mhurhangee/ep-ind-claims huggingface dataset:
Flow system for dividing a multiphase flow into several flows which have substantially the same mixture of phases, including a manifold, the manifold comprising a longitudinal main pipe section with one inlet connected to a feed pipe of the flow system and at least two outlets arranged in a row along the main pipe section, where a centre axis of the main pipe section extends in a mainly horizontal direction, wherein the outlets are arranged in a lower half of the main pipe section and connected to outlet pipe sections arranged with a centre axis extending with a downward angle from the main pipe section, characterized in that all of the outlets are arranged, when seen in a cross section of the main pipe section, with the centre axis of the outlet pipe sections connected to the outlets forming the same angle θ between 35-50 degrees in relation to a vertical axis.
Medical technology measuring system with a measuring device for measuring a characteristic of a fluid - in particular, for pressure measurement - wherein the measuring device comprises: - a lead, which extends along a central longitudinal axis and is configured to guide a fluid - in particular, blood - within a longitudinal cavity bounded by a wall; - a sensor device with a sensor, which is configured to measure a characteristic of the fluid guided in the longitudinal cavity; wherein the measuring system has an overmolding, which at least partially surrounds the measuring device and wherein the overmolding surrounds both at least the sensor device as well as a section of the lead, characterized in that the measuring system has an adapter cable connected to the sensor device, which is embedded in the overmolding. - a lead, which extends along a central longitudinal axis and is configured to guide a fluid - in particular, blood - within a longitudinal cavity bounded by a wall; - a sensor device with a sensor, which is configured to measure a characteristic of the fluid guided in the longitudinal cavity; wherein the measuring system has an overmolding, which at least partially surrounds the measuring device and wherein the overmolding surrounds both at least the sensor device as well as a section of the lead, characterized in that the measuring system has an adapter cable connected to the sensor device, which is embedded in the overmolding.
Apparatus for measuring and controlling a gas pressure in a closed equipment, the apparatus comprising: - a gas pressure measuring device with a gas pressure sensor, - an operating device and a connection device for connecting the gas pressure measuring device to the operating device so that data can be transmitted from the gas pressure measuring device via the connection device to the operating device, wherein the gas pressure measuring device and the operating device each have an interface (6, 7) which, in particular for carrying out a gas pressure measurement, can be directly mechanically connected to one another, so that data can be transmitted from the interface of the gas pressure measuring device directly to the interface of the operating device, and wherein, in particular for carrying out a gas pressure measurement, the gas pressure measuring device can be separated from the operating device in such a way that data can be transmitted from the gas pressure measuring device to the operating device via the connecting device, wherein a docking area is provided on the operating device, to which the gas pressure measuring device can be attached, and wherein the docking area on the operating device is designed as a mechanical formation for the correct alignment of the gas pressure measuring device, as a mechanical latching holder, plug-in holder and/or magnetic holder. - a gas pressure measuring device with a gas pressure sensor, - an operating device and a connection device for connecting the gas pressure measuring device to the operating device so that data can be transmitted from the gas pressure measuring device via the connection device to the operating device, wherein the gas pressure measuring device and the operating device each have an interface (6, 7) which, in particular for carrying out a gas pressure measurement, can be directly mechanically connected to one another, so that data can be transmitted from the interface of the gas pressure measuring device directly to the interface of the operating device, and wherein, in particular for carrying out a gas pressure measurement, the gas pressure measuring device can be separated from the operating device in such a way that data can be transmitted from the gas pressure measuring device to the operating device via the connecting device, wherein a docking area is provided on the operating device, to which the gas pressure measuring device can be attached, and wherein the docking area on the operating device is designed as a mechanical formation for the correct alignment of the gas pressure measuring device, as a mechanical latching holder, plug-in holder and/or magnetic holder.
Socket for producing a releasable connection to a plug, comprising a device base and a front element which is attached and fastened on the front side and has a central insert with contact openings for receiving a plug, a blocking element being arranged between the central insert and the device base, by way of which blocking element the contact openings in the central insert can be blocked, and contact elements which are situated in the device base being arranged flush with respect to the contact openings and being capable of being connected to a mains voltage: - a locking mechanism being arranged in the socket, by way of which locking mechanism a movement of the blocking element can be blocked, and which locking mechanism can be deactivated and activated by way of an access system, - the blocking element having a slide which is mounted displaceably in a carrying element which is fixed on the underside of the central insert, - the locking mechanism having a locking means and a drive (21, 31) for moving the locking means, - the locking means being movable out of a blocking position, in which the slide cannot be displaced through a plug, into an unlocking position, in which the slide can be displaced through the plug, and - the locking means being guided into the carrying element of the blocking element in such a way that it can engage into the movement track of the slide. - a locking mechanism being arranged in the socket, by way of which locking mechanism a movement of the blocking element can be blocked, and which locking mechanism can be deactivated and activated by way of an access system, - the blocking element having a slide which is mounted displaceably in a carrying element which is fixed on the underside of the central insert, - the locking mechanism having a locking means and a drive (21, 31) for moving the locking means, - the locking means being movable out of a blocking position, in which the slide cannot be displaced through a plug, into an unlocking position, in which the slide can be displaced through the plug, and - the locking means being guided into the carrying element of the blocking element in such a way that it can engage into the movement track of the slide.
A method for maintaining the robustness of wireless communications infrastructures comprising the steps of: deploying in proximity to an antenna (30; 31) at least one magnetometer sensor (90; 91) for measuring alignment of the antenna; periodically transmitting alignment information measured by the at least one sensor to a sensor control station in proximity to a structure holding the antenna; transmitting the antenna alignment information from the sensor control station to a graphical user interface station; comparing the alignment information with predetermined antenna alignment settings; and determining whether the measured antenna alignment information falls within an acceptable range of variance of the predetermined antenna alignment settings. deploying in proximity to an antenna (30; 31) at least one magnetometer sensor (90; 91) for measuring alignment of the antenna; periodically transmitting alignment information measured by the at least one sensor to a sensor control station in proximity to a structure holding the antenna; transmitting the antenna alignment information from the sensor control station to a graphical user interface station; comparing the alignment information with predetermined antenna alignment settings; and determining whether the measured antenna alignment information falls within an acceptable range of variance of the predetermined antenna alignment settings.
A personal care composition comprising: an aqueous viscoelastic composition comprising: at least one viscoelastic surfactant; at least one hydrophobically-modified polymer obtainable by copolymerizing at least a first and at least a second ethylenically unsaturated monomer, wherein a. said first monomer is an ethylenically unsaturated monomer with a pendant alkoxylated hydrocarbyl group having from 6 to 40 carbon atoms, being connected to the unsaturated function of said monomer via a non-ester urea, urethane or imide containing linkage, more preferably a urea or urethane containing linkage; b. said second monomer is an ethylenically unsaturated monomer free from hydrocarbyl groups having 6 or more carbon atoms connected to the unsaturated function of said monomer; and a personal care active ingredient. an aqueous viscoelastic composition comprising: at least one viscoelastic surfactant; at least one hydrophobically-modified polymer obtainable by copolymerizing at least a first and at least a second ethylenically unsaturated monomer, wherein a. said first monomer is an ethylenically unsaturated monomer with a pendant alkoxylated hydrocarbyl group having from 6 to 40 carbon atoms, being connected to the unsaturated function of said monomer via a non-ester urea, urethane or imide containing linkage, more preferably a urea or urethane containing linkage; b. said second monomer is an ethylenically unsaturated monomer free from hydrocarbyl groups having 6 or more carbon atoms connected to the unsaturated function of said monomer; and at least one viscoelastic surfactant; at least one hydrophobically-modified polymer obtainable by copolymerizing at least a first and at least a second ethylenically unsaturated monomer, wherein a. said first monomer is an ethylenically unsaturated monomer with a pendant alkoxylated hydrocarbyl group having from 6 to 40 carbon atoms, being connected to the unsaturated function of said monomer via a non-ester urea, urethane or imide containing linkage, more preferably a urea or urethane containing linkage; b. said second monomer is an ethylenically unsaturated monomer free from hydrocarbyl groups having 6 or more carbon atoms connected to the unsaturated function of said monomer; and a. said first monomer is an ethylenically unsaturated monomer with a pendant alkoxylated hydrocarbyl group having from 6 to 40 carbon atoms, being connected to the unsaturated function of said monomer via a non-ester urea, urethane or imide containing linkage, more preferably a urea or urethane containing linkage; b. said second monomer is an ethylenically unsaturated monomer free from hydrocarbyl groups having 6 or more carbon atoms connected to the unsaturated function of said monomer; and a personal care active ingredient.
Apparatus for endoscopic 3D data capture, comprising light-generation means for generating at least one modulated measurement radiation, light-transmission means configured to carry the measurement radiation to at least one portion of a surface of a body-internal cavity, which light-transmission means are at least partially disposed in an elongate shaft (3, 23, 62) that can be used in endoscopic fashion, an observation optical unit disposed in a distal end region (8, 26, 51, 67) of the shaft, which observation optical unit is configured to record signal radiation from at least the portion of the surface of the cavity, a time-of-flight image sensor (15, 31, 55), an image carrier disposed at least partially within the shaft (3, 23, 62), which image carrier is configured to carry the signal radiation from the distal to a proximal end region of the shaft for reception by the TOF image sensor (15, 31, 55), and control and evaluation means configured to actuate the light-generation means to generate the measurement radiation, to actuate the TOF image sensor (15, 31, 55) and to evaluate spatially resolved distance or depth data of measurement points on the surface of the cavity, supplied by the TOF image sensor, to generate 3D data, wherein the apparatus comprises position and orientation sensor means, which are configured to capture information items about a position and an orientation of the shaft (3, 23, 62) and wherein the control and evaluation means are embodied to calculate 3D data on the basis of the information items, captured with the aid of the position and orientation sensor means, from the data supplied by the TOF image sensor (15, 31, 55), said 3D data representing the surface of the cavity in three dimensions in relation to an absolute extracorporeal reference coordinate system that is independent of the position of the shaft, characterized in that the position and orientation sensor means are embodied as an electromagnetic position and orientation sensor comprising at least two coils (38, 38', 58, 58', 85, 85'), wherein the TOF image sensor (15, 31, 55), which records an image in the infrared spectral range for the purposes of ascertaining the distance data, is detachably connectable via a flexible image conductor to the proximal end region of the image carrier and wherein, disposed in the distal end region (8, 26, 67) of the shaft (3, 23, 62), there is a distal beam splitter (10, 29, 73) and a further image sensor (11, 30, 74, 74') configured to capture a further image of the portion of the surface of the cavity, said image being a visual image.
An inventory control system comprising: an object storage device including a drawer or a tray for housing objects; a sensing device configured to acquire at least one image including information indicating presence or absence of objects stored in the object storage device; characterized by a reader configured to read an identifying mark on a work order; and a data processor configured to receive the identifying mark from the reader and associate a current user of the inventory control system with a work location indicated by the work order and objects issued or returned with the work order. an object storage device including a drawer or a tray for housing objects; a sensing device configured to acquire at least one image including information indicating presence or absence of objects stored in the object storage device; characterized by a reader configured to read an identifying mark on a work order; and a data processor configured to receive the identifying mark from the reader and associate a current user of the inventory control system with a work location indicated by the work order and objects issued or returned with the work order.
A device (308, 309) for controlling fluid flow, the device comprising: one or more transducer, each transducer comprising at least two electrodes and an electroactive polymer in electrical communication with the at least two electrodes wherein a portion of the electroactive polymer is arranged to deflect from a first position (310, 311) to a second position (310, 311) in response to a change in electric field; at least one surface in contact with a fluid and operatively coupled to the one or more transducers wherein the deflection of the portion of the electroactive polymer causes a change in a characteristic of the fluid that is transmitted to the fluid via the one surface, characterized in that the electroactive polymer has an elastic modulus below 100 MPa. one or more transducer, each transducer comprising at least two electrodes and an electroactive polymer in electrical communication with the at least two electrodes wherein a portion of the electroactive polymer is arranged to deflect from a first position (310, 311) to a second position (310, 311) in response to a change in electric field; at least one surface in contact with a fluid and operatively coupled to the one or more transducers wherein the deflection of the portion of the electroactive polymer causes a change in a characteristic of the fluid that is transmitted to the fluid via the one surface, characterized in that the electroactive polymer has an elastic modulus below 100 MPa.
An electric rotating machine comprising: a stator a rotor rotating relative to the stator, a shaft rotating with the rotor, a fan ring holding a fan disposed in the vicinity of an end portion of the shaft, a stator ventilation duct (4, 61-64) disposed in the stator, a rotor ventilation duct (50, 51-54) disposed in the rotor, and an entrance port in communication with the rotor ventilation duct, wherein a first cooler is disposed in a first ventilation passage between the stator and the fan held by the fan ring; gas that has passed through the rotor ventilation duct and the stator ventilation duct is compressed by the fan held by the fan ring, and guided to a second cooler after having passed through an end portion of the stator; a second ventilation passage (13, 24) guides the gas that has passed through the second cooler to the entrance port without passing through the fan, wherein the rotor has said fan ring holding the fan on its outer periphery, and the entrance port has a fan side gas seal and a shaft end gas seal at the stator, and a ventilation passage (21, 102) within said fan ring of the rotor through which the gas passes and arrives at the inside of the rotor; part of the gas that has passed through the second cooler is guided to the stator ventilation duct; and part of the gas that has passed through the first cooler is guided to a gap between the rotor and stator. a stator a rotor rotating relative to the stator, a shaft rotating with the rotor, a fan ring holding a fan disposed in the vicinity of an end portion of the shaft, a stator ventilation duct (4, 61-64) disposed in the stator, a rotor ventilation duct (50, 51-54) disposed in the rotor, and an entrance port in communication with the rotor ventilation duct, wherein a first cooler is disposed in a first ventilation passage between the stator and the fan held by the fan ring; gas that has passed through the rotor ventilation duct and the stator ventilation duct is compressed by the fan held by the fan ring, and guided to a second cooler after having passed through an end portion of the stator; a second ventilation passage (13, 24) guides the gas that has passed through the second cooler to the entrance port without passing through the fan, wherein the rotor has said fan ring holding the fan on its outer periphery, and the entrance port has a fan side gas seal and a shaft end gas seal at the stator, and a ventilation passage (21, 102) within said fan ring of the rotor through which the gas passes and arrives at the inside of the rotor; part of the gas that has passed through the second cooler is guided to the stator ventilation duct; and part of the gas that has passed through the first cooler is guided to a gap between the rotor and stator.
A pharmaceutical composition for use in a method of preventing or treating allergy to cats in an individual, which composition comprises: (a) as the only therapeutic ingredients: - the polypeptide which consists of the sequence CPAVKRDVDLFLT (SEQ ID NO: 1); - the polypeptide which consists of the sequence EQVAQYKALPVVLENA (SEQ ID NO: 2); - the polypeptide which consists of the sequence KALPVVLENARILKNCV (SEQ ID NO: 3); - the polypeptide which consists of the sequence RILKNCVDAKMTEEDKE (SEQ ID NO: 4); - the polypeptide which consists of the sequence KENALSLLDKIYTSPL (SEQ ID NO: 5); - the polypeptide which consists of the sequence TAMKKIQDCYVENGLI (SEQ ID NO: 6); and - the polypeptide which consists of the sequence SRVLDGLVMTTISSSK (SEQ ID NO: 7); and (b) a pharmaceutically acceptable carrier or diluent. (a) as the only therapeutic ingredients: - the polypeptide which consists of the sequence CPAVKRDVDLFLT (SEQ ID NO: 1); - the polypeptide which consists of the sequence EQVAQYKALPVVLENA (SEQ ID NO: 2); - the polypeptide which consists of the sequence KALPVVLENARILKNCV (SEQ ID NO: 3); - the polypeptide which consists of the sequence RILKNCVDAKMTEEDKE (SEQ ID NO: 4); - the polypeptide which consists of the sequence KENALSLLDKIYTSPL (SEQ ID NO: 5); - the polypeptide which consists of the sequence TAMKKIQDCYVENGLI (SEQ ID NO: 6); and - the polypeptide which consists of the sequence SRVLDGLVMTTISSSK (SEQ ID NO: 7); and - the polypeptide which consists of the sequence CPAVKRDVDLFLT (SEQ ID NO: 1); - the polypeptide which consists of the sequence EQVAQYKALPVVLENA (SEQ ID NO: 2); - the polypeptide which consists of the sequence KALPVVLENARILKNCV (SEQ ID NO: 3); - the polypeptide which consists of the sequence RILKNCVDAKMTEEDKE (SEQ ID NO: 4); - the polypeptide which consists of the sequence KENALSLLDKIYTSPL (SEQ ID NO: 5); - the polypeptide which consists of the sequence TAMKKIQDCYVENGLI (SEQ ID NO: 6); and - the polypeptide which consists of the sequence SRVLDGLVMTTISSSK (SEQ ID NO: 7); and (b) a pharmaceutically acceptable carrier or diluent.
An apparatus for heating an insulation fluid in a medium-voltage or high-voltage switchgear, wherein the insulation fluid comprises at least one component, the apparatus comprising - a compartment for holding the insulation fluid, - an infrared source adapted to emit infrared radiation of at least one wavelength for excitation of at least one vibrational or rotational mode of the at least one component of the insulation fluid, wherein the apparatus is structured such that at least a part of the infrared radiation interacts with the insulation fluid and excites the at least one vibrational or rotational mode of the at least one component of the insulation fluid. - a compartment for holding the insulation fluid, - an infrared source adapted to emit infrared radiation of at least one wavelength for excitation of at least one vibrational or rotational mode of the at least one component of the insulation fluid,