mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a catheter arrangement comprising a flexible shaft and configured to deployment into the body; a cooling arrangement provided at a distal end of the shaft and configured to freeze non-targeted body tissue while neighboring target body tissue remains unfrozen; a microwave emitter configured to propagate microwave energy through the frozen non-targeted tissue and to heat the unfrozen target tissue to a temperature of 55°C or higher; and a measuring device configured to measure a depth of ice formation within the non-targeted tissue. a catheter arrangement comprising a flexible shaft and configured to deployment into the body; a cooling arrangement provided at a distal end of the shaft and configured to freeze non-targeted body tissue while neighboring target body tissue remains unfrozen; a microwave emitter configured to propagate microwave energy through the frozen non-targeted tissue and to heat the unfrozen target tissue to a temperature of 55°C or higher; and a measuring device configured to measure a depth of ice formation within the non-targeted tissue.
A human anti-human IL-18 antibody or a fragment thereof, wherein the fragment is scFv, Fab, Fab', F(ab') 2, scAb, or scFvFc, wherein the antibody or fragment thereof reacts with human IL-18 and does not react with a complex of human IL-18 and human IL-18-binding protein (human IL-18BP) and wherein: an H chain variable region consists of an amino acid sequence of SEQ ID NO: 3 and an L chain variable region consists of an amino acid sequence of SEQ ID NO: 4, or an H chain variable region consists of an amino acid sequence of SEQ ID NO: 5 and an L chain variable region consists of an amino acid sequence of SEQ ID NO: 6. an H chain variable region consists of an amino acid sequence of SEQ ID NO: 3 and an L chain variable region consists of an amino acid sequence of SEQ ID NO: 4, or an H chain variable region consists of an amino acid sequence of SEQ ID NO: 5 and an L chain variable region consists of an amino acid sequence of SEQ ID NO: 6.
Current transformer comprising: - a magnetic circuit made from magnetic material, intended to be placed around a primary conductor, and - a secondary winding wound on a part of said magnetic circuit in order to deliver a secondary current to a processing circuit, characterized in that the magnetic circuit comprises at least one device (6, 6A, 6B) for varying the magnetization of a portion of said magnetic circuit depending on the temperature in order to limit or reduce the magnetic flux in the magnetic circuit when the temperature of the magnetic circuit increases. - a magnetic circuit made from magnetic material, intended to be placed around a primary conductor, and - a secondary winding wound on a part of said magnetic circuit in order to deliver a secondary current to a processing circuit,
A microencapsulated biocide comprising: a core material comprising an isothiazolone biocide or antifouling agent; and two or three walls encapsulating the core material to form a capsule; wherein: (i) the capsule has two walls comprising a wall of melamine formaldehyde re-encapsulated with polyvinyl alcohol-urea-resorcinol-gluteraldehyde, (ii) the capsule has two walls comprising gelatin-gum arabic as a first shell and a overcoat of melamine-formaldehyde resin, or (iii) the capsule has three walls comprising a first wall that is an interfacial reaction product of an aromatic polyisocyanate, a second wall of gelatin-gum arabic, and a third wall of melamine-formaldehyde resin; whereby the capsule releases 10% or less of the isothiazolone biocide or antifouling agent in xylene at room temperature over 90 days and provides sustained release of the core material upon exposure to water. a core material comprising an isothiazolone biocide or antifouling agent; and two or three walls encapsulating the core material to form a capsule; wherein: (i) the capsule has two walls comprising a wall of melamine formaldehyde re-encapsulated with polyvinyl alcohol-urea-resorcinol-gluteraldehyde, (ii) the capsule has two walls comprising gelatin-gum arabic as a first shell and a overcoat of melamine-formaldehyde resin, or (iii) the capsule has three walls comprising a first wall that is an interfacial reaction product of an aromatic polyisocyanate, a second wall of gelatin-gum arabic, and a third wall of melamine-formaldehyde resin; (i) the capsule has two walls comprising a wall of melamine formaldehyde re-encapsulated with polyvinyl alcohol-urea-resorcinol-gluteraldehyde, (ii) the capsule has two walls comprising gelatin-gum arabic as a first shell and a overcoat of melamine-formaldehyde resin, or (iii) the capsule has three walls comprising a first wall that is an interfacial reaction product of an aromatic polyisocyanate, a second wall of gelatin-gum arabic, and a third wall of melamine-formaldehyde resin; whereby the capsule releases 10% or less of the isothiazolone biocide or antifouling agent in xylene at room temperature over 90 days and provides sustained release of the core material upon exposure to water.
Image processing apparatus for determining a piece of image information suitable for representation in a motor vehicle, having a calculation device configured to calculate the image information, and a capture device for capturing one or more pieces of state information of an environment of a user of the motor vehicle, wherein the calculation device is configured to adapt the image information to a change in the one or more pieces of state information, wherein the image information comprises representation information for a foreground and representation information for a background of an image that is to be represented, wherein the calculation device is configured to adapt the representation information for the background of the image that is to be represented to the one or more pieces of state information, wherein the representation information for the background comprises information relating to a plurality of background image elements which correspond to image points or other two-dimensional image units, and wherein the image processing apparatus furthermore comprises a representation device that is configured to represent the image information and is furthermore configured to receive operating information from a user, wherein the one or more pieces of state information correspond to at least one piece of operating information that indicates an approach of a user toward the representation device or touching of the representation device by a user and a position at which the user has approached or touched the representation device, and wherein the calculation device is configured to increase a density of the plurality of background image elements at that position.
Guide arrangement with a plurality of guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26), wherein the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) are arranged to be offset relative to one another in a plane and a gate guide is formed between the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26), characterised in that - the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) run in different levels relative to one another and - the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) have a rise relative to the gate guide and mutually adjoining guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) have mutually different levels in the transition between the individual guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26), wherein a guide track (10, 12, 14, 16, 18, 20, 22, 24; 26) projects beyond an adjoining guide track (10, 12, 14, 16, 18, 20, 22, 24; 26). - the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) run in different levels relative to one another and - the guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) have a rise relative to the gate guide and mutually adjoining guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26) have mutually different levels in the transition between the individual guide tracks (10, 12, 14, 16, 18, 20, 22, 24; 26), wherein a guide track (10, 12, 14, 16, 18, 20, 22, 24; 26) projects beyond an adjoining guide track (10, 12, 14, 16, 18, 20, 22, 24; 26).
A powertrain for a hybrid vehicle, comprising a hydraulic pump recharging pressure accumulators (40, 42), which is linked to the sun gear of a planetary gear train, an internal combustion engine being linked to the ring gear of this planetary gear train, the drive wheels of the vehicle being linked to the planet carrier of this planetary gear train, this powertrain comprising a hydraulic engine supplied by the accumulators (40, 42), which is linked to the drive wheels, and a system for immobilizing the planetary gear train, characterized in that it comprises a free wheel positioned on the drive of the pump, which enables the internal combustion engine to drive the vehicle forward when the planetary gear train is blocked, leaving this pump stopped.
- Sanitary tampon, made entirely of natural materials and not including any type of plastic or synthetic material, comprising a body of generally cylindrical shape provided with a rounded front end in the direction of insertion of the tampon and a rear end from which an extraction cord protrudes; said body comprising an absorbent core, rectangular, with two major sides and two minor sides; said absorbent core being covered with an absorbent sheet of non-woven fabric, and winded up in a longitudinal direction and pressed together with said absorbent sheet, its major sides being oriented towards the front and rear ends of the tampon body; said absorbent sheet comprising an end section that protrudes through the minor side of the absorbent core that remains inside the body once wound and an end section that protrudes at least on the minor side of the absorbent core that remains outside of the body once wound, and that closes said minor side on the body itself, totally covering the material of the absorbent core; characterised in that the end sections (31, 33) of the absorbent sheet comprise a slanted side or a side having a slanted segment.
A laser jammer configured for being a part of a countermeasure system, comprising: - a laser source comprising at least two adjacent compartments each being hermetically sealed and having a wall therebetween hermetically separating the compartments from each other; - a first of the two compartments comprising therein a plurality of laser emitters, and the second compartment comprising therein capacitors electrically connected to said laser emitters via electrical connections passing through said wall and connected to an external charger, and a switch for activating of the laser emitters via said capacitors, wherein at least one of the following conditions are met: - said laser source is configured to provide laser pulses having a peak power above 100 Watts, particularly above 1000 Watts, and having a leading edge of laser pulse duration of less than 5 microseconds, particularly less than 2 microseconds; - said laser source is configured to provide a laser pump current amplitude above 100 Amperes, particularly above 200 Amperes, and having a leading edge of laser pulse duration of less than 5 microseconds, particularly less than 2 microseconds; and - said laser source having a peak specific optical laser power of at least 10 Watts/cubic centimeter, particularly at least 30 Watts/cubic centimeter. - a laser source comprising at least two adjacent compartments each being hermetically sealed and having a wall therebetween hermetically separating the compartments from each other; - a first of the two compartments comprising therein a plurality of laser emitters, and the second compartment comprising therein capacitors electrically connected to said laser emitters via electrical connections passing through said wall and connected to an external charger, and a switch for activating of the laser emitters via said capacitors, wherein at least one of the following conditions are met: - said laser source is configured to provide laser pulses having a peak power above 100 Watts, particularly above 1000 Watts, and having a leading edge of laser pulse duration of less than 5 microseconds, particularly less than 2 microseconds; - said laser source is configured to provide a laser pump current amplitude above 100 Amperes, particularly above 200 Amperes, and having a leading edge of laser pulse duration of less than 5 microseconds, particularly less than 2 microseconds; and - said laser source having a peak specific optical laser power of at least 10 Watts/cubic centimeter, particularly at least 30 Watts/cubic centimeter.
An athletic training device, comprising: a housing having at least one section; a plurality of moving agencies coupled with said housing; an opening in the outer surface of said housing; a shut-off unit selectively mated with said opening and having an electrical coupling capable of shutting off the device when said coupling is interrupted; a motion-control device connected to an input device via an op-amp circuit, said input device further comprising a power supply; a central processing unit connected to said input device; a drive mechanism further connected to said central processing unit, further comprising a drive-control circuit comprising a drive device, an on/off switch, said electrical coupling on said shut-off device, a resistor and another power supply and a directional-control circuit, said drive-control circuit and said directional-control circuit being connected to said central processing unit via an amplifier wherein said directional-control circuit comprises a second drive device, a resistor, and a second power supply and is connected to said electrical coupling on the shut-off device and a power supply. a housing having at least one section; a plurality of moving agencies coupled with said housing; an opening in the outer surface of said housing; a shut-off unit selectively mated with said opening and having an electrical coupling capable of shutting off the device when said coupling is interrupted; a motion-control device connected to an input device via an op-amp circuit, said input device further comprising a power supply; a central processing unit connected to said input device; a drive mechanism further connected to said central processing unit, further comprising a drive-control circuit comprising a drive device, an on/off switch, said electrical coupling on said shut-off device, a resistor and another power supply and a directional-control circuit, said drive-control circuit and said directional-control circuit being connected to said central processing unit via an amplifier wherein said directional-control circuit comprises a second drive device, a resistor, and a second power supply and is connected to said electrical coupling on the shut-off device and a power supply.
A device for assessing the needs for medication or paramedical care of a patient, characterised in that it comprises: - means for measuring the heart rate variability between 0.15Hz and 4Hz, - first means for processing the measured data according to a sliding window enabling the calculation of an index ANI relating to the level of pain suffered by the patient, obtained from a method for analysing the heart rate variability of the patient, consisting in building from the measurement of the heart rate variability a so-called RR series, then proceeding with an analysis of the variability of the series RR, characterised in that it further comprises: - second processing means based on the index ANI enabling the calculation of an index MC, representative of the average of the index ANI over a so-called short period, and of an index ML, representative of the average value of the index ANI over a so-called long period, as well as the slopes PC and PL respectively of said indices MC and ML, the indices and the slopes corresponding to the level of pain suffered by a patient and its evolution, - means for recording data relating to the patient, - third processing means allowing determining, according to the indices MC and ML, to their slopes PC and PL and to the data relating to the patient, the need for analgesic and/or hypnotic compounds and or paramedical care to be administered to said patient. - means for measuring the heart rate variability between 0.15Hz and 4Hz, - first means for processing the measured data according to a sliding window enabling the calculation of an index ANI relating to the level of pain suffered by the patient, obtained from a method for analysing the heart rate variability of the patient, consisting in building from the measurement of the heart rate variability a so-called RR series, then proceeding with an analysis of the variability of the series RR, - second processing means based on the index ANI enabling the calculation of an index MC, representative of the average of the index ANI over a so-called short period, and of an index ML, representative of the average value of the index ANI over a so-called long period, as well as the slopes PC and PL respectively of said indices MC and ML, the indices and the slopes corresponding to the level of pain suffered by a patient and its evolution, - means for recording data relating to the patient, - third processing means allowing determining, according to the indices MC and ML, to their slopes PC and PL and to the data relating to the patient, the need for analgesic and/or hypnotic compounds and or paramedical care to be administered to said patient.
A fan blade platform, comprising: a first platform half comprising a slot at a first end of the first platform half and a first receiving member at a second end of the first platform half opposite the first end of the first platform half; a second platform half comprising a hook at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half, wherein the hook is configured to interface with the slot; and a pin configured to pass through the first receiving member and the second receiving member. a first platform half comprising a slot at a first end of the first platform half and a first receiving member at a second end of the first platform half opposite the first end of the first platform half; a second platform half comprising a hook at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half, wherein the hook is configured to interface with the slot; and a pin configured to pass through the first receiving member and the second receiving member.
A water heater comprising a scale inhibiting device which is configured to deposit scale ingredients dissolved in water in an electrolysis tank, the scale inhibiting device comprising: the electrolysis tank; an anode and a cathode, wherein the anode and at least a part of the cathode are arranged in the tank a power source configured to apply a voltage between the anode and the cathode: and wherein the water heater further comprises: a heat source which is configured to transfer heat to the water flowing out of the scale inhibiting device, characterized in that it comprises an oxygen gas supply means (13, 13b, 23) for supplying oxygen gas to be dissolved into water in the tank, wherein the oxygen gas supply means (13, 13b, 23) is designed to introduce oxygen gas into the tank in the immediate proximity of the cathode and/or through the cathode; and in that the anode and at least part of the cathode are arranged in an opposed manner. the electrolysis tank; an anode and a cathode, wherein the anode and at least a part of the cathode are arranged in the tank a power source configured to apply a voltage between the anode and the cathode: and wherein the water heater further comprises: a heat source which is configured to transfer heat to the water flowing out of the scale inhibiting device, characterized in that it comprises an oxygen gas supply means (13, 13b, 23) for supplying oxygen gas to be dissolved into water in the tank, wherein the oxygen gas supply means (13, 13b, 23) is designed to introduce oxygen gas into the tank in the immediate proximity of the cathode and/or through the cathode; and in that the anode and at least part of the cathode are arranged in an opposed manner.
A method of content preparation for a media streaming network performed by at least one processor, the method comprising receiving content; receiving a content preparation template, wherein the content preparation template includes first information specifying content parameters corresponding to the content, and second information specifying instructions for preparing the content for downlink streaming; preparing the content according to the content preparation template; and streaming the prepared content over the media streaming network to a media streaming client, wherein the preparing of the content is characterized by the following method steps: receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template. receiving content; receiving a content preparation template, wherein the content preparation template includes first information specifying content parameters corresponding to the content, and second information specifying instructions for preparing the content for downlink streaming; preparing the content according to the content preparation template; and streaming the prepared content over the media streaming network to a media streaming client, wherein the preparing of the content is characterized by the following method steps: receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template. receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template.