mhurhangee/ep-ind-claims huggingface dataset:
Wind shield wall for shielding people and/or equipment from wind, comprising a series of interspaced elongate air guiding members, wherein the wind shield wall is arranged such as to allow incoming wind to flow through the wall via openings between the elongate air guiding members and such as to upwardly deflect said incoming wind flowing through the wind shield wall, characterised by said wind shield wall further comprising at least one panel, and preferably multiple panels, provided with a series of interspaced elongate air guiding members for upwardly deflecting incoming wind flowing through the respective panel via openings between its elongate air guiding members, and wherein for the case of a blast or explosion, the panel is fixed in the wind shield wall by means of at least a break-away coupling; and/or the wind shield wall further comprises a support structure for supporting the at least one panel, the at least one panel being hingedly supported with respect to said support structure.
An image sensor semiconductor package (88, 90), comprising: a printed circuit board, PCB, comprising a first surface and a second surface opposite the first surface; an interposer comprising a first surface and a second surface opposite the first surface of the interposer, the interposer comprising a recess in its second surface and comprising one or more electrical vias passing through the interposer from the first surface of the interposer to the second surface of the interposer; a complementary metal-oxide semiconductor, CMOS, image sensor, CIS, die comprising a first surface comprising a photosensitive region and a second surface opposite the first surface of the CIS die, the second surface of the CIS die directly being coupled with the first surface of the interposer and the second surface of the interposer being coupled to the first surface of the PCB; an image signal processor, ISP, arranged within the recess of the interposer; one or more electrical couplers electrically coupling the CIS die with the PCB through the one or more electrical vias of the interposer; and a plurality of electrical contacts being comprised at the second surface of the PCB and being electrically coupled with the CIS die and with the ISP, characterized in that the ISP is arranged such that it is embedded within the recess. a printed circuit board, PCB, comprising a first surface and a second surface opposite the first surface; an interposer comprising a first surface and a second surface opposite the first surface of the interposer, the interposer comprising a recess in its second surface and comprising one or more electrical vias passing through the interposer from the first surface of the interposer to the second surface of the interposer; a complementary metal-oxide semiconductor, CMOS, image sensor, CIS, die comprising a first surface comprising a photosensitive region and a second surface opposite the first surface of the CIS die, the second surface of the CIS die directly being coupled with the first surface of the interposer and the second surface of the interposer being coupled to the first surface of the PCB; an image signal processor, ISP, arranged within the recess of the interposer; one or more electrical couplers electrically coupling the CIS die with the PCB through the one or more electrical vias of the interposer; and a plurality of electrical contacts being comprised at the second surface of the PCB and being electrically coupled with the CIS die and with the ISP, characterized in that the ISP is arranged such that it is embedded within the recess.
A radio base station apparatus comprising: a signal generating section configured to generate a first downlink control signal to be transmitted to a mobile terminal apparatus by a physical downlink control channel and a second downlink control signal to be transmitted to the mobile terminal apparatus by an enhanced physical downlink control channel; a control channel multiplexing section configured to multiplex the first downlink control signal on a radio resource of first n symbols n = 1, 2 or 3 allocated to the physical downlink control channel in a subframe and to frequency-division-multiplex the second downlink control signal on a radio resource which is allocated to the enhanced physical downlink control channel and has a predetermined number of symbols in a time domain following the symbols where the first downlink control signal is multiplexed in the subframe; and a transmission section configured to transmit the first downlink control signal by the physical downlink control channel and the second downlink control signal by the enhanced physical downlink control channel, characterized by a scheduling section configured, when Carrier Indicator Field, CIF and cross-carrier scheduling is used, to determine a search space for the second downlink control signal based on a number of enhanced physical downlink control channel candidates and a CIF value. a signal generating section configured to generate a first downlink control signal to be transmitted to a mobile terminal apparatus by a physical downlink control channel and a second downlink control signal to be transmitted to the mobile terminal apparatus by an enhanced physical downlink control channel; a control channel multiplexing section configured to multiplex the first downlink control signal on a radio resource of first n symbols n = 1, 2 or 3 allocated to the physical downlink control channel in a subframe and to frequency-division-multiplex the second downlink control signal on a radio resource which is allocated to the enhanced physical downlink control channel and has a predetermined number of symbols in a time domain following the symbols where the first downlink control signal is multiplexed in the subframe; and a transmission section configured to transmit the first downlink control signal by the physical downlink control channel and the second downlink control signal by the enhanced physical downlink control channel, a scheduling section configured, when Carrier Indicator Field, CIF and cross-carrier scheduling is used, to determine a search space for the second downlink control signal based on a number of enhanced physical downlink control channel candidates and a CIF value.
A hot melt adhesive system comprising: an adhesive supply configured to contain a bulk quantity of particulate hot melt adhesive and having an outlet; an adhesive melter (12, 62) having an inlet, and configured to melt the particulate hot melt adhesive into a liquid hot melt adhesive, the adhesive supply and the adhesive melter (12, 62) being thermally isolated from each other such that particulate adhesive in the adhesive supply remains unmelted during operation of the adhesive melter (12, 62); and a feeder device (14, 60) having an opening provided through a side of a main portion of said feeder device (14, 60) proximate a base surface that comprises part of an outlet for particulate hot melt adhesive that moves through the feeder device (14, 60), wherein the feeder device (14, 60) is configured to intermittently direct particulate hot melt adhesive from the adhesive supply to the adhesive melter (12, 62), wherein the outlet of the adhesive supply is offset from a position directly above the inlet of the adhesive melter (12, 62), and wherein the feeder device (14, 60) is configured to prevent the flow of heated air from the adhesive melter (12, 62) to the adhesive supply. an adhesive supply configured to contain a bulk quantity of particulate hot melt adhesive and having an outlet; an adhesive melter (12, 62) having an inlet, and configured to melt the particulate hot melt adhesive into a liquid hot melt adhesive, the adhesive supply and the adhesive melter (12, 62) being thermally isolated from each other such that particulate adhesive in the adhesive supply remains unmelted during operation of the adhesive melter (12, 62); and a feeder device (14, 60) having an opening provided through a side of a main portion of said feeder device (14, 60) proximate a base surface that comprises part of an outlet for particulate hot melt adhesive that moves through the feeder device (14, 60), wherein the feeder device (14, 60) is configured to intermittently direct particulate hot melt adhesive from the adhesive supply to the adhesive melter (12, 62), wherein the outlet of the adhesive supply is offset from a position directly above the inlet of the adhesive melter (12, 62), and wherein the feeder device (14, 60) is configured to prevent the flow of heated air from the adhesive melter (12, 62) to the adhesive supply.
Force generator for an active resonance system, comprising a housing, to which a moving coil is fastened, also comprising an oscillator with at least one permanent magnet, which has an annular slot for the moving coil, wherein the oscillator is suspended in the housing with a degree of freedom of movement such that an oscillating movement takes place in the axial direction of the annular slot, wherein the housing is formed rotationally symmetrically with respect to the axial direction, also arranged in the housing is an armature, which magnetically attracts the oscillator when it approaches, and wherein the oscillator comprises a cup to which the permanent magnet is centrally attached, characterized in that, for detecting the distance between the oscillator and the armature, the force generator comprises a position determining device and in that the oscillator is suspended by means of flexible mounts (22a, 22b), against the force of which it can be moved by the attraction of the armature into a locked position against the latter.
Fuel pump having a housing, wherein, in the housing, there are arranged at least one pump stage for conveying fuel, an electric motor composed of a stator and a rotor arranged on a shaft, wherein the shaft drives the at least one pump stage, and pump electronics for regulating the fuel pump, wherein the pump electronics are arranged in a metal housing composed of a base and of a cover, which metal housing is arranged in the housing of the fuel pump, wherein the cover and the base of the metal housing are hermetically connected to one another, wherein the base has openings in which electrical connectors are arranged, characterized in that the electrical connectors are sealed off with respect to the openings by means of plastic for the purposes of protection against fuel, wherein the openings of the base are each surrounded by a ring-shaped embossment, wherein the regions of the ring-shaped embossments have a smaller thickness than the base, and in that the plastic is arranged as far as into the region of the embossment.
A cover window comprising: a polymer film; a hard coating layer on the polymer film; a first inorganic layer facing the polymer film with the hard coating layer therebetween; and a second inorganic layer on the polymer film and defining an outer surface of the cover window, wherein the first inorganic layer and the second inorganic layer include a silicon oxide or a silicon nitride wherein the hard coating layer includes an organic material, the polymer film includes a first side and a second side opposing each other along a thickness of the cover window, the hard coating layer and the first inorganic layer are in order from the first side of the polymer film, and the second inorganic layer contacts the second side of the polymer film, wherein the first and second inorganic layers (131, 132) are arranged at respective opposing sides of the cover window. a polymer film; a hard coating layer on the polymer film; a first inorganic layer facing the polymer film with the hard coating layer therebetween; and a second inorganic layer on the polymer film and defining an outer surface of the cover window, wherein the first inorganic layer and the second inorganic layer include a silicon oxide or a silicon nitride wherein the hard coating layer includes an organic material, the polymer film includes a first side and a second side opposing each other along a thickness of the cover window, the hard coating layer and the first inorganic layer are in order from the first side of the polymer film, and the second inorganic layer contacts the second side of the polymer film, wherein the first and second inorganic layers (131, 132) are arranged at respective opposing sides of the cover window.
A method of monitoring inventory of perishable goods, the method comprising: detecting, using one or more weight measurement units, a weight of one or more perishable goods on the one or more weight measurement units; determining, using a controller, a quantity of the one or more perishable goods within an area in response to the weight of the one or more perishable goods; detecting, using the one or more weight measurement units, a decrease in weight of the one or more perishable goods; determining, using the controller, that the decrease in weight, which would otherwise register as a decrease of inventory of the one or more perishable goods, was due to a loss of water from the one or more perishable goods, the determining step is performed by: determining, using a checkout register, that the one or more perishable goods was not associated with a sale from the checkout register; and/or determining, using a door sensor, that a door to the area has not been opened; and/or determining, using one or more cameras, that the one or more perishable goods was not moved within the area; detecting, using the controller, when the quantity of the one or more perishable goods is equal to or less than a selected quantity; and transmitting, using a communication module, a notification to at least one of a store management device and a vendor device, when the quantity of the one or more perishable goods is equal to or less than a selected quantity. detecting, using one or more weight measurement units, a weight of one or more perishable goods on the one or more weight measurement units; determining, using a controller, a quantity of the one or more perishable goods within an area in response to the weight of the one or more perishable goods; detecting, using the one or more weight measurement units, a decrease in weight of the one or more perishable goods; determining, using the controller, that the decrease in weight, which would otherwise register as a decrease of inventory of the one or more perishable goods, was due to a loss of water from the one or more perishable goods, the determining step is performed by: determining, using a checkout register, that the one or more perishable goods was not associated with a sale from the checkout register; and/or determining, using a door sensor, that a door to the area has not been opened; and/or determining, using one or more cameras, that the one or more perishable goods was not moved within the area; determining, using a checkout register, that the one or more perishable goods was not associated with a sale from the checkout register; and/or determining, using a door sensor, that a door to the area has not been opened; and/or determining, using one or more cameras, that the one or more perishable goods was not moved within the area; detecting, using the controller, when the quantity of the one or more perishable goods is equal to or less than a selected quantity; and transmitting, using a communication module, a notification to at least one of a store management device and a vendor device, when the quantity of the one or more perishable goods is equal to or less than a selected quantity.
Ship for navigating in icy waters, provided in the stern area with a wedge which extends from the bottom of the ship downwards, transversely to the ship, characterised in that said wedge is defined by a first surface inclined towards the bow and by a second surface inclined towards the stern with respect to a horizontal plane, said two surfaces (11, 12) connecting each other at a lower edge of the wedge and in that said wedge is at least partly arranged below the waterline of the ship, the first inclined surface being dimensioned in such a way that in case of forward motion, the first surface, hit by the water flow, generates a lift force such as to change the trim of the ship acting as a trim wedge, the second inclined surface being dimensioned in such a way that in case of reverse motion in icy waters, the second inclined surface engages the ice first and for the ship serves as a rising chute above the ice itself, said wedge crushing the ice by bending thanks to the weight of the ship itself once the ship stern has slid over the ice.
A nucleic acid vector comprising a promoter operably linked to: a) a polylinker sequence; b) a non-Zea mays KN1 gene; or c) a combination of a) and b), wherein said promoter consists of the polynucleotide sequence as set forth in SEQ ID NO:1. a) a polylinker sequence; b) a non-Zea mays KN1 gene; or c) a combination of a) and b),
Foam material sealing strip impregnated for delayed recovery for sealing an object inserted into a wall opening or an horizontal joint or a vertical joint, wherein the foam material sealing strip comprises, on the basis of a cross-section, two opposing narrow sides (7, 8) in each case facing the inner side or the outer side of the building in the installed state, and wide sides (3, 4) suitable for abutting the object or reveal or an horizontal joint, including a wall element arranged in the vertical joint, wherein furthermore the foam material sealing strip has a partial longitudinal region and a partial longitudinal strip (14, 15) only partially connected to the partial longitudinal region in the direction of the thickness of the foam material sealing strip, wherein furthermore the partial longitudinal region and the partial longitudinal strip (14, 15) are made from the same foam material and the foam material sealing strip is air-permeable overall, characterised in that the partial longitudinal strip (14, 15) augments the partial longitudinal region in an abutting state to produce a foam material sealing strip which facilitates equally strong compression on both longitudinal side regions in the installed state, and in that, by placement of the partial longitudinal strip (14, 15) on the partial longitudinal region, in the installed state due to higher compression the lateral region thus formed can be or is formed to be more dense than the opposing lateral region, and in that the partial connection between the partial longitudinal region and the partial longitudinal strip (14, 15) is formed (i) by a longitudinal incision (11, 12) extending in the longitudinal direction of the foam material sealing strip extending only over a part of the thickness (d) of the foam material sealing strip, wherein two or more than two longitudinal incisions (11, 12) are spaced apart in the width direction and the second longitudinal incision is formed in the opposite direction to the first longitudinal incision or the more than two longitudinal incisions are in each case formed alternately in the opposite direction to the respective adjacent longitudinal incision.
A polymer powder being (i) a polymer powder, wherein the polymer powder comprises a (meth)acrylate-based polymer having a glass transition temperature of 0°C or less, and the polymer powder has an acetone-soluble component of 5 mass% or more, and the acetone-soluble component has a mass average molecular weight of 100,000 or more.
A medical device, comprising: a distal assembly including a first plurality of legs, a second plurality of legs, and a distal tip; a first driver and a second driver, wherein a proximal end of at least one leg of the first plurality of legs is coupled to the first driver, and a proximal end of at least one leg of the second plurality of legs is coupled to the second driver; a first longitudinally extending hollow member movably positioned along the first driver; and a second longitudinally extending hollow member movably positioned along the second driver; wherein movement of the first longitudinally extending hollow member relative to the first driver converges legs of the first plurality of legs, and movement of the second longitudinally extending hollow member relative to the second driver converges legs of the second plurality of legs, wherein each of the first longitudinally extending hollow member and the second longitudinally extending hollow member is independently movable. a distal assembly including a first plurality of legs, a second plurality of legs, and a distal tip; a first driver and a second driver, wherein a proximal end of at least one leg of the first plurality of legs is coupled to the first driver, and a proximal end of at least one leg of the second plurality of legs is coupled to the second driver; a first longitudinally extending hollow member movably positioned along the first driver; and a second longitudinally extending hollow member movably positioned along the second driver; wherein movement of the first longitudinally extending hollow member relative to the first driver converges legs of the first plurality of legs, and movement of the second longitudinally extending hollow member relative to the second driver converges legs of the second plurality of legs, wherein each of the first longitudinally extending hollow member and the second longitudinally extending hollow member is independently movable.
A water dispersion for ink-jet printing comprising two kinds of carbon blacks (a) and (b) and a crosslinked water-insoluble polymer which adheres to a surface of the respective carbon blacks (a) and (b), wherein the carbon black (a) has an acid group content of from 0 to 200 μmol/g and the carbon black (b) has an acid group content of more than 200 μmol/g but not more than 1000 μmol/g, and a difference between acid group contents of the carbon blacks (a) and (b) is from 100 to 1000 μmol/g.
A crossflow containment well tool comprising: a sub body configured to be positioned in a well, the sub body comprising an internal fluid pathway extending from an inlet aperture at a downhole end of the sub body to an outlet aperture at an uphole end of the sub body, the sub body configured to flow well fluid through the internal fluid pathway in an uphole direction from the inlet aperture toward the outlet aperture; a check valve that includes a flapper element disposed within the internal fluid pathway of the sub body, the flapper element configured to move between an open position and a closed position to selectively seal the internal fluid pathway from fluid flow in the uphole direction from the inlet aperture toward the outlet aperture; and a sealing element circumscribing a portion of the sub body between the downhole end and the uphole end, the sealing element configured to selectively seal against a wellbore wall. a sub body configured to be positioned in a well, the sub body comprising an internal fluid pathway extending from an inlet aperture at a downhole end of the sub body to an outlet aperture at an uphole end of the sub body, the sub body configured to flow well fluid through the internal fluid pathway in an uphole direction from the inlet aperture toward the outlet aperture; a check valve that includes a flapper element disposed within the internal fluid pathway of the sub body, the flapper element configured to move between an open position and a closed position to selectively seal the internal fluid pathway from fluid flow in the uphole direction from the inlet aperture toward the outlet aperture; and a sealing element circumscribing a portion of the sub body between the downhole end and the uphole end, the sealing element configured to selectively seal against a wellbore wall.