mhurhangee/ep-ind-claims huggingface dataset:
A lighting device comprising: a housing comprising a frangible light exit window and a fitting including a first electrical connector inside said housing; a carrier assembly within the housing comprising: a plurality of SSL elements, and a second electrical connector in contact with the first electrical connector, wherein the second electrical connector is held in contact with the first electrical connector by the light exit window; characterized in that the lighting device further comprises a compressed resilient element for forcing apart the first electrical connector and the second electrical connector when the frangible light exit window is broken or removed; and a safety cover within the housing for preventing a user from contacting the first electrical connector. a housing comprising a frangible light exit window and a fitting including a first electrical connector inside said housing; a carrier assembly within the housing comprising: a plurality of SSL elements, and a second electrical connector in contact with the first electrical connector, wherein the second electrical connector is held in contact with the first electrical connector by the light exit window; characterized in that the lighting device further comprises a compressed resilient element for forcing apart the first electrical connector and the second electrical connector when the frangible light exit window is broken or removed; and a plurality of SSL elements, and a second electrical connector in contact with the first electrical connector, wherein the second electrical connector is held in contact with the first electrical connector by the light exit window; a safety cover within the housing for preventing a user from contacting the first electrical connector.
Appliance, especially domestic appliance, comprising a frame structure, a pane element fixed to the frame structure and at least one functional element, which functional element is connected with the pane element, wherein the functional element is fixed to the pane element by a supporting element, wherein the supporting element consists of at least a first part and a second part, wherein the two parts (5', 5'') of the supporting element are removably connected, wherein the first part of the supporting element is connected with the pane element by means of an adhesive, and wherein the functional element is selected from the group of thermostats, switches and timers, wherein the pane element has at least one hole for the passage of a shaft element of the functional element, characterized in that the first part of the supporting element is equipped with alignment means for aligning the first part relatively to the hole.
An apparatus, comprising: a foam layer comprising: a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface; and a plurality of pores within the foam layer (131_; a coating layer deposited on the second surface of the foam layer; and an elastomer deposited within the plurality of pores _within the foam layer. a foam layer comprising: a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface; and a plurality of pores within the foam layer (131_; a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface; and a plurality of pores within the foam layer (131_; a coating layer deposited on the second surface of the foam layer; and an elastomer deposited within the plurality of pores _within the foam layer.
A light-mixing lens, comprising: a lens body disposed about an optical axis and comprising a cavity for receiving light from at least one light source (114, 116), a peripheral surface and an output surface, said cavity having an input surface for receiving light from the light source (114, 116), said peripheral surface being configured so as to direct via total internal reflection the incoming light from the cavity incident theron to said output surface; characterized in that said input surface tapers to a point on or near said optical axis and presents a convex profile to the received light so as to avoid or reduce the passage of light directly therethrough in order to avoid or reduce image of the light source in light projected through the lens. a lens body disposed about an optical axis and comprising a cavity for receiving light from at least one light source (114, 116), a peripheral surface and an output surface, said cavity having an input surface for receiving light from the light source (114, 116), said peripheral surface being configured so as to direct via total internal reflection the incoming light from the cavity incident theron to said output surface; characterized in that said input surface tapers to a point on or near said optical axis and presents a convex profile to the received light so as to avoid or reduce the passage of light directly therethrough in order to avoid or reduce image of the light source in light projected through the lens.
An analysis device comprising: a device main body having, formed inside, a microchannel structure; a protective cap that covers an inlet of the device main body; a hooked portion formed on one of the device main body and the protective cap; and a locking piece formed in correspondence to the hooked portion on the other of the device main body and the protective cap, characterized in that when the analysis device is in an unused state, the protective cap is maintained closed by a releasable engagement formed between the hooked portion and the locking piece, in which the hooked portion is pressed on a first sliding face of the locking piece (201 b) by an elastic force caused by an elastic deformation of the hooked portion, and a hook of the hooked portion is not engaged with a bottom of the locking piece, in order to open the protective cap to expose the inlet, a tip of the hooked portion is configured to detach from the locking piece, and the elastic deformation of the hooked portion is released, and in order to close the analysis device, the protective cap is configured to move from an opened to closed condition, and the hook of the hooked portion is configured to slide along a second sliding face of the locking piece and to run upon the locking piece to deform the hooked portion elastically and to engage the hook of the hooked portion with the bottom of the locking piece. a device main body having, formed inside, a microchannel structure; a protective cap that covers an inlet of the device main body; a hooked portion formed on one of the device main body and the protective cap; and a locking piece formed in correspondence to the hooked portion on the other of the device main body and the protective cap, characterized in that when the analysis device is in an unused state, the protective cap is maintained closed by a releasable engagement formed between the hooked portion and the locking piece, in which the hooked portion is pressed on a first sliding face of the locking piece (201 b) by an elastic force caused by an elastic deformation of the hooked portion, and a hook of the hooked portion is not engaged with a bottom of the locking piece, in order to open the protective cap to expose the inlet, a tip of the hooked portion is configured to detach from the locking piece, and the elastic deformation of the hooked portion is released, and in order to close the analysis device, the protective cap is configured to move from an opened to closed condition, and the hook of the hooked portion is configured to slide along a second sliding face of the locking piece and to run upon the locking piece to deform the hooked portion elastically and to engage the hook of the hooked portion with the bottom of the locking piece.
A multilayer combustible heat source (2, 8) for a smoking article comprising: a combustible first layer (4, 10) comprising carbon; and a second layer (6, 12) in direct contact with the first layer, the second layer comprising carbon and at least one ignition aid, wherein the first layer and the second layer are longitudinal concentric layers, wherein the first layer and the second layer each have an apparent density of at least 0.6 g/cm 3 and wherein the composition of the first layer is different from the composition of the second layer. a combustible first layer (4, 10) comprising carbon; and a second layer (6, 12) in direct contact with the first layer, the second layer comprising carbon and at least one ignition aid, wherein the first layer and the second layer are longitudinal concentric layers, wherein the first layer and the second layer each have an apparent density of at least 0.6 g/cm 3 and wherein the composition of the first layer is different from the composition of the second layer.
Use of a culture scaffold for promoting the osteogenic differentiation of a mesenchymal stem cell, the culture scaffold comprising a multi-layer graphene film, wherein the multi-layer graphene film is two- to seven-layer laminated graphene.
Method of coding or decoding a digital audio signal by transform using analysis (h a) or synthesis (h s) weighting windows applied to sample frames, characterized in that it comprises an irregular sampling of an initial window provided for a transform of given initial size N, to apply a secondary transform of size M different from N, the sampling step comprising the selection, from a first coefficient d of the initial window with 0≤d<N/M, of a defined set of coefficients N-d-1, N+d, 2N-d-1, observing a predetermined perfect reconstruction condition.
Laying aid for drainage pipes having base bodies of different heights, wherein a plurality of base bodies lined up one behind the other are combined to form a magazine body which comprises a receiving channel - which is continuous over its length - for a drainage pipe, characterised in that the magazine body is provided with desired breaking points - which extend transversely to the receiving channel and are uniformly spaced apart from each other - for the individual base bodies, and that, on the side opposite the receiving channel, the magazine body forms spacing surfaces extending between the desired breaking points and uniformly stepped with respect to each other.
An electrical isolator which includes: a) a body defining an aperture therethrough; b) a first electrical contact arranged at a first end of the aperture; c) a second electrical contact movably arranged at a second end of the aperture, said second contact configured to be operatively movable through the aperture to electrically connect to, or disconnect from, the first contact; d) at least two concave electrical field control screens (31, 32) with two flat parallel plate electrical field control screen portions fixed to the body at respective ends of, and about, the aperture such that the screens (31, 32) lie transverse to the aperture and an open-end of each concave screen (31, 32) is directed towards the other; e) wherein the body is manufactured from a solid dielectric insulating material; f) characterized in that the electrical field control screens (31, 32) and the two flat parallel plate electrical field control screen portions are partially encapsulated in a high dielectric strength solid dielectric insulating material in the body in such a manner as to ensure that the areas of maximum electric stress are within the insulating material, and in that, the electrical isolator is an air insulated unsealed electrical isolator. a) a body defining an aperture therethrough; b) a first electrical contact arranged at a first end of the aperture; c) a second electrical contact movably arranged at a second end of the aperture, said second contact configured to be operatively movable through the aperture to electrically connect to, or disconnect from, the first contact; d) at least two concave electrical field control screens (31, 32) with two flat parallel plate electrical field control screen portions fixed to the body at respective ends of, and about, the aperture such that the screens (31, 32) lie transverse to the aperture and an open-end of each concave screen (31, 32) is directed towards the other; e) wherein the body is manufactured from a solid dielectric insulating material; f) characterized in that the electrical field control screens (31, 32) and the two flat parallel plate electrical field control screen portions are partially encapsulated in a high dielectric strength solid dielectric insulating material in the body in such a manner as to ensure that the areas of maximum electric stress are within the insulating material, and in that, the electrical isolator is an air insulated unsealed electrical isolator.
Method for generating true random numbers for an integrated circuit, the method including the following steps: - providing a counter in an integrated circuit which counter receives a clock signal of the integrated circuit, - sending the signal of a resistor-capacitor circuit (R, C), acting as an oscillator, to the counter, the resistor-capacitor circuit (R, C) being situated outside the integrated circuit and being connected to the integrated circuit via input/output pins, - changing the signal of the resistor-capacitor circuit (R, C) by randomly switching one or more additional resistors (R1, R2,... Rn) in parallel to the resistor of the resistor-capacitor circuit in order to change the frequency of the signal of the resistor-capacitor circuit (R, C), - counting the oscillations of the clock during one oscillation of the signal of the resistor-capacitor circuit (R, C) and filling a register with the resulting bit stream. - providing a counter in an integrated circuit which counter receives a clock signal of the integrated circuit, - sending the signal of a resistor-capacitor circuit (R, C), acting as an oscillator, to the counter, the resistor-capacitor circuit (R, C) being situated outside the integrated circuit and being connected to the integrated circuit via input/output pins, - changing the signal of the resistor-capacitor circuit (R, C) by randomly switching one or more additional resistors (R1, R2,... Rn) in parallel to the resistor of the resistor-capacitor circuit in order to change the frequency of the signal of the resistor-capacitor circuit (R, C), - counting the oscillations of the clock during one oscillation of the signal of the resistor-capacitor circuit (R, C) and filling a register with the resulting bit stream.
A protection switching circuit comprising: a plurality of ferrite modules arranged in the form of a matrix, wherein the matrix includes a plurality of columns and a plurality of rows; a primary control module configured to select a specific ferrite module to be polarized by coupling the ferrite module to a first charging circuit; a redundant control module configured to select a specific ferrite module to be polarized by coupling the ferrite module to a second charging circuit, wherein the protection switching circuit is adapted to operate the redundant control module when it does not operate the primary control module; a plurality of first switches (108, 110), wherein a first subset of the plurality of first switches is controlled by the primary control module and is adapted to couple the plurality of columns of ferrite modules to the first charging circuit, wherein a second subset of the first plurality of switches is controlled by the redundant control module and is adapted to couple the plurality of columns of ferrite modules to the second charging circuit; and a plurality of second switches (112, 114), wherein pairs of switches in the plurality of second switches (112, 114) are connected in series, wherein each pair of switches in the plurality of second switches (112, 114) is adapted to couple a respective row of the plurality of ferrite modules to a reference potential, wherein a first subset of the plurality of second switches is controlled by the primary control module, wherein a second subset of the plurality of second switches is controlled by the redundant control module. a plurality of ferrite modules arranged in the form of a matrix, wherein the matrix includes a plurality of columns and a plurality of rows; a primary control module configured to select a specific ferrite module to be polarized by coupling the ferrite module to a first charging circuit; a redundant control module configured to select a specific ferrite module to be polarized by coupling the ferrite module to a second charging circuit, wherein the protection switching circuit is adapted to operate the redundant control module when it does not operate the primary control module; a plurality of first switches (108, 110), wherein a first subset of the plurality of first switches is controlled by the primary control module and is adapted to couple the plurality of columns of ferrite modules to the first charging circuit, wherein a second subset of the first plurality of switches is controlled by the redundant control module and is adapted to couple the plurality of columns of ferrite modules to the second charging circuit; and a plurality of second switches (112, 114), wherein pairs of switches in the plurality of second switches (112, 114) are connected in series, wherein each pair of switches in the plurality of second switches (112, 114) is adapted to couple a respective row of the plurality of ferrite modules to a reference potential, wherein a first subset of the plurality of second switches is controlled by the primary control module, wherein a second subset of the plurality of second switches is controlled by the redundant control module.
A copolymer for rheological or cosmetic compositions comprising: a) a first acrylic ester as monomer A, said monomer A being a branched acrylic ester; b) at least one further acrylic ester as monomer B, said monomer B being a linear acrylic ester; c) a cyclic N-vinyl amide as monomer C; d) at least one compound comprising a radically polymerizable α.β-ethylenically unsaturated double bond and at least one cationic and/or cationogenic moiety said compound being monomer D; e) at least one monoethylenically unsaturated carboxylic acid as monomer E; with the monomer B in its polymerized form having a glass transition temperature of 24 °C or lower and making at most one third of the weight amount of monomer A. a) a first acrylic ester as monomer A, said monomer A being a branched acrylic ester; b) at least one further acrylic ester as monomer B, said monomer B being a linear acrylic ester; c) a cyclic N-vinyl amide as monomer C; d) at least one compound comprising a radically polymerizable α.β-ethylenically unsaturated double bond and at least one cationic and/or cationogenic moiety said compound being monomer D; e) at least one monoethylenically unsaturated carboxylic acid as monomer E;
A method (1300; 1400; 1500; 1600) for wireless communication at a user equipment, UE, comprising: transmitting (1305; 1405; 1505; 1605) a first random access channel, RACH, transmission to a base station; receiving (1310; 1415; 1510; 1610), from the base station in response to the first RACH transmission, a second RACH transmission that includes an indication of two or more transmit beams for the UE to use to transmit a third RACH transmission; and transmitting (1315; 1425; 1515; 1615) the third RACH transmission to the base station using the indicated two or more transmit beams; further comprising: receiving, from the base station in response to the third RACH transmission, a fourth RACH transmission that includes an indication that the UE is to transmit an acknowledgement to the base station using one or more transmit beams; receiving the fourth RACH transmission on a plurality of beams, wherein the fourth RACH transmission includes a group acknowledgment configuration; and transmitting a group acknowledgment using the one or more transmit beams based at least in part on the group acknowledgment configuration. transmitting (1305; 1405; 1505; 1605) a first random access channel, RACH, transmission to a base station; receiving (1310; 1415; 1510; 1610), from the base station in response to the first RACH transmission, a second RACH transmission that includes an indication of two or more transmit beams for the UE to use to transmit a third RACH transmission; and transmitting (1315; 1425; 1515; 1615) the third RACH transmission to the base station using the indicated two or more transmit beams; further comprising: receiving, from the base station in response to the third RACH transmission, a fourth RACH transmission that includes an indication that the UE is to transmit an acknowledgement to the base station using one or more transmit beams; receiving the fourth RACH transmission on a plurality of beams, wherein the fourth RACH transmission includes a group acknowledgment configuration; and transmitting a group acknowledgment using the one or more transmit beams based at least in part on the group acknowledgment configuration. receiving, from the base station in response to the third RACH transmission, a fourth RACH transmission that includes an indication that the UE is to transmit an acknowledgement to the base station using one or more transmit beams; receiving the fourth RACH transmission on a plurality of beams, wherein the fourth RACH transmission includes a group acknowledgment configuration; and transmitting a group acknowledgment using the one or more transmit beams based at least in part on the group acknowledgment configuration.
An apparatus (105G, 105H, 105J) for insertion into an eye comprising: two rings coupled by a link, wherein the apparatus (105G, 105H, 105J) is fabricated of formed sheet material; the apparatus is configured to transform from a first configuration to a second configuration; the first configuration includes the apparatus (105G, 105H, 105J) rolled into the shape of a tube and the second configuration includes the apparatus (105G, 105H, 105J) unfurled; the rings are substantially concentric in the second configuration; the second configuration is configured to exert a clamping force on a tissue membrane when tissue membrane is disposed between the rings. two rings coupled by a link, wherein the apparatus (105G, 105H, 105J) is fabricated of formed sheet material; the apparatus is configured to transform from a first configuration to a second configuration; the first configuration includes the apparatus (105G, 105H, 105J) rolled into the shape of a tube and the second configuration includes the apparatus (105G, 105H, 105J) unfurled; the rings are substantially concentric in the second configuration; the second configuration is configured to exert a clamping force on a tissue membrane when tissue membrane is disposed between the rings.
A coffee machine comprising at least one hydraulic infusion circuit comprising at least one feed pump for supplying water, at least one boiler hydraulically connected to the feed pump by cascade connection, and at least one infusion unit that is hydraulically connected to the boiler by cascade connection and through which a flow rate of hot water can pass for execution of an infusion cycle, the coffee machine comprising means for regulating said flow rate of water passing through the infusion unit, means for measuring said flow rate of water passing through the infusion unit, and a feedback controller connected to said regulating means and to said measuring means and configured to acquire over time, during execution of the infusion cycle, the measurement of the current value of said flow rate of the water passing through the infusion unit, and configured to compare in real time the current value of the flow rate of the water passing through the infusion unit, as measured by the measuring means, with a corresponding reference value, and to control the regulating means so as to eliminate any deviation of said current value of the flow rate of the water passing through the infusion unit with respect to said corresponding reference value, characterized by further comprising means for detecting the pressure of the hydraulic circuit so as to keep it within pre-determined limits, said detecting means being connected to said controller.