mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a message at a first communication network from a second communication network, wherein at least a portion of the message relates to a service level agreement between the first communication network and the second communication network; and performing an automated verification of information in the message at the first communication network to determine compliance with the service level agreement; wherein the message receiving step is performed by a security edge protection proxy function of the first communication network and the automated verification performing step is performed by a service level agreement management function of the first communication network; wherein the security edge protection proxy function and the service level agreement management function are executed by at least one processing device comprising a processor operatively coupled to a memory. receiving a message at a first communication network from a second communication network, wherein at least a portion of the message relates to a service level agreement between the first communication network and the second communication network; and performing an automated verification of information in the message at the first communication network to determine compliance with the service level agreement; wherein the message receiving step is performed by a security edge protection proxy function of the first communication network and the automated verification performing step is performed by a service level agreement management function of the first communication network; wherein the security edge protection proxy function and the service level agreement management function are executed by at least one processing device comprising a processor operatively coupled to a memory.
A method of communication, comprising: monitoring traffic on a device-to-device communication resource pool allocated for a first radio access technology, RAT; determining, from the resource pool allocated for the first RAT, an indication of use of the resource pool for communication using the first RAT; comparing the indication to a threshold; determining, based on the comparison, whether to use the resource pool for communication using a second RAT; communicating a reservation of at least one resource of the resource pool if the determination of whether to use the resource pool indicates that the resource pool is to be used; and communicating data via the at least one reserved resource using the second RAT. monitoring traffic on a device-to-device communication resource pool allocated for a first radio access technology, RAT; determining, from the resource pool allocated for the first RAT, an indication of use of the resource pool for communication using the first RAT; comparing the indication to a threshold; determining, based on the comparison, whether to use the resource pool for communication using a second RAT; communicating a reservation of at least one resource of the resource pool if the determination of whether to use the resource pool indicates that the resource pool is to be used; and communicating data via the at least one reserved resource using the second RAT.
A frame/brick or stave/brick construction, comprising: a frame or stave having a plurality of ribs and a plurality of channels, wherein a front face of the frame or stave defines a first opening into each of the channels; and a plurality of bricks each brick having a nose portion which is complementary to a first section of the channels and characterised by a seat portion which is complementary to a second section of the channels, and a vertical neck therebetween, wherein in use each brick is insertable into one of the plurality of channels via its first opening to a position, upon rotation of the brick, partially disposed in the one channel such that one or more portions of the brick are at least partially engaged with one or more surfaces of the one channel and/or of a first rib of the plurality of ribs whereby the brick is locked against removal from the one channel through its first opening via linear movement without first being rotated. a frame or stave having a plurality of ribs and a plurality of channels, wherein a front face of the frame or stave defines a first opening into each of the channels; and a plurality of bricks each brick having a nose portion which is complementary to a first section of the channels and characterised by a seat portion which is complementary to a second section of the channels, and a vertical neck therebetween, wherein in use each brick is insertable into one of the plurality of channels via its first opening to a position, upon rotation of the brick, partially disposed in the one channel such that one or more portions of the brick are at least partially engaged with one or more surfaces of the one channel and/or of a first rib of the plurality of ribs whereby the brick is locked against removal from the one channel through its first opening via linear movement without first being rotated.
A foldable soft tissue repair system, comprising: a tissue augmentation scaffold having: a first layer of material; a tissue-facing surface; and a second surface opposed to the tissue-facing surface, wherein the first layer of material includes one or more intrusion features (4243a, 4243b) forming at least one folding axis (4242a, 4242b) that spans at least a portion of a length of the material, and wherein the one or more intrusion features enables the tissue augmentation scaffold to be folded about the at least one folding axis to reduce an insertion profile of the tissue augmentation scaffold with respect to the at least one folding axis; wherein the tissue-facing surface defines a first intrusion feature along a first folding axis, the first intrusion feature being configured to bias folding of the material in a first direction, and wherein the second surface defines a second intrusion feature along a second folding axis, the second intrusion feature being configured to bias folding of the material in a second direction that is opposite the first direction; and wherein each of the one or more intrusion features defines cuts and/or cut-out channels in the material from a medial edge to a lateral edge along a respective folding axis. a tissue augmentation scaffold having: a first layer of material; a tissue-facing surface; and a second surface opposed to the tissue-facing surface, a first layer of material; a tissue-facing surface; and a second surface opposed to the tissue-facing surface, wherein the first layer of material includes one or more intrusion features (4243a, 4243b) forming at least one folding axis (4242a, 4242b) that spans at least a portion of a length of the material, and wherein the one or more intrusion features enables the tissue augmentation scaffold to be folded about the at least one folding axis to reduce an insertion profile of the tissue augmentation scaffold with respect to the at least one folding axis; wherein the tissue-facing surface defines a first intrusion feature along a first folding axis, the first intrusion feature being configured to bias folding of the material in a first direction, and wherein the second surface defines a second intrusion feature along a second folding axis, the second intrusion feature being configured to bias folding of the material in a second direction that is opposite the first direction; and
System for determining the necessity of an action and/or a success of an action on water, comprising means for providing the retentate, which is a filter cake, from a first water filter and a second water filter in a conduit; and two measuring/analyzing means (7a, 7b) for examining and/or analyzing the retentate with respect to at least one property or its chemical composition, wherein the first water filter is used for filtering larger particles and the second water filter is used for filtering smaller particles in the water, wherein the first water filter and the second water filter are each a self-cleaning filter with a respective suction scanner (10a, 10b), and wherein the suction scanners (10a, 10b) are each connected to a measuring/analyzing device (7a, 7b) via a valve (11a, 11b) and a supply line (12a, 12b). wherein the first water filter is used for filtering larger particles and the second water filter is used for filtering smaller particles in the water, wherein the first water filter and the second water filter are each a self-cleaning filter with a respective suction scanner (10a, 10b), and wherein the suction scanners (10a, 10b) are each connected to a measuring/analyzing device (7a, 7b) via a valve (11a, 11b) and a supply line (12a, 12b).
A system for automatically monitoring the orientation of a patient over a period of time, comprising: a sensor configured to be attached to a patient and including at least one accelerometer adapted for outputting an acceleration data set representative of the patient's orientation; a processor responsive to the acceleration data set and configured to: monitor the orientation of the patient over time based on the acceleration data set to establish a history of the orientation of the patient over time; determine values for at least one biometric parameter of the patient, including at least one of a respiratory rate or a heart rate of the patient, based on the acceleration data set, and compare the determined values for the at least one biometric parameter of the patient with predefined values based on known physiological behavior; determine, based on the comparison, that the sensor is attached to the patient when the determined values for the at least one biometric parameter correspond to the predefined values; the system further comprising storage for storing the history of the orientation of the patient. a sensor configured to be attached to a patient and including at least one accelerometer adapted for outputting an acceleration data set representative of the patient's orientation; a processor responsive to the acceleration data set and configured to: monitor the orientation of the patient over time based on the acceleration data set to establish a history of the orientation of the patient over time; determine values for at least one biometric parameter of the patient, including at least one of a respiratory rate or a heart rate of the patient, based on the acceleration data set, and compare the determined values for the at least one biometric parameter of the patient with predefined values based on known physiological behavior; determine, based on the comparison, that the sensor is attached to the patient when the determined values for the at least one biometric parameter correspond to the predefined values; the system further comprising monitor the orientation of the patient over time based on the acceleration data set to establish a history of the orientation of the patient over time; determine values for at least one biometric parameter of the patient, including at least one of a respiratory rate or a heart rate of the patient, based on the acceleration data set, and compare the determined values for the at least one biometric parameter of the patient with predefined values based on known physiological behavior; determine, based on the comparison, that the sensor is attached to the patient when the determined values for the at least one biometric parameter correspond to the predefined values; the system further comprising storage for storing the history of the orientation of the patient.
A drill rotatable about an axial line, the drill comprising: a flank face; a thinning face contiguous to the flank face; an outer peripheral surface contiguous to the flank face; and a swarf discharging surface contiguous to each of the flank face and the outer peripheral surface, wherein a ridgeline between the flank face and the swarf discharging surface forms a cutting edge, the outer peripheral surface is provided with a first margin contiguous to each of the cutting edge and the flank face, and a second margin that is located on a rear side with respect to the first margin in a rotation direction and that is separated from each of the flank face and the thinning face, characterised in that the outer peripheral surface is also contiguous to the thinning face, an outer peripheral portion of the first margin and an outer peripheral portion of the second margin have respective back tapers having the same angle, and in a direction parallel to the axial line, a distance between a front end of the first margin and a front end of the second margin is more than or equal to 3 mm and less than or equal to 5 mm. a flank face; a thinning face contiguous to the flank face; an outer peripheral surface contiguous to the flank face; and a swarf discharging surface contiguous to each of the flank face and the outer peripheral surface, wherein a ridgeline between the flank face and the swarf discharging surface forms a cutting edge, the outer peripheral surface is provided with a first margin contiguous to each of the cutting edge and the flank face, and a second margin that is located on a rear side with respect to the first margin in a rotation direction and that is separated from each of the flank face and the thinning face, characterised in that the outer peripheral surface is also contiguous to the thinning face, an outer peripheral portion of the first margin and an outer peripheral portion of the second margin have respective back tapers having the same angle, and in a direction parallel to the axial line, a distance between a front end of the first margin and a front end of the second margin is more than or equal to 3 mm and less than or equal to 5 mm.
A filter assembly (100, 200) comprising a housing (110, 210) defining an interior region (114, 214) and exterior region (116, 216), the interior region (114, 214) and the exterior region (116, 216) being in communication through a first aperture (115,215) and a second aperture (117,217); a filter (120, 220) adapted for filtering an aqueous urea solution, the filter (120, 220) within the housing (110, 210), the filter (120, 220) separating the housing (110, 210) into an upstream region (128, 228) upstream of the filter (120, 220), the upstream region (128, 228) communicating with the second aperture (117,217) and a downstream region (126, 226) downstream of the filter (120, 220), the downstream region (126, 226) communicating with the first aperture (115,215); a heater (130, 230) extending into the interior region (114, 214) of the housing (110, 210); a first hose fitting (140, 240) communicating with the first aperture (115, 215), the first hose fitting (140, 240) formed of a material having a thermal conductivity of at least 16 W/(m*K); a second hose fitting (150, 250) communicating with the second aperture (117, 217) the second hose fitting (150,250) formed of material having a thermal conductivity of at least 16 W/(m*K); a heat bridge (160, 260) formed of a conductive material having a thermal conductivity of at least 16 W/(m*K), thermally connecting the heater (130, 230) to the first hose fitting (140, 240) and thermally connecting the heater (130, 230) to the second hose fitting (150, 250); and a first insulator (170, 270) formed of a material having a thermal conductivity of at most 0.25 W/(m*K), the first insulator (170, 270) at least partially covering the first hose fitting (140, 240); and a second insulator (180, 280) formed of a material having a thermal conductivity of at most 0.25 W/(m*K), the second insulator (180, 280) at least partially covering the second hose fitting (150, 250). formed of a conductive material having a thermal conductivity of at least 16 W/(m*K), thermally connecting the heater (130, 230) to the first hose fitting (140, 240) and thermally connecting the heater (130, 230) to the second hose fitting (150, 250); formed of a material having a thermal conductivity of at most 0.25 W/(m*K), the first insulator (170, 270) at least partially covering the first hose fitting (140, 240); and
Method for the preparation of gelatin based gummy candies, comprising the steps of: 1) providing a liquid candy composition comprising gelatin having a bloom value of 200 to 300, bulking agent and water, that forms, upon setting in a mold, the gelatin based gummy candies, 2) casting the liquid candy composition in a mold, 3) allowing the liquid candy composition to set at a temperature below 25°C for one hour or less, to provide the gelatin based gummy candies, 4) removing the gelatin based gummy candies, obtained in step 3) from the mold, wherein the liquid candy composition of step 1) comprises, based on the total weight of the composition, 20 w/w% or less water, the mold not being capable of absorbing water from the liquid candy composition during steps 2) and 3), at least a portion of the mold that is in contact with the liquid candy composition during steps 2) and 3) being resilient, and wherein the water content of the liquid candy composition is substantially the same as the water content of the gummy candy of the final product. 1) providing a liquid candy composition comprising gelatin having a bloom value of 200 to 300, bulking agent and water, that forms, upon setting in a mold, the gelatin based gummy candies, 2) casting the liquid candy composition in a mold, 3) allowing the liquid candy composition to set at a temperature below 25°C for one hour or less, to provide the gelatin based gummy candies, 4) removing the gelatin based gummy candies, obtained in step 3) from the mold,
Method for destruction of objects of value which are contained in a space for valuables, wherein a destruction apparatus is used, when needed, to destroy the objects of value, characterized in that an inflatable holding-up balloon is used so as to, at destruction, secure the abutment of the objects of value against the destruction apparatus, wherein the holding-up balloon in an inactivated resting condition is placed in flattened condition at a wall portion in the space which is opposite to a wall portion where the destruction apparatus is placed, and wherein the holding-up balloon is arranged in a lower region of the space.
Revolving door, in particular for separating persons, having a plurality of fixedly arranged zones and/or movably arranged sectors, and having a recognition assembly for recognizing occupancy of at least one zone and/or sector, wherein the recognition assembly comprises at least one optically detectable and predefined pattern as well as at least one detection device for detecting the pattern, and the detection device is designed to detect non-coverage of the pattern and/or at least partial coverage of the pattern by an object located in the respective zone and/or in the respective sector, characterized in that at least one zone is designed as an apron zone (12e, 12f) or a plurality of zones are designed as apron zones (12e, 12f), in that the apron zone (12e, 12f) or apron zones (12e, 12f) are arranged outside of a door housing and/or in the apron area thereof, and in that the recognition assembly is designed to block and/or to keep blocked a door leaf movement upon recognizing occupancy of an oppositely located apron zone (12f, 12e) and/or of an apron zone (12f, 12e) located in the destination direction of a person.
A toner, comprising: a crystalline resin; a non-crystalline resin; and a colorant, wherein the toner has a sea-island structure which comprises: a sea containing the crystalline resin; and an island containing the non-crystalline resin and the colorant, wherein the island is 1.0 μm or less in domain diameter, and wherein the toner is 1.7 × 10 4 Pa or less in storage elastic modulus at 160°C, wherein the storage elastic modulus is measured by using a dynamic viscoelastic measurement device, by preparing a sample by making a pellet which is 8 mm in diameter and 1 mm to 2 mm in thickness, fixing on a parallel plate which is 8 mm in diameter, making the pellet stable at 40°C, and heating up to 200°C at a temperature rising rate of 2.0°C/minute under a frequency of 1 Hz (6.28 rad/s) and distortion amount of 0.1 % (distortion amount control mode), characterized in that the crystalline resin contains at least one of polyurethane resin, polyurea resin, and urea or urethane modified polyester resin. a crystalline resin; a non-crystalline resin; and a colorant, wherein the toner has a sea-island structure which comprises: a sea containing the crystalline resin; and an island containing the non-crystalline resin and the colorant, wherein the island is 1.0 μm or less in domain diameter, and wherein the toner is 1.7 × 10 4 Pa or less in storage elastic modulus at 160°C, wherein the storage elastic modulus is measured by using a dynamic viscoelastic measurement device, by preparing a sample by making a pellet which is 8 mm in diameter and 1 mm to 2 mm in thickness, fixing on a parallel plate which is 8 mm in diameter, making the pellet stable at 40°C, and heating up to 200°C at a temperature rising rate of 2.0°C/minute under a frequency of 1 Hz (6.28 rad/s) and distortion amount of 0.1 % (distortion amount control mode),
A method of drilling a well comprising the steps of (a) drilling to a first well depth with a drilling apparatus connected to the lower end of a riser string and having a first blowout prevention component, (b) repositioning the first blowout prevention component to a seabed storage location, and (c) drilling to a second well depth with a drilling apparatus having a second blowout prevention component. (a) drilling to a first well depth with a drilling apparatus connected to the lower end of a riser string and having a first blowout prevention component, (b) repositioning the first blowout prevention component to a seabed storage location, and (c) drilling to a second well depth with a drilling apparatus having a second blowout prevention component.
A process for refining a crude acetyls mixture comprising 5 to 80 weight percent acetic anhydride, 95 to 20 weight percent acetic acid, 0.2 to 2 weight percent ethylidene diacetate and 1 to 50 parts per million (ppm) iodine-containing compounds, the process comprising the steps of: feeding the crude acetyls mixture to a first distillation column; removing from the first distillation column a first underflow stream comprising acetic anhydride and ethylidene diacetate; removing from the first distillation column a first overhead vapor stream comprising acetic acid and iodine-containing compounds; removing from the side of the upper section of the first distillation column a sidedraw stream comprising acetic anhydride, acetic acid or a combination of the two; and feeding the first underflow stream of step to a second distillation column and removing from the upper section of the second distillation column a second overhead vapor stream comprising acetic anhydride and a second underflow stream comprising ethylidene diacetate. feeding the crude acetyls mixture to a first distillation column; removing from the first distillation column a first underflow stream comprising acetic anhydride and ethylidene diacetate; removing from the first distillation column a first overhead vapor stream comprising acetic acid and iodine-containing compounds; removing from the side of the upper section of the first distillation column a sidedraw stream comprising acetic anhydride, acetic acid or a combination of the two; and feeding the first underflow stream of step to a second distillation column and removing from the upper section of the second distillation column a second overhead vapor stream comprising acetic anhydride and a second underflow stream comprising ethylidene diacetate.