mhurhangee/ep-ind-claims huggingface dataset:
A sound absorbing body for audio having a sound source side, comprising: a plurality of porous materials (1, 3) provided with air pores within; and a structured body of three or more layers wherein at least two layers of the porous materials (1, 3) are bonded by an adhesive layer having a preset thickness, the adhesive layer being adapted to perform sound absorption through membrane vibration; wherein one side of the structured body is provided on the sound source side, and the other side of the structured body has a corrugated shape; characterized in that the corrugated shape is formed by a plurality of individual porous materials and air layers disposed alternatingly such that each of these individual porous materials increases in volume towards the sound source side and is bonded by the adhesive layer. a plurality of porous materials (1, 3) provided with air pores within; and a structured body of three or more layers wherein at least two layers of the porous materials (1, 3) are bonded by an adhesive layer having a preset thickness, the adhesive layer being adapted to perform sound absorption through membrane vibration; wherein one side of the structured body is provided on the sound source side, and the other side of the structured body has a corrugated shape; characterized in that the corrugated shape is formed by a plurality of individual porous materials and air layers disposed alternatingly such that each of these individual porous materials increases in volume towards the sound source side and is bonded by the adhesive layer.
An apparatus, comprising: a flexible probe having a proximal portion and a distal end, the probe adapted for insertion into a body cavity of a living subject, the probe having a distal tip at the distal end of the probe; and an assembly in the distal end of the probe, comprising: a transmitter; a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; and a resilient element disposed between the transmitter and the receiver, which is configured to deform in response to pressure exerted on the distal tip when the distal tip engages a wall of the body cavity wherein the receiver comprises three coils; and characterised in that the assembly further comprises a plurality of localizer coils that are operative to respond to incident radiofrequency radiation from an external source, wherein the localizer coils are circumscribed by the three coils. a flexible probe having a proximal portion and a distal end, the probe adapted for insertion into a body cavity of a living subject, the probe having a distal tip at the distal end of the probe; and an assembly in the distal end of the probe, comprising: a transmitter; a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; and a resilient element disposed between the transmitter and the receiver, which is configured to deform in response to pressure exerted on the distal tip when the distal tip engages a wall of the body cavity wherein the receiver comprises three coils; and characterised in that the assembly further comprises a plurality of localizer coils that are operative to respond to incident radiofrequency radiation from an external source, wherein the localizer coils are circumscribed by the three coils. a transmitter; a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; and a resilient element disposed between the transmitter and the receiver, which is configured to deform in response to pressure exerted on the distal tip when the distal tip engages a wall of the body cavity wherein the receiver comprises three coils; and characterised in that the assembly further comprises a plurality of localizer coils that are operative to respond to incident radiofrequency radiation from an external source, wherein the localizer coils are circumscribed by the three coils.
A lighting arrangement for an aircraft, comprising: a navigational lighting group disposable along at least a leading edge of a wing of the aircraft, wherein the navigational lighting group comprises at least one light emitting source (50, 52, 54); a light bar extendable along at least a portion of the leading edge of the wing, adjacent to the navigational lighting group, the light bar being disposed outboard of the navigational lighting group, the light bar being configured to emit light along a length thereof, and characterised in that the light bar comprises at least one of an active light strip (60 or a passive light strip.
An exhaust gas purification device for a vehicle, in particular for a commercial vehicle, having a least one SCR catalyst (15, 17) arranged in an exhaust line of the exhaust gas purification device, and having a mixing and deflecting device, which is arranged upstream of the at least one SCR catalyst (15, 17) as seen in the direction of exhaust gas flow and by means of which an additive, in particular an aqueous urea solution, that can be introduced into an exhaust gas flow can be mixed with the exhaust gas flow and by means of which the exhaust gas flow can be deflected, in particular can be deflected through approximately 180°, wherein the mixing and deflecting device has a substantially U-shaped bent tube element, by means of which an exhaust line part arranged upstream of the mixing and deflecting device and an exhaust line part arranged downstream of the mixing and deflecting device can be fluidically connected, wherein the mixing and deflecting device has a mixing tube element, which is arranged within the bent tube element, wherein an exhaust gas inlet opening of the mixing tube element is assigned to a first of the U legs of the bent tube element, and wherein an exhaust gas outlet opening of the mixing tube element is assigned to a second of the U legs of the bent tube element, characterized in that the mixing and deflecting device has at least one homogenization element designed as an annular orifice plate, which is arranged downstream of the mixing tube element, in the region of the exhaust gas outlet opening of the mixing tube element.
A strike or keep assembly comprises a faceplate, a backplate including a body portion having a planar front face butting up against a planar back face of the faceplate and one or more projecting portions for extending rearwardly from the body portion of the backplate into contact with a face of a supporting frame, a screw-threaded member in screw threaded engagement with a threaded hole in the faceplate and extending rearwardly for contacting the face of the supporting frame, the faceplate including one or more slots (10A, 10B) for allowing the passage of one or more fasteners (8A, 8B) for engaging one or more fastener locations (11A, 11B) in the backplate to fasten the backplate to the faceplate.
A multilayer barrier film comprising: (a) at least one polyolefin core layer selected from high density polyethylene, medium density polyethylene, low density polyethylene, and linear low density polyethylene; (b) at least one barrier layer comprising ethylene vinyl alcohol on both the sides of the core layer; and (c) at least one polyolefin layer adjacent to the at least one barrier layer, wherein the at least one barrier layer individually has thickness in the range of 1 μm - 25 μm. (a) at least one polyolefin core layer selected from high density polyethylene, medium density polyethylene, low density polyethylene, and linear low density polyethylene; (b) at least one barrier layer comprising ethylene vinyl alcohol on both the sides of the core layer; and (c) at least one polyolefin layer adjacent to the at least one barrier layer,
A fluid connector comprising: a housing comprising at least one fluid access site and attachment members; a body member secured to the housing with corresponding attachment members (210, 213); a rigid arm having a proximal end and a distal end, the rigid arm joined to the body member between the proximal end and the distal end; a cover member integral with the distal end of the rigid arm and covering the access site, the cover member being displaceable from the access site by displacement of the rigid arm; and an elastomeric member loading the rigid arm between the proximal end and the distal end, so that the cover member is under a load such that the cover member is passively held in the covering relationship with the access site, characterized in that the attachment members (211, 210, 213) connecting the body member to the housing provide a pivoting connection. a housing comprising at least one fluid access site and attachment members; a body member secured to the housing with corresponding attachment members (210, 213); a rigid arm having a proximal end and a distal end, the rigid arm joined to the body member between the proximal end and the distal end; a cover member integral with the distal end of the rigid arm and covering the access site, the cover member being displaceable from the access site by displacement of the rigid arm; and an elastomeric member loading the rigid arm between the proximal end and the distal end, so that the cover member is under a load such that the cover member is passively held in the covering relationship with the access site,
A process for producing an antibacterial coating composition for implants comprising the steps of: • converting a (meth)acrylic acid-based monomer A containing at least one epoxide with a polyguanidine, by the reaction of an amino group of the polyguanidine with the epoxide to obtain a (meth) acrylic acid polyguanidine macromolecule and • polymerising the (meth)acrylic acid polyguanidine macromolecule with a monomer B containing at least one polymerisable double bond and containing at least one phosphonate group by radical polymerisation of the (meth)acrylic acid unit and the double bond. • converting a (meth)acrylic acid-based monomer A containing at least one epoxide with a polyguanidine, by the reaction of an amino group of the polyguanidine with the epoxide to obtain a (meth) acrylic acid polyguanidine macromolecule and • polymerising the (meth)acrylic acid polyguanidine macromolecule with a monomer B containing at least one polymerisable double bond and containing at least one phosphonate group by radical polymerisation of the (meth)acrylic acid unit and the double bond.
A charging cable for transmitting electrical energy, having a cable sheath and at least one electric conductor cable arranged within the cable sheath, wherein at least one cavity within the charging cable, between the cable sheath and the electric conductor cable, is filled with a heat conduction medium such that the heat conduction medium is in direct contact with the electric conductor cable, wherein the heat conduction medium is configured as a gel, specifically as a gel which is loaded with a ceramic powder,. characterized in that the charging cable comprises at least one cooling line, which is arranged within the cable sheath and can accommodate a flux of coolant fluid.
A housing for a bladed rotor of a turbomachine, particularly for an aircraft engine, wherein the housing, in order to improve a surge margin of the turbomachine, has on its inner side to be turned towards the rotor a structured surface with a plurality of depressions arranged over the inner periphery of the housing, with the depressions being separated from one another by raised areas, and with the raised areas being made of a first material and covered at least partially with a more abradable second material, characterized in that the first material is titanium and/or a titanium alloy and the raised areas towards the perimeter of the housing are arranged such that, when a rotor blade is rubbed, the wear from raised area to raised area is interrupted.
An LED based illumination device, comprising: a first LED string comprising a first plurality of LEDs coupled in series, wherein a current supplied to the first LED string causes a light emission from the LED based illumination device with a first Correlated Color Temperature, CCT; a second LED string comprising a second plurality of LEDs coupled in series, wherein the current supplied to the second LED string causes a light emission from the LED based illumination device with a second CCT; characterized in that the device further comprises a current router comprising, a first node for coupling to a current source, the current router adapted for receiving on the first node a current signal having a property from a group consisting of switching frequency and duty cycle generated by the current source, a second node coupled to the first LED string, a third node coupled to the second LED string, the current router adapted for selectively routing a first portion of the current signal to the first LED string over the second node and a second portion of the current signal to the second LED string over the third node based on the property of the current signal being from the group consisting of switching frequency and duty cycle, wherein the current router changes a first current supplied to the first LED string relative to a second current supplied to the second LED string based on the property of the current signal. a first LED string comprising a first plurality of LEDs coupled in series, wherein a current supplied to the first LED string causes a light emission from the LED based illumination device with a first Correlated Color Temperature, CCT; a second LED string comprising a second plurality of LEDs coupled in series, wherein the current supplied to the second LED string causes a light emission from the LED based illumination device with a second CCT; characterized in that the device further comprises a current router comprising, a first node for coupling to a current source, the current router adapted for receiving on the first node a current signal having a property from a group consisting of switching frequency and duty cycle generated by the current source, a second node coupled to the first LED string, a third node coupled to the second LED string, the current router adapted for selectively routing a first portion of the current signal to the first LED string over the second node and a second portion of the current signal to the second LED string over the third node based on the property of the current signal being from the group consisting of switching frequency and duty cycle, wherein the current router changes a first current supplied to the first LED string relative to a second current supplied to the second LED string based on the property of the current signal.
A method for wireless communication, comprising: determining acknowledgement, ACK, information for data received from a first cell by a user equipment, UE; determining acknowledgement, ACK, information for data received from a second cell by the UE; sending the ACK information for the first cell on a feedback channel with a first orthogonal variable spreading factor channelization code; sending the ACK information for the second cell on the feedback channel with a second orthogonal variable spreading factor channelization code; encoding the ACK information for the first cell based on a block code to obtain a first codeword; and encoding the ACK information for the second cell based on the block code to obtain a second codeword, and wherein the first and second codewords are sent on the feedback channel with the first and second channelization codes, respectively, and wherein the block code implements a codebook comprising a first codeword for ACK, a second codeword for negative acknowledgement, NACK, and a third codeword for discontinuous transmission, DTX, for a cell. determining acknowledgement, ACK, information for data received from a first cell by a user equipment, UE; determining acknowledgement, ACK, information for data received from a second cell by the UE; sending the ACK information for the first cell on a feedback channel with a first orthogonal variable spreading factor channelization code; sending the ACK information for the second cell on the feedback channel with a second orthogonal variable spreading factor channelization code; encoding the ACK information for the first cell based on a block code to obtain a first codeword; and encoding the ACK information for the second cell based on the block code to obtain a second codeword, and wherein the first and second codewords are sent on the feedback channel with the first and second channelization codes, respectively, and wherein the block code implements a codebook comprising a first codeword for ACK, a second codeword for negative acknowledgement, NACK, and a third codeword for discontinuous transmission, DTX, for a cell.
A composition having μ-opioid receptor binding activity wherein the composition comprises a μ-opioid receptor binding peptide and a cyclodextrin, wherein the composition is an aqueous solution, wherein the peptide is SEQ ID NO: 13 at a concentration of at least 4 mg/ml, and wherein the cyclodextrin is 2-Hydroxypropyl-β-cyclodextrin (HPβC) at a concentration from 15% to 25%.
A calibration system for a tensioning system on a square baler, the calibration system comprising: a slack arm included in the tensioning system; a sensor device in communication with the slack arm; one or more processor devices coupled to one or more memory architectures, characterized in that the one or more processor devices are configured to: identify a first movement of the slack arm; determine that the slack arm has been maintained in a first calibration position, after the identified first movement, for at least a first predetermined time interval; determine a first calibration setting for the slack arm based upon, at least in part, the determined first calibration position; identify a second movement of the slack arm; determine that the slack arm has been maintained in a second calibration position, after the identified second movement, for at least a second predetermined time interval; and determine a second calibration setting for the slack arm based upon, at least in part, the determined second calibration position. a slack arm included in the tensioning system; a sensor device in communication with the slack arm; one or more processor devices coupled to one or more memory architectures, characterized in that the one or more processor devices are configured to: identify a first movement of the slack arm; determine that the slack arm has been maintained in a first calibration position, after the identified first movement, for at least a first predetermined time interval; determine a first calibration setting for the slack arm based upon, at least in part, the determined first calibration position; identify a second movement of the slack arm; determine that the slack arm has been maintained in a second calibration position, after the identified second movement, for at least a second predetermined time interval; and determine a second calibration setting for the slack arm based upon, at least in part, the determined second calibration position. identify a first movement of the slack arm; determine that the slack arm has been maintained in a first calibration position, after the identified first movement, for at least a first predetermined time interval; determine a first calibration setting for the slack arm based upon, at least in part, the determined first calibration position; identify a second movement of the slack arm; determine that the slack arm has been maintained in a second calibration position, after the identified second movement, for at least a second predetermined time interval; and determine a second calibration setting for the slack arm based upon, at least in part, the determined second calibration position.
A special hot stamping foil for an anti-counterfeit printing material with a hot stamping texture, comprising an anti-counterfeit information layer, the anti-counterfeit information of the anti-counterfeit information layer is stored in a database of a computer anti-counterfeit inquiry system connected to a telephone network and/or the Internet, for public inspection and verification of authenticity, wherein the special hot stamping foil comprises: - a carrier layer; - an anti-counterfeit identifying layer with a hot stamping texture, which comprises in sequence a release layer, an adhesive layer, a fiber layer with randomly distributed fibers and a gluing layer, wherein one side of said release layer is in contact with said carrier layer, while said gluing layer is to be in contact with a printing material body; the area of said gluing layer > the area of the fiber layer > the area of the adhesive layer; - pieces of anti-counterfeit identifying layer with a hot stamping texture are arranged on said carrier layer at a certain spacing; - an identifying number layer is further printed in each piece of anti-counterfeit identifying layer with a hot stamping texture; - said fiber layer is said anti-counterfeit information layer, and characteristic information about the random distribution of said fibers is said anti-counterfeit information. - a carrier layer; - an anti-counterfeit identifying layer with a hot stamping texture, which comprises in sequence a release layer, an adhesive layer, a fiber layer with randomly distributed fibers and a gluing layer, wherein one side of said release layer is in contact with said carrier layer, while said gluing layer is to be in contact with a printing material body; the area of said gluing layer > the area of the fiber layer > the area of the adhesive layer; - pieces of anti-counterfeit identifying layer with a hot stamping texture are arranged on said carrier layer at a certain spacing; - an identifying number layer is further printed in each piece of anti-counterfeit identifying layer with a hot stamping texture; - said fiber layer is said anti-counterfeit information layer, and characteristic information about the random distribution of said fibers is said anti-counterfeit information.
Collapsible support, capable of holding a tablet arm for chairs, which consists of a main body capable of holding the tablet arm and in general "L" configuration that has fastened to its horizontal wing a first anchor piece and on its vertical wing, a second anchor piece; with the particular feature that both anchor pieces, have respective strategic shapes that are strategically oriented to fit/remove this assembly on a horizontal tube and on a vertical tube of the chair frame without auxiliary tools or complex handling, characterized in that the first anchor piece defines an upper longitudinal recess equipped with a wall/stop on one of its bases in which recess the horizontal wing of the main body is fastened; and an elastically deformable lower longitudinal recess to be fitted/removed on the horizontal tube by elastic deformation.