mhurhangee/ep-ind-claims huggingface dataset:
A label assembly comprising: a permanent section; a peel away section; and barcode information and/or human readable information printed on said label assembly; wherein at least a portion of an edge of said permanent section is positioned adjacent to at least a portion of an edge of said peel away section, wherein said barcode information extends across the permanent section and the peel away section and/or said human readable information is located on the permanent section and the peel away section, such that the permanent section and the peel away section have the same barcode information and/or human readable information when the peel away section is detached from the permanent section, and wherein a first portion of said peel away section comprises adhesive and a second portion of said peel away section is free of adhesive, charecterized in that said peel away section comprises an elliptical shape and the portion of the edge of the permanent section that is positioned adjacent to the portion of the edge of the peel away section is removably joined thereto by an arc-shaped perforation that corresponds to the elliptical shape of the peel away section. a permanent section; a peel away section; and barcode information and/or human readable information printed on said label assembly; wherein at least a portion of an edge of said permanent section is positioned adjacent to at least a portion of an edge of said peel away section, wherein said barcode information extends across the permanent section and the peel away section and/or said human readable information is located on the permanent section and the peel away section, such that the permanent section and the peel away section have the same barcode information and/or human readable information when the peel away section is detached from the permanent section, and wherein a first portion of said peel away section comprises adhesive and a second portion of said peel away section is free of adhesive, charecterized in that said peel away section comprises an elliptical shape and the portion of the edge of the permanent section that is positioned adjacent to the portion of the edge of the peel away section is removably joined thereto by an arc-shaped perforation that corresponds to the elliptical shape of the peel away section.
A multi-layered security system having an attack side adapted to receive a first attack from an intruder, the system comprising a plurality of layers of defense, the layers of defense being adapted for receiving the first attack and subsequent second attacks from the intruder, the plurality of layers being defined by a multitude of barriers having at least first and third barriers, wherein the first barrier and third barrier are arranged in a spaced apart relationship with respect to each other defining a second barrier comprising a passage located between the first and third barriers (12a and 12c), the first barrier comprises a plurality of first panels arranged side by side and the third barrier comprises a plurality of second panels arranged side by side, wherein the security system further comprises a link bar comprising first means for joining together adjacent first panels for defining the first barrier, second means for joining together adjacent second panels for defining the third barrier, and third means for attaching the first and third barriers (12a and 12c) in a spaced apart relationship opposite to each other, characterized in that the passage allows a person to walk along the passage.
A method for wireless communication at a user equipment,UE, comprising: receiving a set of signals from a base station while operating in a discontinuous reception, DRX, mode, the set of signals comprising one or more reference signals, or one or more synchronization signals, or a combination thereof, waking from a sleep state prior to a scheduled active state of the DRX mode, wherein the set of signals are received from the base station upon waking from the sleep state; receiving, while operating in the DRX mode, a control channel that indicates at least a portion of a cell radio network temporary identifier, C-RNTI, of the UE, the control channel transmitted by the base station using a beam sweeping configuration; wherein receiving the control channel is based at least in part on receiving the set of signals; selecting, by the UE, a downlink transmit beam of the base station based at least in part on the received control channel; and transmitting an indication of the selected downlink transmit beam to the base station. receiving a set of signals from a base station while operating in a discontinuous reception, DRX, mode, the set of signals comprising one or more reference signals, or one or more synchronization signals, or a combination thereof, waking from a sleep state prior to a scheduled active state of the DRX mode, wherein the set of signals are received from the base station upon waking from the sleep state; receiving, while operating in the DRX mode, a control channel that indicates at least a portion of a cell radio network temporary identifier, C-RNTI, of the UE, the control channel transmitted by the base station using a beam sweeping configuration; wherein receiving the control channel is based at least in part on receiving the set of signals; selecting, by the UE, a downlink transmit beam of the base station based at least in part on the received control channel; and transmitting an indication of the selected downlink transmit beam to the base station.
A method of washing dishes by means of a dishwasher comprising a plurality of racks placed in a washing compartment and intended to support the dishes during the wash, the dishwasher implements a procedure comprising the steps of: a) selecting the wash parameters according to at least: - a first input concerning the type of cycle to be implemented, said first input being selectable from a discrete list; - a second input concerning which is the rack on which the dishes to be washed are positioned; b) performing the wash; said first input can be selected from a predetermined list of wash cycles comprising a fast cycle and an intensive cycle; characterised in that the introduction of said second input in the event in which as the first input said fast cycle is selected shortens the wash cycle; the introduction of said second input in the event in which as the first input said intensive cycle is chosen increases the maximum temperature reached by the washing liquid, lengthens the wash cycle and increases, at least at predetermined times of the wash cycle, the washing liquid dispensing pressure within the compartment. a) selecting the wash parameters according to at least: - a first input concerning the type of cycle to be implemented, said first input being selectable from a discrete list; - a second input concerning which is the rack on which the dishes to be washed are positioned; - a first input concerning the type of cycle to be implemented, said first input being selectable from a discrete list; - a second input concerning which is the rack on which the dishes to be washed are positioned; b) performing the wash;
An oil-cooled air compressor comprising: a compressor body; an oil separator separating out oil from compressed gas discharged from said compressor body; a gas pipe for sending, to a user, the compressed gas separated from the oil by said oil separator; and an oil pipe for returning, to said compressor body, the oil separated by said oil separator, the oil-cooled air compressor further comprising: an air-cooled heat exchanger for cooling the oil flowing through said oil pipe; a cooling fan being capable of controlling rotational frequency for sending cooling wind to said air-cooled heat exchanger; wherein the rotational frequency of said cooling fan is controlled in a manner such that temperature of the compressed gas discharged from said compressor body falls within a prescribed range, characterized by a waste-heat-recovery heat exchanger, being provided upstream of said air-cooled heat exchanger, for recovering heat from the oil flowing through said oil pipe, wherein said air-cooled heat exchanger also cools compressed gas flowing through said gas pipe. an air-cooled heat exchanger for cooling the oil flowing through said oil pipe; a cooling fan being capable of controlling rotational frequency for sending cooling wind to said air-cooled heat exchanger; wherein the rotational frequency of said cooling fan is controlled in a manner such that temperature of the compressed gas discharged from said compressor body falls within a prescribed range, a waste-heat-recovery heat exchanger, being provided upstream of said air-cooled heat exchanger, for recovering heat from the oil flowing through said oil pipe, wherein said air-cooled heat exchanger also cools compressed gas flowing through said gas pipe.
A false ceiling assembly comprising at least one panel carrier (3, 103, 203, 303, 403), at least one suspension device, and at least one first rigidifying means, wherein: the suspension device is a length adjustable device; the at least one panel carrier (3, 103, 203, 303, 403) includes a top wall (15, 115, 215, 315, 415) and an opening (15A, 115A, 215A, 315A, 415A) in the top wall (15, 115, 215, 315, 415) for mounting the panel carrier (3, 103, 203, 303, 403) directly to a suspending device when used without the rigidifying means; and said at least one first rigidifying means is an elongated stiffening element fixed atop the at least one panel carrier (3, 103, 203, 303, 403) along its length, the at least one first rigidifying means being connected to the at least one panel carrier (3, 103, 203, 303, 403) and the at least one suspension device such that the at least one first rigidifying means is interposed between the at least one panel carrier (3, 103, 203, 303, 403) and the at least one suspension device, characterised in that said at least one first rigidifying means is fixed atop the at least one panel carrier (3, 103, 203, 303, 403) by means of one or more expanding nut assemblies projecting through said opening (15A, 115A, 215A, 315A, 415A) in the top wall of the panel carrier. the suspension device is a length adjustable device; the at least one panel carrier (3, 103, 203, 303, 403) includes a top wall (15, 115, 215, 315, 415) and an opening (15A, 115A, 215A, 315A, 415A) in the top wall (15, 115, 215, 315, 415) for mounting the panel carrier (3, 103, 203, 303, 403) directly to a suspending device when used without the rigidifying means; and said at least one first rigidifying means is an elongated stiffening element fixed atop the at least one panel carrier (3, 103, 203, 303, 403) along its length, the at least one first rigidifying means being connected to the at least one panel carrier (3, 103, 203, 303, 403) and the at least one suspension device such that the at least one first rigidifying means is interposed between the at least one panel carrier (3, 103, 203, 303, 403) and the at least one suspension device, characterised in that said at least one first rigidifying means is fixed atop the at least one panel carrier (3, 103, 203, 303, 403) by means of one or more expanding nut assemblies projecting through said opening (15A, 115A, 215A, 315A, 415A) in the top wall of the panel carrier.
A portable device for noninvasively treating Meniere's disease and similar conditions by introducing pressure pulses into an ear canal to vibrate auditory ossicles through a tympanic membrane, the device comprising: a pump unit for generating the pressure pulses, wherein the pump unit comprises a Voice Coil Motor and a diaphragm pump that is driven by the Voice Coil Motor; an earpiece for transmitting the pressure pulses to the tympanic membrane; and a controller for controlling the pump unit, wherein the device is adapted to generate pressure pulses that are suitable for the treatment of Meniere's disease, characterized in that the device is further adapted to adjust a period, a pressure, a width, and a frequency of the pressure pulses, and set respective widths of a positive and a negative pressure pulse separately. a pump unit for generating the pressure pulses, wherein the pump unit comprises a Voice Coil Motor and a diaphragm pump that is driven by the Voice Coil Motor; an earpiece for transmitting the pressure pulses to the tympanic membrane; and a controller for controlling the pump unit, wherein the device is adapted to generate pressure pulses that are suitable for the treatment of Meniere's disease, characterized in that the device is further adapted to adjust a period, a pressure, a width, and a frequency of the pressure pulses, and set respective widths of a positive and a negative pressure pulse separately.
Self-propelled road milling machine for working road surfaces, - comprising a machine frame, - comprising a milling drum mounted to rotate and extending in axial direction transverse to the direction of travel, and a milling drum housing enclosing the milling drum, - wherein the milling drum comprises a plurality of tools arranged circumferentially, preferably in the shape of a helix, wherein the tools, except for the axial peripheral area, feature a specified mutual line spacing, characterized in that an oscillation drive exercises an oscillation stroke on the milling drum reciprocating in axial direction relative to the machine frame, where the rotating movement of the tools is superimposable with an axial movement parallel to the axis of the milling drum, the stroke of which is adjustable to the line spacing between two axially neighbouring tools. - comprising a machine frame, - comprising a milling drum mounted to rotate and extending in axial direction transverse to the direction of travel, and a milling drum housing enclosing the milling drum, - wherein the milling drum comprises a plurality of tools arranged circumferentially, preferably in the shape of a helix, wherein the tools, except for the axial peripheral area, feature a specified mutual line spacing,
An optical reflecting system, applicable for a vehicle lamp illumination device, the vehicle lamp illumination device comprising a primary optical system having a light source (80, 800), and the optical reflecting system being configured to reflect a light emitted from the light source (80, 800) of the primary optical system, wherein the optical reflecting system comprises a first reflector having a first reflecting surface and a second reflector having a second reflecting surface, the second reflecting surface is configured to collimate the light in a second direction orthogonal to the first direction, the first reflecting surface and the second reflecting surface have a curved shape represented by a contour line, the first reflecting surface and the second reflecting surface are each a curved surface formed by stretching a corresponding contour line along a direction normal to a plane where the contour line is located, and the optical reflecting system is configured such that light beams emitted from the primary optical system having the light source (80, 800), after being reflected by the first reflector and reflected by the second reflector, are emitted in a form of approximately parallel light beams, so as to form an illumination light pattern of the vehicle lamp illumination device, characterized in that the first reflecting surface is configured to collimate the light in a first direction.
A method of manufacturing a liquid container which stores liquid, comprising: (a) a process of preparing a liquid container, in which the liquid container includes a first storage chamber (120, 350) for storing the liquid, a liquid guiding channel in which a supply port is formed on one end and a liquid communication hole is formed on the other end, and which communicates with the first storage chamber by the liquid communication hole, and an atmosphere introduction channel which circulates atmosphere to the first storage chamber, characterized in that the first storage chamber includes a transparent member which is disposed in the first storage chamber, a transparent member disposition surface on which the transparent member is disposed, and a first inner wall which is disposed above the transparent member, and wherein the liquid communication hole is provided at a position which does not overlap with the first inner wall below the first inner wall when the liquid container is vertically projected; and (b) a process of injecting the liquid from downstream of the first storage chamber to the first storage chamber. (a) a process of preparing a liquid container, in which the liquid container includes a first storage chamber (120, 350) for storing the liquid, a liquid guiding channel in which a supply port is formed on one end and a liquid communication hole is formed on the other end, and which communicates with the first storage chamber by the liquid communication hole, and an atmosphere introduction channel which circulates atmosphere to the first storage chamber, characterized in that the first storage chamber includes a transparent member which is disposed in the first storage chamber, a transparent member disposition surface on which the transparent member is disposed, and a first inner wall which is disposed above the transparent member, and wherein the liquid communication hole is provided at a position which does not overlap with the first inner wall below the first inner wall when the liquid container is vertically projected; and (b) a process of injecting the liquid from downstream of the first storage chamber to the first storage chamber.
Mudguard group for vehicles, comprising: - a fixing plate, operatively connected to a steering wheel, so as to steer with the latter, - a support plate mechanically connected to an associable mudguard, - rotational coupling means positioned between the fixing plate and the support plate, so as to allow a relative rotation around a rotation axis (X-X), - wherein said rotational coupling means comprise a pin integral with the fixing plate and parallel to said axis of rotation (X-X), at least one rolling bearing, coaxial with respect to the pin, a first elastic return means extending from a first end to a second end, wherein at the first end it is joined to a first support peg integral with the support plate, and at the second end it is associated with a first fixing peg integral with the fixing plate, - wherein said first support peg and first fixing peg are arranged aligned along a first straight line not passing through the pin and wherein one out of said first support peg and first fixing peg is housed inside a first circular slot of the support plate that delimits its angular stroke, characterised in that the rotational coupling means comprise a second elastic return means extending from a first end to a second end, wherein at the first end it is joined to a second support peg integral with the support plate, and at the second end it is joined to a second fixing peg integral with the fixing plate. - a fixing plate, operatively connected to a steering wheel, so as to steer with the latter, - a support plate mechanically connected to an associable mudguard, - rotational coupling means positioned between the fixing plate and the support plate, so as to allow a relative rotation around a rotation axis (X-X), - wherein said rotational coupling means comprise a pin integral with the fixing plate and parallel to said axis of rotation (X-X), at least one rolling bearing, coaxial with respect to the pin, a first elastic return means extending from a first end to a second end, wherein at the first end it is joined to a first support peg integral with the support plate, and at the second end it is associated with a first fixing peg integral with the fixing plate, - wherein said first support peg and first fixing peg are arranged aligned along a first straight line not passing through the pin and wherein one out of said first support peg and first fixing peg is housed inside a first circular slot of the support plate that delimits its angular stroke, characterised in that
A multilayer label for in-mold labeling, comprising a base, a layer containing an aluminum atom, and a layer containing a polymer having a functional group containing a phosphorus atom, wherein the polymer is a polymer of vinylphosphonic acids, the layer does not contain a polymer having a hydroxy group and/or carboxyl group, the layer comprises a layer, a deposited layer of aluminum or a deposited layer of aluminum oxide, the layer contains a reaction product, the reaction product is a reaction product formed by a reaction between a metal oxide containing an aluminum atom and a phosphorus compound, and in an infrared absorption spectrum of the layer, a maximum absorption wavenumber in a region of 800 to 1,400 cm -1 is 1,080 to 1,130 cm -1.
A laser diode, comprising: a semiconductor structure comprising a lower Bragg reflector layer, a lower lateral conduction layer, an active region, an upper lateral conduction layer, and an upper Bragg reflector layer, wherein the lower lateral conduction layer is between the lower Bragg reflector layer and the active region and the upper lateral conduction layer is between the active region and the upper Bragg reflector layer, the upper Bragg reflector layer comprising a lasing aperture having an optical axis oriented perpendicular to a surface of the active region; and first and second contacts (1011, 1012) formed to contact the upper and lower lateral conduction layers (1016, 1006) respectively, wherein the first contact is between the upper lateral conduction layer and the upper Bragg reflector layer and the second contact is between the lower lateral conduction layer and the lower Bragg reflector layer, wherein the active region comprises a first material, wherein the lower Bragg reflector layer comprises a second material, and wherein respective lattice structures of the first and second materials are independent of one another. a semiconductor structure comprising a lower Bragg reflector layer, a lower lateral conduction layer, an active region, an upper lateral conduction layer, and an upper Bragg reflector layer, wherein the lower lateral conduction layer is between the lower Bragg reflector layer and the active region and the upper lateral conduction layer is between the active region and the upper Bragg reflector layer, the upper Bragg reflector layer comprising a lasing aperture having an optical axis oriented perpendicular to a surface of the active region; and first and second contacts (1011, 1012) formed to contact the upper and lower lateral conduction layers (1016, 1006) respectively, wherein the first contact is between the upper lateral conduction layer and the upper Bragg reflector layer and the second contact is between the lower lateral conduction layer and the lower Bragg reflector layer, wherein the active region comprises a first material, wherein the lower Bragg reflector layer comprises a second material, and wherein respective lattice structures of the first and second materials are independent of one another.
A liposomal system for delivery of an active agent, the system comprising: a lipid component forming a liposome; a destabilizing agent associated with the lipid component, the destabilizing agent capable of forming reactive oxygen species to oxidise unsaturated lipids and destabilise liposomal membranes, wherein the destabilizing agent is a gold nanoparticle and a photosensitizer selected from verteporfin, rose bengal, aminolevulinic acid, and photofrin; and an active agent in the liposome; wherein the active agent is releasable from the liposome by exposure to x-ray radiation. a lipid component forming a liposome; a destabilizing agent associated with the lipid component, the destabilizing agent capable of forming reactive oxygen species to oxidise unsaturated lipids and destabilise liposomal membranes, wherein the destabilizing agent is a gold nanoparticle and a photosensitizer selected from verteporfin, rose bengal, aminolevulinic acid, and photofrin; and an active agent in the liposome; wherein the active agent is releasable from the liposome by exposure to x-ray radiation.