mhurhangee/patent-ind-claim-en huggingface dataset:
Medical apparatus, comprising: an invasive probe , which is configured to be inserted into a body of a living subject, to direct light at a plurality of different wavelengths toward a treatment site within the body and to receive the light scattered from the site; an optical module , which is coupled to the invasive probe so as to make, at a first stage in ablation of tissue at the treatment site, first measurements of scattered light intensities from the site at the plurality of different wavelengths, and to make, at a second stage in the ablation of the tissue, subsequent to the first stage, second measurements of the scattered light intensities from the site at the plurality of different wavelengths, wherein the plurality of the different wavelengths comprises a first wavelength in a visible light range and a second wavelength in an infrared light range; and wherein a processor , which is configured to assess a progress of the ablation by computing different, respective measures of change in the scattered light intensities at the different wavelengths occurring between the first and second measurements, and comparing the respective measures. an invasive probe , which is configured to be inserted into a body of a living subject, to direct light at a plurality of different wavelengths toward a treatment site within the body and to receive the light scattered from the site; an optical module , which is coupled to the invasive probe so as to make, at a first stage in ablation of tissue at the treatment site, first measurements of scattered light intensities from the site at the plurality of different wavelengths, and to make, at a second stage in the ablation of the tissue, subsequent to the first stage, second measurements of the scattered light intensities from the site at the plurality of different wavelengths, wherein the plurality of the different wavelengths comprises a first wavelength in a visible light range and a second wavelength in an infrared light range; and wherein a processor , which is configured to assess a progress of the ablation by computing different, respective measures of change in the scattered light intensities at the different wavelengths occurring between the first and second measurements, and comparing the respective measures.
A sanitary waste pipe venting valve adapted for connection to a sanitary waste pipe system, and comprising a valve pipe section having a first end being adapted for connection to a waste pipe in the sanitation waste pipe system, such as the upper end of a stack pipe, and a second end, and where a valve member is arranged in the valve pipe section between said first and second ends and being movably connected to the valve pipe section so that it is allowed to be positioned in a closed position where it restricts air flow through the valve pipe section and at least one open position where it allows air to flow through the valve pipe section, and where the sanitary waste pipe venting valve further comprises a valve control being adapted for allowing the valve member to move from its closed position to an open position when the pressure in said first end of the valve pipe section is lower than a first certain pressure below the pressure in said second end of the valve pipe section, and where the valve control is furthermore adapted for allowing the valve member to move from its closed position to an open position when the pressure in said first end of the valve pipe section is higher than a second certain pressure above the pressure in said second end of the valve pipe section, and in that the valve member is a plate valve arranged inside the valve pipe section and separating the first and the second end of the valve pipe section, and where the plate valve comprises a valve plate , and the valve control is adapted for allowing the valve plate to move into an open position in the first end of the valve pipe section when the pressure in said first end of the valve pipe section is lower than the first certain pressure below the pressure in said second end of the valve pipe section, characterized in that the valve control is further adapted to move the valve plate into an open position in the second end of the valve pipe section when the pressure in said first end of the valve pipe section is higher than the second certain pressure above the pressure in said second end of the valve pipe section, and to move the valve plate into a closed position between the open positions in the first and second valve pipe sections when the pressure in the first end of the valve pipe section is higher than the first certain pressure and lower than the second certain pressure, and wherein the valve plate is arranged in the pipe section so that it can rotate about a hinge axle arranged perpendicular to the symmetry axis of the pipe section, and where the hinge axle is arranged so that it separates the valve plate into a first part and a second part , so that the first part has an area being larger than the area of the second part.
A communication device arranged for transmitting information from a medicament delivery device including at least one physical part such as springs, drivers, rotators, sleeves, rods and indicators providing a translational movement when a state of change occurs in the medicament delivery device , the communication device comprises - at least one translation detection arrangement, configured to detect a translation of at least one physical part of said medicament delivery device by utilization of a resilience and an electrical conductivity for at least one spring of said medicament delivery device ; - at least one change of state detection unit, configured to detect at least one change of state; - at least one activation unit, configured to activate said at least one change of state detection unit and - at least one transmission unit configured to provide a wireless transmission of information related to said at least one change of state to an external receiving device, wherein the communication device also includes at least one determination unit configured to determine information related to a medicament delivery performed by the medicament delivery device , wherein information is based on preconfigured data and/or measured data related to the medicament delivery, characterized in that the communication device uses at least one spring of the medicament delivery device in combination with a first connector of the communication device and a second connector of the communication device, in order to achieve a function of a translation switch. - at least one translation detection arrangement, configured to detect a translation of at least one physical part of said medicament delivery device by utilization of a resilience and an electrical conductivity for at least one spring of said medicament delivery device ; - at least one change of state detection unit, configured to detect at least one change of state; - at least one activation unit, configured to activate said at least one change of state detection unit and - at least one transmission unit configured to provide a wireless transmission of information related to said at least one change of state to an external receiving device, wherein the communication device also includes at least one determination unit configured to determine information related to a medicament delivery performed by the medicament delivery device , wherein information is based on preconfigured data and/or measured data related to the medicament delivery, characterized in that the communication device uses at least one spring of the medicament delivery device in combination with a first connector of the communication device and a second connector of the communication device, in order to achieve a function of a translation switch.
A child seat for a vehicle , wherein the child seat is configured for holding a child (C) within an interior compartment of the vehicle , wherein the child seat comprises a climate arrangement adapted for effecting a climate for the child (C) when positioned in the child seat , wherein the climate arrangement comprises a power connection interface connectable to a power source (P), characterized in that the climate arrangement further comprises a data connection interface connectable to a vehicle climate control module and adapted for receiving climate control information from the vehicle climate control module for effecting the climate for the child (C) when positioned in the child seat . wherein the child seat comprises a climate arrangement adapted for effecting a climate for the child (C) when positioned in the child seat , wherein the climate arrangement comprises a power connection interface connectable to a power source (P), characterized in that the climate arrangement further comprises a data connection interface connectable to a vehicle climate control module and adapted for receiving climate control information from the vehicle climate control module for effecting the climate for the child (C) when positioned in the child seat .
A power converter assembly , for use in a high voltage direct current (HVDC) power transmission network , comprising: a line-commutated power converter configured to transfer power from the high voltage DC power transmission network to a corresponding receiving AC network ; and a control unit operatively associated with the line-commutated power converter , the control unit being programmed, in response to the receiving AC network exhibiting a reduced AC voltage (V a , V b , V c ), to cause a reduction in the operating DC voltage (V DC ) of the line-commutated power converter , characterized in that the control unit is programmed to take into account one or more of the following when causing a reduction in the operating DC voltage (V DC ) of the line-commutated power converter : a change in DC current (I DC ) provided to the line-commutated converter ; and a change in AC current within the corresponding faulty receiving AC network . a line-commutated power converter configured to transfer power from the high voltage DC power transmission network to a corresponding receiving AC network ; and a control unit operatively associated with the line-commutated power converter , the control unit being programmed, in response to the receiving AC network exhibiting a reduced AC voltage (V a , V b , V c ), to cause a reduction in the operating DC voltage (V DC ) of the line-commutated power converter , characterized in that the control unit is programmed to take into account one or more of the following when causing a reduction in the operating DC voltage (V DC ) of the line-commutated power converter : a change in DC current (I DC ) provided to the line-commutated converter ; and a change in AC current within the corresponding faulty receiving AC network . a change in DC current (I DC ) provided to the line-commutated converter ; and a change in AC current within the corresponding faulty receiving AC network .
A cleaning head for a floor cleaning equipment, comprising: - a cleaning head body provided with at least one suction port at the bottom; - a base plate used for mounting a mop cloth for cleaning; - a water distributor mounted to the base plate , the water distributor comprising a housing , a water inlet provided at the top of the housing , a second chamber formed inside the housing , and at least one water outlet hole provided at the bottom of the housing ; characterized in that the cleaning head further comprises : - a water supply tank used for supplying water to the mop cloth, the water supply tank being mounted to the cleaning head body and located above the base plate , the water supply tank being provided with a venting hole that communicates with the exterior, a first chamber used for storing cleaning water being provided inside the water supply tank, and a water outlet being provided at the bottom of the water supply tank, the volume of the second chamber being smaller than that of the first chamber , the first chamber , the water outlet , the water inlet , the second chamber , and the water outlet hole being in communication sequentially; - a communicating tube that puts the first chamber and the second chamber in communication, the communicating tube having a lower end opening in communication with the second chamber and an upper end opening extending into the first chamber and located in an upper portion of the first chamber . - a cleaning head body provided with at least one suction port at the bottom; - a base plate used for mounting a mop cloth for cleaning; - a water distributor mounted to the base plate , the water distributor comprising a housing , a water inlet provided at the top of the housing , a second chamber formed inside the housing , and at least one water outlet hole provided at the bottom of the housing ; - a water supply tank used for supplying water to the mop cloth, the water supply tank being mounted to the cleaning head body and located above the base plate , the water supply tank being provided with a venting hole that communicates with the exterior, a first chamber used for storing cleaning water being provided inside the water supply tank, and a water outlet being provided at the bottom of the water supply tank, the volume of the second chamber being smaller than that of the first chamber , the first chamber , the water outlet , the water inlet , the second chamber , and the water outlet hole being in communication sequentially; - a communicating tube that puts the first chamber and the second chamber in communication, the communicating tube having a lower end opening in communication with the second chamber and an upper end opening extending into the first chamber and located in an upper portion of the first chamber .
Switchgear cabinet with a frame , wherein the frame - comprises a plurality of interconnected frame profile elements (3..14), which define an essentially cuboid external contour and - at least two holders (15..19) arranged inside said external contour and spaced apart from one another vertically, in which holders recesses (A) are arranged, which form part of an external contour of an intended generally cylindrical body, the axis of which is aligned vertically in an operating position of the holders (15..19), wherein the switchgear cabinet in operating position has vertically running distributor busbars which are mounted in the at least two holders (15..19) and adopt the position of the intended cylindrical body, characterised in that the at least two holders (15..19) can be moved into an assembly position, in which said axis runs at an angle to the vertical and the at least two holders (15..19) are connected by pivotably mounted profiles , the longitudinal axes of which are aligned in operating position vertically and in the assembled position at an angle to the vertical. - comprises a plurality of interconnected frame profile elements (3..14), which define an essentially cuboid external contour and - at least two holders (15..19) arranged inside said external contour and spaced apart from one another vertically, in which holders recesses (A) are arranged, which form part of an external contour of an intended generally cylindrical body, the axis of which is aligned vertically in an operating position of the holders (15..19), wherein
A valve closure and a dispensing coupler configured to operate the valve closure:- the valve closure having: - an inner sleeve which includes a socket and an annular inner valve seat ; - a valve member having an annular sealing face co-operable with the inner valve seat ; - spring means urging the valve member against the inner valve seat ; - wherein the valve member incorporates a plurality of projections spaced radially inwards from the annular sealing face and projecting towards the socket ; the dispensing coupler having: - a housing ; - a tubular probe slidably received within the housing, the tubular probe having a central bore ; - wherein a distal end of the tubular probe has an end face , a circumferentially-extending ring seal , and a circumferential locking recess disposed between the ring seal and the end face to engage a detachable closing element; characterised in that the circumferential locking recess has opposing upper and lower faces (48.1 and 48.2). the valve closure having: - an inner sleeve which includes a socket and an annular inner valve seat ; - a valve member having an annular sealing face co-operable with the inner valve seat ; - spring means urging the valve member against the inner valve seat ; - wherein the valve member incorporates a plurality of projections spaced radially inwards from the annular sealing face and projecting towards the socket ; - an inner sleeve which includes a socket and an annular inner valve seat ; - a valve member having an annular sealing face co-operable with the inner valve seat ; - spring means urging the valve member against the inner valve seat ; - wherein the valve member incorporates a plurality of projections spaced radially inwards from the annular sealing face and projecting towards the socket ; the dispensing coupler having: - a housing ; - a tubular probe slidably received within the housing, the tubular probe having a central bore ; - wherein a distal end of the tubular probe has an end face , a circumferentially-extending ring seal , and a circumferential locking recess disposed between the ring seal and the end face to engage a detachable closing element; - a housing ; - a tubular probe slidably received within the housing, the tubular probe having a central bore ; - wherein a distal end of the tubular probe has an end face , a circumferentially-extending ring seal , and a circumferential locking recess disposed between the ring seal and the end face to engage a detachable closing element; characterised in that the circumferential locking recess has opposing upper and lower faces (48.1 and 48.2).
An ultra-high molecular weight polyethylene fiber with an ultra-high cut resistance, comprising: an ultra-high molecular weight polyethylene matrix, and carbon fiber powder particles dispersed in the ultra high-molecular weight polyethylene matrix, wherein a content of the carbon fiber powder particles is 0.25-10 wt% and the carbon fiber powder particles are activated by plasma treatment.
A formulation comprising: a continuous hydrophobic phase; a hydrophilic phase dispersed throughout said continuous hydrophobic phase; a stabilizing component comprising: from 8% to 30% by weight D-a-tocopheryl polyethylene glycol 1000 succinate (TPGS) based upon total weight of the stabilizing component, and from 70% to 92% by weight sorbitan monooleate having an HLB value of less than 10; and a hydrophilic component comprising a compound that is normally insoluble in said continuous hydrophobic phase at room temperature absent an emulsifying agent, wherein the hydrophilic component is substantially dissolved in the hydrophilic phase utilizing reverse micelles comprising the TPGS and the sorbitan monooleate, and wherein the weight ratio of the stabilizing component to the hydrophilic component is at least 10:1 to 50:1. a hydrophilic phase dispersed throughout said continuous hydrophobic phase; a stabilizing component comprising: from 8% to 30% by weight D-a-tocopheryl polyethylene glycol 1000 succinate (TPGS) based upon total weight of the stabilizing component, and from 70% to 92% by weight sorbitan monooleate having an HLB value of less than 10; and a hydrophilic component comprising a compound that is normally insoluble in said continuous hydrophobic phase at room temperature absent an emulsifying agent, wherein the hydrophilic component is substantially dissolved in the hydrophilic phase utilizing reverse micelles comprising the TPGS and the sorbitan monooleate, and wherein the weight ratio of the stabilizing component to the hydrophilic component is at least 10:1 to 50:1. from 8% to 30% by weight D-a-tocopheryl polyethylene glycol 1000 succinate (TPGS) based upon total weight of the stabilizing component, and from 70% to 92% by weight sorbitan monooleate having an HLB value of less than 10; and a hydrophilic component comprising a compound that is normally insoluble in said continuous hydrophobic phase at room temperature absent an emulsifying agent, wherein the hydrophilic component is substantially dissolved in the hydrophilic phase utilizing reverse micelles comprising the TPGS and the sorbitan monooleate, and wherein the weight ratio of the stabilizing component to the hydrophilic component is at least 10:1 to 50:1.
A sanitizing system comprising: multiple ultraviolet (UV) lamps each including one or more UV emitters configured to emit UV light, wherein the UV lamps are positioned to emit the UV light towards one or more target components within a space ; a power supply module electrically connected to each of the UV lamps and configured to provide electrical energy to the UV lamps to power the UV emitters to sanitize the one or more target components , wherein each of the UV lamps is individually electrically connected to the power supply module via a respective switch device comprising a vacuum switch, at least one IGBT, or at least one FET. multiple ultraviolet (UV) lamps each including one or more UV emitters configured to emit UV light, wherein the UV lamps are positioned to emit the UV light towards one or more target components within a space ; a power supply module electrically connected to each of the UV lamps and configured to provide electrical energy to the UV lamps to power the UV emitters to sanitize the one or more target components , wherein each of the UV lamps is individually electrically connected to the power supply module via a respective switch device comprising a vacuum switch, at least one IGBT, or at least one FET.
A medical system comprising: an elongate device; an elongate sheath configured to extend within the elongate device, the elongate sheath including an identification feature; an imaging probe configured to extend within the elongate sheath; and a control system configured to: receive imaging data from the imaging probe, the imaging data being captured by the imaging probe; analyze the imaging data to identify an appearance of the identification feature within the imaging data; and based on the appearance of the identification feature, register the imaging data to a reference frame of the elongate device. an elongate device; an elongate sheath configured to extend within the elongate device, the elongate sheath including an identification feature; an imaging probe configured to extend within the elongate sheath; and a control system configured to: receive imaging data from the imaging probe, the imaging data being captured by the imaging probe; analyze the imaging data to identify an appearance of the identification feature within the imaging data; and based on the appearance of the identification feature, register the imaging data to a reference frame of the elongate device. receive imaging data from the imaging probe, the imaging data being captured by the imaging probe; analyze the imaging data to identify an appearance of the identification feature within the imaging data; and based on the appearance of the identification feature, register the imaging data to a reference frame of the elongate device.