a nozzle front end facing an aperture of the front wall of the housing, and wherein electrical leads extend in the body from the solenoid to electrical pins protruding outside the body , said pins being inside said inner space (S) in an area distant from the base wall of the housing, the SCR doser further comprising an electrical adapter extending from an inner end electrically connected to said pins to an outer end having electrical terminals , the outer end outwardly protruding from an aperture provided in the base wall and, wherein the electrical adapter has its own body extending between said inner and outer ends, and in which are arranged electrical leads having electrical sprung pins at the inner end and, said terminals at the outer ends, said sprung pins and terminals protruding from the electrical adapter body for enabling electrical connection of the solenoid , wherein the electrical adapter is adapted to be inserted through the aperture specifically provided in the base wall so that, said adapter can be arranged after enclosing the injector assembly in the housing , characterised in that the electrical adapter is provided with retaining means feature that maintain in place the electrical adapter , once said feature is engaged through said aperture of the base wall and inside the inner space (S) and, wherein said retaining feature comprises a tab integral to the body of the adapter, said tab having a bevelled face oriented toward the inner end so it enables engagement into the aperture of the base wall and, a disc face oriented toward the outer end so that it is adapted to abut against said base wall preventing disengagement of the adapter.
An inhibitor of miR-212 for use in the treatment or prevention of cardiac hypertrophy-associated disorders and/or cardiac dysfunction, wherein the inhibitor is an isolated nucleic acid molecule which has sufficient complementarity to miR-212 to form a hybrid under physiological conditions.
A control system for controlling operation of a trailer brake system associated with an agricultural vehicle-trailer combination , the control system comprising a vehicle control unit (ECU), and being configured to: determine a driver deceleration demand; determine a pressure level and/or duration for a preliminary pressure peak to be provided in one or more fluid lines of the trailer brake system in dependence on the driver deceleration demand; generate a trailer brake signal for controlling the trailer brake system in accordance with the preliminary pressure peak; forward the trailer brake signal to the trailer brake control system to control operation thereof; wherein if the HMI component comprises a drive lever, the pressure level and/or duration of the preliminary pressure peak is dependent of an acceleration rate input associated with position and/or motion of the drive lever; characterised in that the pressure level and/or duration for a preliminary pressure peak is dependent on the HMI component used by the operator to provide a deceleration input; and in that the acceleration input is associated with a status parameter corresponding to differing magnitudes of acceleration demanded by the operator, and wherein the pressure level and/or duration is determined in dependence on the status parameter. determine a driver deceleration demand; determine a pressure level and/or duration for a preliminary pressure peak to be provided in one or more fluid lines of the trailer brake system in dependence on the driver deceleration demand; generate a trailer brake signal for controlling the trailer brake system in accordance with the preliminary pressure peak; forward the trailer brake signal to the trailer brake control system to control operation thereof; wherein if the HMI component comprises a drive lever, the pressure level and/or duration of the preliminary pressure peak is dependent of an acceleration rate input associated with position and/or motion of the drive lever;
A wall construction for a building, the wall construction comprising a load bearing wooden structural frame comprising at least two wooden module elements , each of the module elements comprising a periphery surface, at least two vertical studs which are fixed, at their end portions, to horizontal plates , and the module elements being adapted for attachment to each other to form a module system, wherein each of the module elements is provided with the vapour barrier , the structural frame constituting at least a portion of a wall that has an external side and an internal side, wherein the external side of the structural frame is provided with the vapour barrier , wherein each of the module elements is provided with a framework fixed to and projecting substantially at right angles from the external side of the structural frame so that the vapour barrier is clamped between the structural frame and the framework , characterized in that the periphery surface of the structural frame of each of the at least two module elements is provided with a groove arranged to receive a marginal area of the vapour barrier and a complementarily adapted sealing strip arranged to wedge the vapour barrier to the groove .
An integrated spectral unit, comprising: a first substrate ; a second substrate coupled to the first substrate ; a micro-electro-mechanical systems (MEMS) interferometer fabricated within the first substrate , the MEMS interferometer optically coupled to receive an input light beam and to direct the input light beam along an optical path to produce an output light beam resulting from interference experienced by the input light beam along the optical path; and a light redirecting structure comprising a first mirror configured to receive the input light beam propagating in an out-of-plane direction with respect to the first substrate and to redirect the input light beam to an in-plane direction with respect to the first substrate towards the MEMS interferometer characterised in that the light redirecting structure is integrated on the second substrate. a first substrate ; a second substrate coupled to the first substrate ; a micro-electro-mechanical systems (MEMS) interferometer fabricated within the first substrate , the MEMS interferometer optically coupled to receive an input light beam and to direct the input light beam along an optical path to produce an output light beam resulting from interference experienced by the input light beam along the optical path; and a light redirecting structure comprising a first mirror configured to receive the input light beam propagating in an out-of-plane direction with respect to the first substrate and to redirect the input light beam to an in-plane direction with respect to the first substrate towards the MEMS interferometer characterised in that the light redirecting structure is integrated on the second substrate.