mhurhangee/ep-ind-claims huggingface dataset:
Device for washing and drying objects to be washed and dried, in particular items of clothing, wherein the device can be transferred between a first state for washing and a second state for drying, comprising - a drum element for receiving the objects, - a tube element, wherein the drum element is rotatably mounted in the tube element about an axis of rotation, and - an intermediate space which is formed between the tube element and the drum element, characterised in that the intermediate space is sealed with a sealing element which surrounds the drum element in order to reduce and/or avoid an air flow in the intermediate space in the second state of the device. - a drum element for receiving the objects, - a tube element, wherein the drum element is rotatably mounted in the tube element about an axis of rotation, and - an intermediate space which is formed between the tube element and the drum element,
A tamper-evident closure (10, 110) for a container, the tamper-evident closure (10, 110) comprising a shell having at least a first shell portion (55, 155) on one side of a line of weakness (40, 140) and at least a second shell portion (50, 150) on the other side of the line of weakness (40, 140), the two portions being separated along said line of weakness during first opening of the tamper-evident closure (10, 110), and in which the shell further comprises a distortion zone (70, 170) which is distorted during first opening of the tamper-evident closure (10, 110), characterised in that the distortion zone (70, 170) is spaced from and separate to the line of weakness (40, 140).
A laser optoacoustic ultrasound imaging system (LOUIS), comprising: a) a dual laser source switchable between a laser ultrasonic mode and a laser optoacoustic mode, said laser source configured to emit either short optical pulses with high repetition rate for the illumination of the ultrasonic emitters in the ultrasonic mode or short optical pulses with lower repetition rate but higher pulse energy for the illumination of the volume of interest in the optoacoustic mode; b) an imaging module comprising one or more ultrawide-band ultrasonic transducers configured to detect, through a coupling medium, optoacoustic and ultrasonic signals propagated as transient pressure waves from said volume of interest within a subject body; c) means to rotate and/or translate said imaging module relative to the volume of interest in the subject body to create multiple pressure waves, said means computer controllable or manually controllable; d) means for processing said detected laser optoacoustic and laser ultrasonic signals and reconstructing processed signals into one or more of anatomical and functional/molecular images of the volume of interest in the subject body. a) a dual laser source switchable between a laser ultrasonic mode and a laser optoacoustic mode, said laser source configured to emit either short optical pulses with high repetition rate for the illumination of the ultrasonic emitters in the ultrasonic mode or short optical pulses with lower repetition rate but higher pulse energy for the illumination of the volume of interest in the optoacoustic mode; b) an imaging module comprising one or more ultrawide-band ultrasonic transducers configured to detect, through a coupling medium, optoacoustic and ultrasonic signals propagated as transient pressure waves from said volume of interest within a subject body; c) means to rotate and/or translate said imaging module relative to the volume of interest in the subject body to create multiple pressure waves, said means computer controllable or manually controllable; d) means for processing said detected laser optoacoustic and laser ultrasonic signals and reconstructing processed signals into one or more of anatomical and functional/molecular images of the volume of interest in the subject body.
A timber framework for a roof, reinforced by C-section metal beams (23, 25, 33, 35) fixed to one or both sides of the framework, characterised in that in said timber framework at at least one of the corners of the framework the C-sections overlap and at least one C-section flange is locally removed to allow contact between the overlapping portions of the C-section metal beams.
An isolated monoclonal human C5 protein antibody, or an antigen binding fragment thereof, comprising (i) a heavy chain CDR1 having the sequence of SEQ ID NO:1; a heavy chain CDR2 having the sequence of SEQ ID NO: 2; and a heavy chain CDR3 sequence having the sequence of SEQ ID NO:3; and (ii) a light chain GDR1 having the sequence of SEQ ID NO:4; a light chain CDR2 having the sequence of SEQ ID NO:5; and a light chain CDR3 sequence having the sequence of SEQ ID NO: 6, wherein said antibody or antigen binding fragment thereof binds to human C5 protein With a K D of 10 -10 M or less as measured by surface plasmon resonance. (i) a heavy chain CDR1 having the sequence of SEQ ID NO:1; a heavy chain CDR2 having the sequence of SEQ ID NO: 2; and a heavy chain CDR3 sequence having the sequence of SEQ ID NO:3; and (ii) a light chain GDR1 having the sequence of SEQ ID NO:4; a light chain CDR2 having the sequence of SEQ ID NO:5; and a light chain CDR3 sequence having the sequence of SEQ ID NO: 6, wherein said antibody or antigen binding fragment thereof binds to human C5 protein With a K D of 10 -10 M or less as measured by surface plasmon resonance.
A method for separating incinerator combined ash and preparing clean aggregate, comprising: combining the ash with a liquid, screening the ash using a 2-stage screen to collect a first material of less than 100mm, sizing the first material using at least one 2-stage screen to collect that first material less than about 35mm, sizing the first material into discrete sizes, separating the first material using a first falling velocity separator operating at about 3.2 specific gravity, wherein there is a first heavy fraction and a first light fraction, characterised by separating the first light fraction using a second falling velocity separator operating at about less than about 2.2 specific gravity, wherein there is a second heavy fraction has a specific gravity greater than about 2.2 specific gravity and a second light fraction, magnetically separating the second heavy fraction to recover ferromagnetic metals to prepare a third heavy fraction, magnetically separating the third light fraction to recover ferromagnetic metals, using a first eddy current having a frequency greater than 800 hertz to the third heavy fraction to remove aluminum, brass and copper, using a second eddy current having a frequency greater than 1 kilohertz to the third heavy fraction to further remove aluminum, brass and copper, using on the third heavy fraction a sensor sorter and an optical sorter capable of sorting glass based on the transparency or lack of transparency, wherein the glass is recovered from the third fraction and the third fraction is essentially the metal-free and glass-free aggregate. combining the ash with a liquid, screening the ash using a 2-stage screen to collect a first material of less than 100mm, sizing the first material using at least one 2-stage screen to collect that first material less than about 35mm, sizing the first material into discrete sizes, separating the first material using a first falling velocity separator operating at about 3.2 specific gravity, wherein there is a first heavy fraction and a first light fraction, characterised by separating the first light fraction using a second falling velocity separator operating at about less than about 2.2 specific gravity, wherein there is a second heavy fraction has a specific gravity greater than about 2.2 specific gravity and a second light fraction, magnetically separating the second heavy fraction to recover ferromagnetic metals to prepare a third heavy fraction, magnetically separating the third light fraction to recover ferromagnetic metals, using a first eddy current having a frequency greater than 800 hertz to the third heavy fraction to remove aluminum, brass and copper, using a second eddy current having a frequency greater than 1 kilohertz to the third heavy fraction to further remove aluminum, brass and copper, using on the third heavy fraction a sensor sorter and an optical sorter capable of sorting glass based on the transparency or lack of transparency, wherein the glass is recovered from the third fraction and the third fraction is essentially the metal-free and glass-free aggregate.
A method of performing aperiodic sidelink, SL, channel state information, CSI, reporting performed by a first device, the method comprising: establishing a PC5 radio resource control, RRC, connection with a second device; transmitting, to a base station, a scheduling request, SR, for requesting a SL resource; receiving, from the base station, information regarding the SL resource; and transmitting, to the second device, SL CSI on the SL resource, wherein the SR is triggered by physical, PHY, layer signaling related to triggering of the aperiodic SL CSI reporting. establishing a PC5 radio resource control, RRC, connection with a second device; transmitting, to a base station, a scheduling request, SR, for requesting a SL resource; receiving, from the base station, information regarding the SL resource; and transmitting, to the second device, SL CSI on the SL resource, wherein the SR is triggered by physical, PHY, layer signaling related to triggering of the aperiodic SL CSI reporting.
A hydraulic fluid system, comprising: a hydraulic motor comprising an output; a magneto-rheological fluid "MRF" brake interconnected with said output of said hydraulic motor, said MRF brake comprising a magneto-rheological fluid; wherein said hydraulic motor and said MRF brake define a first set; the system characterized by a second hydraulic motor and a second MRF brake operatively interconnected with said second hydraulic motor and that defines a second set, and wherein said first set and said second set are connected in series; a third hydraulic motor and a third MRF brake operatively interconnected with said third hydraulic motor and that defines a third set; and a fourth hydraulic motor and a fourth MRF brake operatively interconnected with said fourth hydraulic motor and that defines a fourth set, wherein said third set and said fourth set are connected in series, and wherein said first set and said second set are collectively connected in parallel with said third set and said fourth set. a hydraulic motor comprising an output; a magneto-rheological fluid "MRF" brake interconnected with said output of said hydraulic motor, said MRF brake comprising a magneto-rheological fluid; wherein said hydraulic motor and said MRF brake define a first set; the system characterized by a second hydraulic motor and a second MRF brake operatively interconnected with said second hydraulic motor and that defines a second set, and wherein said first set and said second set are connected in series; a third hydraulic motor and a third MRF brake operatively interconnected with said third hydraulic motor and that defines a third set; and a fourth hydraulic motor and a fourth MRF brake operatively interconnected with said fourth hydraulic motor and that defines a fourth set, wherein said third set and said fourth set are connected in series, and wherein said first set and said second set are collectively connected in parallel with said third set and said fourth set.
An electronic device (301, 401, 501, 601), comprising: a communication module; a touch screen; and a processor configured to: connect with a first external device (302, 402, 502, 602) via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected. a communication module; a touch screen; and a processor configured to: connect with a first external device (302, 402, 502, 602) via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected. connect with a first external device (302, 402, 502, 602) via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected.
A respiratory device comprising: a housing having a hose port; a magnetic proximity switch positioned within the housing adjacent to the hose port and electrically coupled to a control system; a filter sized to be positioned on the hose port, the filter having a filtration chamber positioned between a filter inlet and a filter outlet; and a metal end piece coupled to the inlet of the filter, wherein the metal end piece is positioned around a perimeter of the filter inlet such that the filter inlet is positionable on the hose port at any rotational position, wherein the metal end piece is configured to activate the magnetic proximity switch, such that the switch sends a signal to the control system when the filter inlet is coupled to the hose port, and wherein the control system is configured to render the respiratory device inoperable if the signal is not sent to the control system. a housing having a hose port; a magnetic proximity switch positioned within the housing adjacent to the hose port and electrically coupled to a control system; a filter sized to be positioned on the hose port, the filter having a filtration chamber positioned between a filter inlet and a filter outlet; and a metal end piece coupled to the inlet of the filter, wherein the metal end piece is positioned around a perimeter of the filter inlet such that the filter inlet is positionable on the hose port at any rotational position, wherein the metal end piece is configured to activate the magnetic proximity switch, such that the switch sends a signal to the control system when the filter inlet is coupled to the hose port, and wherein the control system is configured to render the respiratory device inoperable if the signal is not sent to the control system.
A tracer subassembly comprising: a housing having a longitudinal throughbore, an inner sleeve within the housing, wherein the inner sleeve has at least a first position and a second position, an annular space between the housing and the inner sleeve, a tracer material (18, 64, 240) in the annular space, and characterised in that the tracer assembly comprises an intermediate ported subassembly (56, 122, 222) between the inner sleeve and the housing, the intermediate ported subassembly including a recessed area (24, 36) to hold the tracer material, wherein the intermediate ported subassembly (56, 122, 222) limits fluid communication between the throughbore and the tracer material (18, 64, 240) to a localized area when the inner sleeve is in the second position; and wherein the inner sleeve, in the first position, prevents fluid communication between the throughbore and the annular space; and wherein the inner sleeve, in the second position, allows fluid communication between the throughbore and the annular space. a housing having a longitudinal throughbore, an inner sleeve within the housing, wherein the inner sleeve has at least a first position and a second position, an annular space between the housing and the inner sleeve, a tracer material (18, 64, 240) in the annular space, and characterised in that the tracer assembly comprises an intermediate ported subassembly (56, 122, 222) between the inner sleeve and the housing, the intermediate ported subassembly including a recessed area (24, 36) to hold the tracer material, wherein the intermediate ported subassembly (56, 122, 222) limits fluid communication between the throughbore and the tracer material (18, 64, 240) to a localized area when the inner sleeve is in the second position; and wherein the inner sleeve, in the first position, prevents fluid communication between the throughbore and the annular space; and wherein the inner sleeve, in the second position, allows fluid communication between the throughbore and the annular space.
A device for feeding blanks to a machine for further processing in particular to a packing machine, comprising: - feed means for feeding a stack of blanks disposed in succession in a superposed configuration; - at least one stop element (4, 4a) disposed at a first end of the stack of blanks and configured to retain the stack of blanks; wherein the feed means are configured to feed the stack of blanks in such a way that the stack of blanks is subjected to a pushing action in the direction of the at least one stop element (4, 4a), in particular by gravity and/or by means of a pushing member applied to a second end of the stack, opposite to the first end; wherein the feed means further comprise at least one aligning element operating on an outfeed end stretch of the stack of blanks, characterized in that the aligning element is configured to come into local contact with the blanks of the outfeed end stretch in such a way as to locally deform the blanks of the outfeed end stretch so as to bring forward the rearmost zones of the blanks or to hold back the frontmost portions of the blanks, thus causing the blanks to gradually adopt a shape as planar as possible in a plane perpendicular to the feed direction of the stack and in such a way as to ensure that each blank of the outfeed end stretch is progressively aligned with a positioning plane, specifically by localized acceleration or deceleration performed by the aligning element. - feed means for feeding a stack of blanks disposed in succession in a superposed configuration; - at least one stop element (4, 4a) disposed at a first end of the stack of blanks and configured to retain the stack of blanks; wherein the feed means are configured to feed the stack of blanks in such a way that the stack of blanks is subjected to a pushing action in the direction of the at least one stop element (4, 4a), in particular by gravity and/or by means of a pushing member applied to a second end of the stack, opposite to the first end; wherein the feed means further comprise at least one aligning element operating on an outfeed end stretch of the stack of blanks, characterized in that the aligning element is configured to come into local contact with the blanks of the outfeed end stretch in such a way as to locally deform the blanks of the outfeed end stretch so as to bring forward the rearmost zones of the blanks or to hold back the frontmost portions of the blanks, thus causing the blanks to gradually adopt a shape as planar as possible in a plane perpendicular to the feed direction of the stack and in such a way as to ensure that each blank of the outfeed end stretch is progressively aligned with a positioning plane, specifically by localized acceleration or deceleration performed by the aligning element.
A device, comprising: a hinge for an eyeglass frame adapted to rotatably attach a temple to a frame front, and an electrical conductor, wherein the hinge has an axis of rotation and comprises: a top rotatable connection, comprising a first top part rotatably connected to a second top part, rotatable around the axis of rotation; a bottom rotatable connection, comprising a first bottom part rotatably connected to a second bottom part, rotatable around the axis of rotation; and a gap, disposed along the axis of rotation and between the top rotatable connection and the bottom rotatable connection; characterised in that the first top part and the second top part are rotatably connected by a first screw; and the first bottom part and the second bottom part are rotatably connected by a second screw, and wherein the gap is disposed between the first screw and the second screw along the axis of rotation so that the electrical conductor crosses the gap in an orientation within 10° of perpendicular to the axis of rotation of the hinge. a hinge for an eyeglass frame adapted to rotatably attach a temple to a frame front, and an electrical conductor, wherein the hinge has an axis of rotation and comprises: a top rotatable connection, comprising a first top part rotatably connected to a second top part, rotatable around the axis of rotation; a bottom rotatable connection, comprising a first bottom part rotatably connected to a second bottom part, rotatable around the axis of rotation; and a gap, disposed along the axis of rotation and between the top rotatable connection and the bottom rotatable connection; characterised in that the first top part and the second top part are rotatably connected by a first screw; and the first bottom part and the second bottom part are rotatably connected by a second screw, and wherein the gap is disposed between the first screw and the second screw along the axis of rotation so that the electrical conductor crosses the gap in an orientation within 10° of perpendicular to the axis of rotation of the hinge. a top rotatable connection, comprising a first top part rotatably connected to a second top part, rotatable around the axis of rotation; a bottom rotatable connection, comprising a first bottom part rotatably connected to a second bottom part, rotatable around the axis of rotation; and a gap, disposed along the axis of rotation and between the top rotatable connection and the bottom rotatable connection; characterised in that the first top part and the second top part are rotatably connected by a first screw; and the first bottom part and the second bottom part are rotatably connected by a second screw, and wherein the gap is disposed between the first screw and the second screw along the axis of rotation so that the electrical conductor crosses the gap in an orientation within 10° of perpendicular to the axis of rotation of the hinge.