mhurhangee/ep-ind-claims huggingface dataset:
Vent apparatus (10; 78), comprising: a burst member presenting an outer margin; a tab assembly including a plurality of spaced apart, non-frangible tabs in proximal relationship to said burst member outer margin; and mounting structure operably supporting said burst member and tab assembly adjacent an area to be protected; said tabs configured and oriented to overlie said burst member in the unopened condition thereof when the burst member experiences a normal pressure condition, characterized in that said tabs are adapted to bend to a member-clearing position without fragmentation of the tabs, when said burst member experiences an abnormal pressure condition of predetermined magnitude, to thereby permit the burst member to open and relieve the abnormal pressure condition. a burst member presenting an outer margin; a tab assembly including a plurality of spaced apart, non-frangible tabs in proximal relationship to said burst member outer margin; and mounting structure operably supporting said burst member and tab assembly adjacent an area to be protected; said tabs configured and oriented to overlie said burst member in the unopened condition thereof when the burst member experiences a normal pressure condition, characterized in that said tabs are adapted to bend to a member-clearing position without fragmentation of the tabs, when said burst member experiences an abnormal pressure condition of predetermined magnitude, to thereby permit the burst member to open and relieve the abnormal pressure condition.
A carbon dioxide monitoring system for use with patients undergoing cardiopulmonary resuscitation, comprising: - a CO2 sensor which receives respiratory gases from a patient and senses the CO2 content of the gases to produce CO2 measurement signals; - a pre-processor which digitizes and stores the CO2 measurement signals as a CO2 signal stream; - a breath candidate detector responsive to the CO2 signal stream which identifies a plurality of breath candidates; - a breath characterizer which determines an end-tidal CO2 value for each breath candidate; - a breath classifier which classifies each breath candidate as a true breath or an CPR artifact generated as a result of an external CPR compression based on the breath candidate end-tidal CO2 value, and which analyzes the breath candidates and segregates true breaths from CPR artifacts; - a therapy analyzer, responsive to a plurality of true breaths from the breath classifier, which determines the effectiveness of the patient therapy; and - an output generator which provides an output instruction regarding the effectiveness of the patient therapy, wherein - the monitoring system is further configured to analyse the CPR artifacts to provide an instruction that CPR is being administered. - a CO2 sensor which receives respiratory gases from a patient and senses the CO2 content of the gases to produce CO2 measurement signals; - a pre-processor which digitizes and stores the CO2 measurement signals as a CO2 signal stream; - a breath candidate detector responsive to the CO2 signal stream which identifies a plurality of breath candidates; - a breath characterizer which determines an end-tidal CO2 value for each breath candidate; - a breath classifier which classifies each breath candidate as a true breath or an CPR artifact generated as a result of an external CPR compression based on the breath candidate end-tidal CO2 value, and which analyzes the breath candidates and segregates true breaths from CPR artifacts; - a therapy analyzer, responsive to a plurality of true breaths from the breath classifier, which determines the effectiveness of the patient therapy; and - an output generator which provides an output instruction regarding the effectiveness of the patient therapy, wherein - the monitoring system is further configured to analyse the CPR artifacts to provide an instruction that CPR is being administered.
An apparatus (840, 1220), comprising means (1221, 1222, 1223) for performing: receiving at least one downlink control signal from a network device, the downlink control signal comprising a current slot format indicator and a further indicator, characterized in that the current slot format indicator indicates at least one slot format combination and the further indicator comprises an ending indication indicating where channel occupancy time ends; and determining, based on the current slot format indicator and the further indicator, a first valid slot and an end of the channel occupancy time. receiving at least one downlink control signal from a network device, the downlink control signal comprising a current slot format indicator and a further indicator, characterized in that the current slot format indicator indicates at least one slot format combination and the further indicator comprises an ending indication indicating where channel occupancy time ends; and determining, based on the current slot format indicator and the further indicator, a first valid slot and an end of the channel occupancy time.
A color filter-integrated polarizer comprising a conductive material layer having a polarizer region and a color filter region, each region (120a, 120b) being arranged in the conductive material layer, wherein the color filter region is based on a surface plasmon effect and has a plurality of holes formed in a pattern across the color filter region characterized in that the polarizer region has a plurality of parallel conductive wire patterns.
An assembly kit comprising panels (1, 2) for erecting at least one wall of an appliance building, the assembly kit comprising at least two corner panels and at least two wall panels, wherein each panel (1, 2) longitudinally extends across the entire height of the wall and wherein each panel (1, 2) has a first type of longitudinal region and a second type of longitudinal region, which are shaped differently with respect to one another, wherein the longitudinal regions (5, 6) are present as upstands of a base body of the respective panel (1, 2), wherein the two longitudinal regions (5, 6) of the panel (1, 2) each have an angulation (11, 15) projecting off the base body, which angulations (11, 15) are oriented towards the inside of the appliance building to be erected and each have a leg (13, 16), which angularly projects off the angulation (11, 15) at a distance from the base body, and wherein, when the panels (1, 2) are mounted to one another, the first type of longitudinal regions overlaps the second type of longitudinal regions, wherein the overlapping longitudinal region has the angulation off the base body as well as the leg adjoining the angulation and a protrusion adjoining the leg, wherein a pre-tensioning region is present between the angulation and the leg, wherein the protrusion runs obliquely towards the base body and the angulation, and wherein the two different longitudinal regions (5, 6) of the corner panels are made to be identical to the two different longitudinal regions (5, 6) of the wall panels, wherein the wall panels have a straight base body and the corner panels have a kink or bend in the base body, so that the corner panels have two legs forming a 90° angle, which legs have two longitudinal regions (5, 6) different from one another on their ends.
A light source device comprising a laser light source for providing input light, an optical fiber amplifier for amplifying the input light and thus generating amplified light, a polarization state adjusting optical element arranged between the laser light source and the optical fiber amplifier, and a pump light source for providing pump light to the optical fiber amplifier, the amplification factor of the optical fiber amplifier depending on the pump light intensity, characterized in that the polarization state adjusting optical element is configured to adjust the polarization state of the input light to a polarization state for which the change of the polarization state of the amplified light with a change of the pump light intensity is minimized.
A device for robot-assisted surgery, with at least one non-sterile manipulator arm having a coupling unit which has at least a first transmitting means, with at least one sterile unit arranged in a sterile area and having at least a second transmitting means, with a sterile cover for shielding at least a part of the manipulator arm from the sterile area, wherein the sterile cover comprises a sterile lock with which the coupling unit and with which the sterile unit are each connectable, characterized in that the sterile lock has at least one lock flap (208, 210), that the lock flap (208, 210) in a closed state shields the first transmitting means in a sterile manner, that when connecting the sterile unit to the sterile lock a movement of the lock flap (208, 210) from the closed state into the open state takes place so that a direct transmission between the first transmitting means and the second transmitting means through an opening (214, 216) uncovered by the lock flap (208, 210) in the open state is possible, and that when separating the sterile unit from the sterile lock a movement of the lock flap (208, 210) from the open state into the closed state takes place so that after separation the lock flap (208, 210) shields the first transmitting means from the sterile area.
A landing gear brace and lock linkage system, the landing gear brace and lock linkage system comprising: a lockable assembly having an upper landing gear brace defining a longitudinal axis and a lower landing gear brace; the lockable assembly further comprising a linkage having upper and lower lock links (206, 208), wherein the upper and lower landing gear braces (202, 204) are coupled together via the upper and lower lock links (206, 208), respectively, and wherein the linkage is lockable in a desired position relative to the upper and lower landing gear braces, the linkage allowing the upper and lower landing gear braces to rotate relative to one another between locked and unlocked positions via coupling pins; and a downlock actuator, the downlock actuator comprising: an electric motor rigidly mounted to the upper landing gear brace and having a motor output shaft with a rotary axis; an output shaft having a rotary axis, and having a first end portion and a second end portion, the first end portion coupled to the electric motor; and a link having a proximal end pivotally coupled to the second end portion of the output shaft, the link having a distal end coupled to the upper lock link, the link having a longitudinal axis arranged substantially perpendicular to the rotary axis of the output shaft. a lockable assembly having an upper landing gear brace defining a longitudinal axis and a lower landing gear brace; the lockable assembly further comprising a linkage having upper and lower lock links (206, 208), wherein the upper and lower landing gear braces (202, 204) are coupled together via the upper and lower lock links (206, 208), respectively, and wherein the linkage is lockable in a desired position relative to the upper and lower landing gear braces, the linkage allowing the upper and lower landing gear braces to rotate relative to one another between locked and unlocked positions via coupling pins; and a downlock actuator, the downlock actuator comprising: an electric motor rigidly mounted to the upper landing gear brace and having a motor output shaft with a rotary axis; an output shaft having a rotary axis, and having a first end portion and a second end portion, the first end portion coupled to the electric motor; and a link having a proximal end pivotally coupled to the second end portion of the output shaft, the link having a distal end coupled to the upper lock link, the link having a longitudinal axis arranged substantially perpendicular to the rotary axis of the output shaft. an electric motor rigidly mounted to the upper landing gear brace and having a motor output shaft with a rotary axis; an output shaft having a rotary axis, and having a first end portion and a second end portion, the first end portion coupled to the electric motor; and a link having a proximal end pivotally coupled to the second end portion of the output shaft, the link having a distal end coupled to the upper lock link, the link having a longitudinal axis arranged substantially perpendicular to the rotary axis of the output shaft.
Internally fed drum filter for treating waste water, comprising an inlet distribution arrangement for distributing waste water entering the drum filter via an inlet duct, characterized in that the inlet distribution arrangement comprises an adjustable flow deflection member arranged near the outflow opening of the inlet duct, downstream thereof, for adjusting the flow characteristics of waste water entering the drum filter via the inlet duct.
Method for the repair of an orthotropic steel highway bridge deck, comprising the steps of: - cutting open an inspection hole in an area of the bridge deck, well within weld beads of a stiffening through, and measuring a location of the stiffening through; - welding a temporary staple to the top of the bridge deck for retaining the shape of the area; - cutting three slabs next to each other from the bridge deck in such a manner that between two adjacent slabs a strip of the bridge deck remains that is still attached to the rest of the bridge deck and to which strip the stiffening trough under the bridge deck is attached; - removal of the cut slabs; - cutting of the strips from the stiffening through; - removal of the cut strips such that a hole is made in the bridge deck; and - placing a repair plate in the hole made in the bridge deck and welding the repair plate to the surrounding bridge deck and the stiffening trough to the repair plate, wherein the repair plate is welded to the surrounding bridge deck by an industrial robot. - cutting open an inspection hole in an area of the bridge deck, well within weld beads of a stiffening through, and measuring a location of the stiffening through; - welding a temporary staple to the top of the bridge deck for retaining the shape of the area; - cutting three slabs next to each other from the bridge deck in such a manner that between two adjacent slabs a strip of the bridge deck remains that is still attached to the rest of the bridge deck and to which strip the stiffening trough under the bridge deck is attached; - removal of the cut slabs; - cutting of the strips from the stiffening through; - removal of the cut strips such that a hole is made in the bridge deck; and - placing a repair plate in the hole made in the bridge deck and welding the repair plate to the surrounding bridge deck and the stiffening trough to the repair plate,
A device (100, 200) for collecting kinetic energy from a naturally moving fluid, comprising: - first conversion means (112, 212) capable of converting the movement of the fluid into a driving movement in order to drive pumping or compression means (116, 216), - pumping or compression means (116, 216) driven by the first conversion means (112, 212), the pumping means picking up fluid from the current and circulating it in order to transport it to remote energy storage or conversion (121, 122, 221, 222, 226) means, characterized in that the pumping or compression means comprise a multicellular centrifugal pump, the axis of rotation of which is parallel or substantially parallel to the direction of the current. - first conversion means (112, 212) capable of converting the movement of the fluid into a driving movement in order to drive pumping or compression means (116, 216), - pumping or compression means (116, 216) driven by the first conversion means (112, 212), the pumping means picking up fluid from the current and circulating it in order to transport it to remote energy storage or conversion (121, 122, 221, 222, 226) means,
A variable inductor, comprising: a signal wire having a solenoid structure, wherein the signal wire has an input node and an output node; a control wire having a solenoid structure, the control wire being for connection to a direct current, DC, source providing a DC control current to the control wire; and a magnetic material is encompassed by the signal wire and the control wire; wherein the magnetic material includes two linear sections connected by arc sections to form a closed curve, and wherein the signal wire encompasses the magnetic material in a perpendicular arrangement with one or more windings, such that the input node and the output node of the signal wire are positioned at the same side of the magnetic material; characterized in that the variable inductor is for use in an integrated circuit and the magnetic material is provided in a single layer of the integrated circuit. a signal wire having a solenoid structure, wherein the signal wire has an input node and an output node; a control wire having a solenoid structure, the control wire being for connection to a direct current, DC, source providing a DC control current to the control wire; and a magnetic material is encompassed by the signal wire and the control wire; wherein the magnetic material includes two linear sections connected by arc sections to form a closed curve, and wherein the signal wire encompasses the magnetic material in a perpendicular arrangement with one or more windings, such that the input node and the output node of the signal wire are positioned at the same side of the magnetic material; characterized in that the variable inductor is for use in an integrated circuit and the magnetic material is provided in a single layer of the integrated circuit.
A replaceable system for use with a hair cutting device having a rotary electric motor and a bladeset, the replaceable system comprising: a drive member removably positionable between the rotary electric motor and the bladeset, wherein the drive member includes: a first end operable engagable with the bladeset; a second end operably engagable with the rotary electric motor; and a center body; and an extraction tool removably attachable to the drive member, wherein the extraction tool includes a handle portion and an engagement end, wherein the engagement end of the extraction tool is removably attachable to the center body of the drive member, when the drive member is positioned between the rotary electric motor and the bladeset. a drive member removably positionable between the rotary electric motor and the bladeset, wherein the drive member includes: a first end operable engagable with the bladeset; a second end operably engagable with the rotary electric motor; and a center body; and a first end operable engagable with the bladeset; a second end operably engagable with the rotary electric motor; and a center body; and an extraction tool removably attachable to the drive member, wherein the extraction tool includes a handle portion and an engagement end, a handle portion and an engagement end, wherein the engagement end of the extraction tool is removably attachable to the center body of the drive member, when the drive member is positioned between the rotary electric motor and the bladeset.
A negative pressure wound closure device to treat a wound comprising; a collapsible structure positionable external to a wound opening, the collapsible structure having a curved contour defining a radius of curvature that extends over the wound opening and at least a portion of tissue adjacent to the wound opening, the collapsible structure having joints about which articulating elements rotate such that the collapsible structure collapses along a curved path above the wound opening during movement of spaced apart wound margins to a more closed position; and a port in fluid communication with the collapsible structure that is connectable to a negative pressure source such that the wound margins move to the more closed position when the negative pressure source applies a negative pressure to the port. a collapsible structure positionable external to a wound opening, the collapsible structure having a curved contour defining a radius of curvature that extends over the wound opening and at least a portion of tissue adjacent to the wound opening, the collapsible structure having joints about which articulating elements rotate such that the collapsible structure collapses along a curved path above the wound opening during movement of spaced apart wound margins to a more closed position; and a port in fluid communication with the collapsible structure that is connectable to a negative pressure source such that the wound margins move to the more closed position when the negative pressure source applies a negative pressure to the port.
A method for wireless communication performed by a user equipment, UE, comprising: receiving, from a base station, a resource grant triggering a reference signal configuration; determining a timing offset between the resource grant and a transmission of an aperiodic sounding reference signal based at least in part on the reference signal configuration; transmitting the aperiodic sounding reference signal based at least in part on the timing offset; wherein the reference signal configuration comprises an indication of a use case for the aperiodic sounding reference signal; wherein the indicated use case comprises an uplink channel state information acquisition, or a downlink channel state information acquisition, or an uplink non-codebook-based precoding, or an uplink codebook-based precoding; and wherein the timing offset is based on the use case and a processing capability of the UE. receiving, from a base station, a resource grant triggering a reference signal configuration; determining a timing offset between the resource grant and a transmission of an aperiodic sounding reference signal based at least in part on the reference signal configuration; transmitting the aperiodic sounding reference signal based at least in part on the timing offset; wherein the reference signal configuration comprises an indication of a use case for the aperiodic sounding reference signal; wherein the indicated use case comprises an uplink channel state information acquisition, or a downlink channel state information acquisition, or an uplink non-codebook-based precoding, or an uplink codebook-based precoding; and wherein the timing offset is based on the use case and a processing capability of the UE.
Universal electric motor for the drive of a hand-held power tool subjected to a high dust load, comprising a commutator having carbon brushes and segments and a protective shield for protection against dust particles entrained in the enclosed-ventilated cooling-air stream, said protective shield circumferentially enclosing the segments by means of its inner circumferential radius via an insulating radial air gap at least in an axial contact region in frictional contact with the carbon brushes, wherein the protective shield consists of thin sheet metal, characterised in that the sheet metal is corrugated.