mhurhangee/ep-ind-claims huggingface dataset:
An abdominal monitoring system, comprising: a belt configured to be positioned around the waist of a user; sensors coupled to the belt; wherein the belt is configured to support the sensors such that the sensors are positioned adjacent the abdominal wall of the user; and wherein the sensors comprise acoustic sensors configured to receive acoustic signals from the abdominal wall; a controller coupled to the sensors; said controller programmed for acquiring data relating to the signals; the system characterised by further comprising: programming executable on said controller for: generating an acoustic feature set for each of the sensors; inputting the acoustic feature set to a classifier to produce an output computation corresponding to an inference for a subject condition of the abdomen; wherein the acoustic feature set comprises time of occurrence of the signals and coincidence of the signals from the abdominal wall. a belt configured to be positioned around the waist of a user; sensors coupled to the belt; wherein the belt is configured to support the sensors such that the sensors are positioned adjacent the abdominal wall of the user; and wherein the sensors comprise acoustic sensors configured to receive acoustic signals from the abdominal wall; a controller coupled to the sensors; said controller programmed for acquiring data relating to the signals; the system characterised by further comprising: programming executable on said controller for: generating an acoustic feature set for each of the sensors; inputting the acoustic feature set to a classifier to produce an output computation corresponding to an inference for a subject condition of the abdomen; wherein the acoustic feature set comprises time of occurrence of the signals and coincidence of the signals from the abdominal wall. programming executable on said controller for: generating an acoustic feature set for each of the sensors; inputting the acoustic feature set to a classifier to produce an output computation corresponding to an inference for a subject condition of the abdomen; wherein the acoustic feature set comprises time of occurrence of the signals and coincidence of the signals from the abdominal wall. generating an acoustic feature set for each of the sensors; inputting the acoustic feature set to a classifier to produce an output computation corresponding to an inference for a subject condition of the abdomen; wherein the acoustic feature set comprises time of occurrence of the signals and coincidence of the signals from the abdominal wall.
A self-propelling work machine, in particular a dump truck or truck, having an electric drive comprising at least one electric motor, having a generator drivable by an internal combustion engine and for supplying the electric drive with electric current, and having a braking apparatus for braking the work machine, wherein the named braking apparatus provides a regenerative braking by the electric drive and comprises a feedback apparatus for the feedback of electrical motor braking power of the electric motor to the generator, wherein a braking control apparatus is provided for the automatic connection of at least one mechanical brake in dependence on the electrical motor braking power fed back to the internal combustion engine and/or on the operating state of the internal combustion engine acted on by fed back motor braking power, wherein the braking control apparatus is configured such that primarily a regenerative braking and only secondarily a braking by the mechanical brake takes place when the motor braking power fed back to the internal combustion engine reaches the deceleration capacity of the internal combustion engine and of auxiliary units connected thereto, characterized in that the feedback apparatus is single-stranded and free of electrical braking resistors so that the electrical motor braking power of the electric motor is completely transferred to the generator, with the braking control apparatus being configured such that on a primarily regenerative braking the power pick-up of at least one auxiliary unit connected to the internal combustion engine is increased before the mechanical brake is connected.
An integrated circuit comprising means for performing a process, the process comprising: encoding uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and transmitting the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted. encoding uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and transmitting the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted.
Process for the preparation of porous coatings, following the polymeric route, by means of the sol-gel technique, with the precursor solution composition being 0-100% molar of SiO 2, 0-100% molar of Zr0 2, 0-100% molar of TiO 2, 0-100% molar of Al 2 0 3 and 0-80% of B 2 0 3, so that the compositions used are: (100-x) SiO 2 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in Al 2 O 3, TiO 2, ZrO 2, B 2 O 3 (100-x) TiO 2 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in Al 2 O 3, SiO 2, ZrO 2, B 2 O 3 (100-x) Al 2 O 3 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in SiO 2, TiO 2, ZrO 2, B 2 O 3 which comprises the following steps: a) preparation of the precursor solution by dissolving and hydrolyzing one or several metal alkoxides, as oxide precursors, in a mixture of water and alcohol in the presence of an acid catalyst and an additive, in a pH range from 0,5 to 3; the transparent and homogeneous solution obtained is allowed to age between 24 hours to one week; b) coating the substrate with the precursor solution obtained from step a) by inmersion or spraying; c) drying step to eliminate the residual solvent; d) proceeding with a thermal sintering treatment that causes the combustion of the additive used, on reaching a certain temperature; characterized in that the additive used in the preparation of the precursor solution is a compound derived from Polyethyleneglycol tert-octyl phenyl ether (Triton) and is added in concentrations ranging from 5 to 50 g/l as precursor additive of the coating porosity. (100-x) SiO 2 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in Al 2 O 3, TiO 2, ZrO 2, B 2 O 3 (100-x) TiO 2 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in Al 2 O 3, SiO 2, ZrO 2, B 2 O 3 (100-x) Al 2 O 3 -xMetal Oxide with x=0-40% where the Metal Oxide is selected from the group consisting in SiO 2, TiO 2, ZrO 2, B 2 O 3 a) preparation of the precursor solution by dissolving and hydrolyzing one or several metal alkoxides, as oxide precursors, in a mixture of water and alcohol in the presence of an acid catalyst and an additive, in a pH range from 0,5 to 3; the transparent and homogeneous solution obtained is allowed to age between 24 hours to one week; b) coating the substrate with the precursor solution obtained from step a) by inmersion or spraying; c) drying step to eliminate the residual solvent; d) proceeding with a thermal sintering treatment that causes the combustion of the additive used, on reaching a certain temperature;
An assembly comprising a belt guard against splashes of water or gravel, a wheel and a belt housing of a motor vehicle, in which the belt guard is attached between the wheel and the housing, said belt guard comprising a rigid portion and a flexible portion surrounded by said rigid portion, said flexible portion being situated in an interference area between said belt guard and said belt housing, so as to be able to absorb shocks between said belt guard and said belt housing.
A motor vehicle headlight with a multifunction projection module, which module has a first light source, a first primary lens, a second light source, a second primary lens, a shade with a shade edge, a projection lens and a mirror, and which module is arranged for converting light from the first light source via the first primary lens, in a first beam path defined by the shade edge, into a first light distribution located in the field ahead of the projection module, for focusing light from the second light source via the second primary lens, in a second beam path, at beam focus, and for converting the light into a second light distribution located in the field ahead of the projection module, which second light distribution has a predetermined central point that when the headlight of the motor vehicle is used as intended is located at an intersection of a horizontal line H = 0 and a vertical line V = 0 ahead of the motor vehicle, each being specified by technical light standards for motor vehicles, characterized in that the mirror is disposed in the second beam path between the beam focus and the projection lens in such a way that it generates a virtual mirror image of the beam focus, which image is located around a point that is associated with the central point of the second light distribution by means of a projection provided by the projection lens.
A pipe joint comprising: a joint base including: a base tube section, a removal prevention protrusion that projects out from an outer circumferential face of the base tube section toward a radial direction outer side, and an inner tube that extends out from an end face of the base tube section and that has a smaller diameter than a diameter of the base tube section; and a collar including a first tube portion that fits over the base tube section, a second tube portion that extends out from the first tube portion along an axial direction, and that has a larger inner diameter than an inner diameter of the first tube portion, an annular shaped space for inserting a pipe into being formed between the second tube portion and the inner tube, and a step portion with which the removal prevention protrusion engages being formed between the second tube portion and the first tube portion, and a sloped face that is formed at the step portion, and wherein a location at a second tube portion side of the sloped face has a smaller diameter than the inner diameter of the second tube portion characterized in that the sloped face is configured with a concave shaped portion open to a joint base side in a radial direction view. a joint base including: a base tube section, a removal prevention protrusion that projects out from an outer circumferential face of the base tube section toward a radial direction outer side, and an inner tube that extends out from an end face of the base tube section and that has a smaller diameter than a diameter of the base tube section; and a base tube section, a removal prevention protrusion that projects out from an outer circumferential face of the base tube section toward a radial direction outer side, and an inner tube that extends out from an end face of the base tube section and that has a smaller diameter than a diameter of the base tube section; and a collar including a first tube portion that fits over the base tube section, a second tube portion that extends out from the first tube portion along an axial direction, and that has a larger inner diameter than an inner diameter of the first tube portion, an annular shaped space for inserting a pipe into being formed between the second tube portion and the inner tube, and a step portion with which the removal prevention protrusion engages being formed between the second tube portion and the first tube portion, and a sloped face that is formed at the step portion, a first tube portion that fits over the base tube section, a second tube portion that extends out from the first tube portion along an axial direction, and that has a larger inner diameter than an inner diameter of the first tube portion, an annular shaped space for inserting a pipe into being formed between the second tube portion and the inner tube, and a step portion with which the removal prevention protrusion engages being formed between the second tube portion and the first tube portion, and a sloped face that is formed at the step portion,
A TMPRSS4-specific human antibody selected from the group consisting of an antibody comprising a heavy chain comprising a heavy chain variable region of an amino acid sequence of SEQ ID No. 57; and a light chain comprising a light chain variable region of an amino acid sequence of SEQ ID No. 109.
Circuit device for the maximization of the average power provided to a passive diode bridge rectifier that supplies an electric load, by a vibration energy harvester coupled to an external source of vibrations having a determined and arbitrary shape and frequency, wherein said harvester comprises at least a reactive component in its equivalent circuit at the output terminals and wherein the input voltage of the device coincides with the input voltage of the passive diode bridge rectifier connected to the output terminals of the harvester, wherein said device is configured to draw at the output terminals of the harvester a compensation current (i n) equal and opposite to the current flowing through the reactive component, independently of the vibration frequency and of the time shape of the vibration and independently of the amplitude and of the time shape of the output voltage (V AB) of the harvester, characterized by further comprising a power circuit composed at least of a first transistor (M p) and of a second transistor (M n) connected to each other with the respective drain terminals for adjusting the compensation current (i n) to the current flowing through the reactive component and a control circuit composed at least of an operational amplifier and a hysteresis comparator for managing the turn on and the turn off of the first and of the second transistor (M p, M n), wherein the output of the operational amplifier is connected to the positive input terminal of the hysteresis comparator. said device is configured to draw at the output terminals of the harvester a compensation current (i n) equal and opposite to the current flowing through the reactive component, independently of the vibration frequency and of the time shape of the vibration and independently of the amplitude and of the time shape of the output voltage (V AB) of the harvester, characterized by further comprising a power circuit composed at least of a first transistor (M p) and of a second transistor (M n) connected to each other with the respective drain terminals for adjusting the compensation current (i n) to the current flowing through the reactive component and a control circuit composed at least of an operational amplifier and a hysteresis comparator for managing the turn on and the turn off of the first and of the second transistor (M p, M n), wherein the output of the operational amplifier is connected to the positive input terminal of the hysteresis comparator.
A measuring tool for measuring a delivered dose of radiation emitted by at least one electron beam emitter (2a-b) in a substantially flat irradiation area used to sterilise packaging material to be later formed into a package, the measuring tool comprising: a plurality of transducers configured to convert a characteristic of the delivered dose of radiation to another characteristic and configured to be inserted into the irradiation area, wherein the plurality of transducers is substantially flat; a frame configured to hold the plurality of transducers and insert plurality of transducers into the irradiation area, the frame and the plurality of transducers being substantially flat in a common plane; and at least one connector configured to allow signal transfer from plurality of transducers to a read-out system remote of the irradiation area. a plurality of transducers configured to convert a characteristic of the delivered dose of radiation to another characteristic and configured to be inserted into the irradiation area, wherein the plurality of transducers is substantially flat; a frame configured to hold the plurality of transducers and insert plurality of transducers into the irradiation area, the frame and the plurality of transducers being substantially flat in a common plane; and at least one connector configured to allow signal transfer from plurality of transducers to a read-out system remote of the irradiation area.
A thermal energy transfer device including an enclosure filled with a thermal energy transferring fluid and within which a thermal energy body is situated, the thermal energy transferring fluid surrounding and exchanging thermal energy with the thermal energy body and the enclosure, comprising: an energy transmission interface; an electrically conductive body that connects the energy transmission interface to the thermal energy body, to electrically connect the energy transmission interface and the thermal energy body; a vibration actuating device (200, 2001, or 2002) within the enclosure and connected to the thermal energy body for causing vibrations of the thermal energy body and thereby enhance the exchange of thermal energy between the thermal energy body, the thermal energy transferring fluid, and the enclosure by causing circulative flow of the thermal energy transferring fluid with respect to the thermal energy body; an electric energy driving device for supplying a driving electrical energy to the vibration actuating device. an energy transmission interface; an electrically conductive body that connects the energy transmission interface to the thermal energy body, to electrically connect the energy transmission interface and the thermal energy body; a vibration actuating device (200, 2001, or 2002) within the enclosure and connected to the thermal energy body for causing vibrations of the thermal energy body and thereby enhance the exchange of thermal energy between the thermal energy body, the thermal energy transferring fluid, and the enclosure by causing circulative flow of the thermal energy transferring fluid with respect to the thermal energy body; an electric energy driving device for supplying a driving electrical energy to the vibration actuating device.
A geopolymer cement composition comprising: a cementitious component consisting essentially of slag and pumice; wherein the slag is present in an amount in a range of from 40% to 90% by weight of the cementitious component, and wherein the pumice is present in an amount in a range of from 30% to 60% by weight of the cementitious component; a hydroxyl source, which comprises a hydrated lime, wherein the hydroxyl source is present in an amount in a range of from 0.1% to 25% by weight of the cementitious component; and water. a cementitious component consisting essentially of slag and pumice; wherein the slag is present in an amount in a range of from 40% to 90% by weight of the cementitious component, and wherein the pumice is present in an amount in a range of from 30% to 60% by weight of the cementitious component; a hydroxyl source, which comprises a hydrated lime, wherein the hydroxyl source is present in an amount in a range of from 0.1% to 25% by weight of the cementitious component; and water.
A non-combustion type flavor inhaler comprising: an atomizer configured to atomize an aerosol source without burning; a controller configured to control the atomizer; a pushbutton; and a notification unit, wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, and wherein the controller is configured to stop the supply of power output to the atomizer, upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer, then to restart the supply of power output to the atomizer, wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification at a first timing after the operation is started and when aerosol can be supplied, and the controller causes the notification unit to perform the notification at a second timing after the operation is restarted and when aerosol can be supplied. an atomizer configured to atomize an aerosol source without burning; a controller configured to control the atomizer; a pushbutton; and a notification unit, wherein the controller is configured to start a supply of power output to the atomizer to generate aerosol when a user operation is performed on the pushbutton and before start of a puffing action, and wherein the controller is configured to stop the supply of power output to the atomizer, upon a lapse of a predetermined duration from starting of the supply of power output to the atomizer, then to restart the supply of power output to the atomizer, wherein the supply of power output to the atomizer includes applying a voltage intermittently to the atomizer, wherein the controller causes the notification unit to perform a notification at a first timing after the operation is started and when aerosol can be supplied, and the controller causes the notification unit to perform the notification at a second timing after the operation is restarted and when aerosol can be supplied.