mhurhangee/patent-ind-claim-en huggingface dataset:
A set top box , comprising: a housing including an interior having a base and a top and a first sidewall extending from a perimeter of the base to the top ; a plurality of antennas coupled to the housing ; one or more orientation sensors coupled to the housing; a controller coupled to the housing and electrically coupled to each of the plurality of antennas and the one or more orientation sensors , the controller configured to receive information from the one or more orientation sensors , determine an orientation of the housing , and select one of the plurality of antennas ; a transceiver within the housing , the controller configured to selectively couple the transceiver to the one of the plurality of antennas ; a stand coupled to the housing and configured to orient the housing in a first orientation; a first of the plurality of antennas oriented in a first orientation; and a second of the plurality of antennas oriented in a second orientation; and wherein a first of the one or more orientation sensors is a proximity sensor configured to sense the proximity of the stand to the housing , and the controller is configured to select the first of the plurality of antennas when the controller determines the stand is proximate the housing and to select the second of the plurality of antennas when the controller determines the stand is not proximate the housing . a housing including an interior having a base and a top and a first sidewall extending from a perimeter of the base to the top ; a plurality of antennas coupled to the housing ; one or more orientation sensors coupled to the housing; a controller coupled to the housing and electrically coupled to each of the plurality of antennas and the one or more orientation sensors , the controller configured to receive information from the one or more orientation sensors , determine an orientation of the housing , and select one of the plurality of antennas ; a transceiver within the housing , the controller configured to selectively couple the transceiver to the one of the plurality of antennas ; a stand coupled to the housing and configured to orient the housing in a first orientation; a first of the plurality of antennas oriented in a first orientation; and a second of the plurality of antennas oriented in a second orientation; and wherein a first of the one or more orientation sensors is a proximity sensor configured to sense the proximity of the stand to the housing , and the controller is configured to select the first of the plurality of antennas when the controller determines the stand is proximate the housing and to select the second of the plurality of antennas when the controller determines the stand is not proximate the housing .
A feeding apparatus for feeding a tobacco industry segment (C) comprising a hopper for rods with a length being a multiple length of the segment(C), a cutting and conveying unit , situated underneath the hopper for the rods , for cutting the rods into individual segments (C), whereas from the rod , after cutting the rod , a group (G) of the segments (C) is formed, a transferring unit , situated underneath the cutting and conveying unit , adapted to receive the groups (G) of the segments (C) and to form of them a stream (SF) of the segments (C), whereas gaps (U) between the groups (G) of the segments (C) in the stream (SF) are retained, and the transferring unit is adapted to reduce the gaps (U) between the groups (G) so that at an outlet of the transferring unit the segments (C) are conveyed without gaps, characterised in that the feeding apparatus is provided with a sensor situated in the area of the outlet of the transferring unit , whereas the sensor is adapted to check at least one of segment (C) parameters of a group of parameters comprising: presence of an object in the segment (C), quality of the object situated in the segment (C), position of the object in the segment (C), quality of the segment (C). a hopper for rods with a length being a multiple length of the segment(C), a cutting and conveying unit , situated underneath the hopper for the rods , for cutting the rods into individual segments (C), whereas from the rod , after cutting the rod , a group (G) of the segments (C) is formed, a transferring unit , situated underneath the cutting and conveying unit , adapted to receive the groups (G) of the segments (C) and to form of them a stream (SF) of the segments (C), whereas gaps (U) between the groups (G) of the segments (C) in the stream (SF) are retained, and the transferring unit is adapted to reduce the gaps (U) between the groups (G) so that at an outlet of the transferring unit the segments (C) are conveyed without gaps, characterised in that the feeding apparatus is provided with a sensor situated in the area of the outlet of the transferring unit , whereas the sensor is adapted to check at least one of segment (C) parameters of a group of parameters comprising: presence of an object in the segment (C), quality of the object situated in the segment (C), position of the object in the segment (C), quality of the segment (C).
An organic light emitting device comprising: a cathode ; an anode provided opposite to the cathode ; a light emitting layer provided between the cathode and the anode ; and an organic material layer provided between the cathode and the light emitting layer , and including Compound (A) including a heteroatom and a cyano group, characterized in that : Compound (A) satisfies the following Equation 1 and the following Equation 2: P El CN ≥ 3 debye in Equation 1, P El CN means an absolute value of a dipole moment of Compound (A); P El CN P El > Ea El CN Ea El in Equation 2, P El CN means an absolute value of a dipole moment of Compound (A); | P El | means an absolute value of a dipole moment of a compound having the same core as the compound (A) with the dipole moment of P El CN without including a cyano group; Ea El CN means an absolute value of electron affinity of Compound (A); and | Ea El | means an absolute value of electron affinity of a compound having the same core as the compound (A) with the electron affinity of Ea El CN without including a cyano group; and Compound (A) is not one of the following compounds: a cathode ; an anode provided opposite to the cathode ; a light emitting layer provided between the cathode and the anode ; and an organic material layer provided between the cathode and the light emitting layer , and including Compound (A) including a heteroatom and a cyano group, characterized in that : Compound (A) satisfies the following Equation 1 and the following Equation 2: P El CN ≥ 3 debye P El CN means an absolute value of a dipole moment of Compound (A); | P El | means an absolute value of a dipole moment of a compound having the same core as the compound (A) with the dipole moment of P El CN without including a cyano group; Ea El CN means an absolute value of electron affinity of Compound (A); and | Ea El | means an absolute value of electron affinity of a compound having the same core as the compound (A) with the electron affinity of Ea El CN without including a cyano group; and Compound (A) is not one of the following compounds:
Hollow profile element for use as a cross railing and/or longitudinal railing of an item of furniture, wherein the hollow profile element has a cavity , wherein the cavity extends in a longitudinal extent of the hollow profile element , wherein the hollow profile element has openings on opposite and spaced-apart end sides, wherein the openings in the end sides are present as openings in the cavity , wherein the cavity is present in a manner surrounded by a lower, an upper and two lateral wall elements (2-5) of the hollow profile element , wherein the lower, the upper and the two lateral wall elements (2-5) extend in the longitudinal extent of the hollow profile element , wherein the hollow profile element has a recess on the lower wall element , wherein the recess is formed from opposite and spaced-apart side elements and a support element , wherein the side elements and the support element extend in the longitudinal extent of the hollow profile element , wherein the support element connects the side elements to each other, wherein the support element is present in recess form on the hollow profile element , wherein the support element has transparent light transmission elements such that, starting from the cavity of the hollow profile element , light can emerge from the hollow profile element by means of the light transmission elements , characterized in that the upper wall element , the lateral wall elements , the side elements and the support element are formed integrally.
An apparatus for identifying a source of oxygen delivery failure to a patient, the apparatus comprising: a pressure sensor to detect a patient's breathing pressure and provide a plurality of breathing pressure values, and to measure ambient pressure and provide an ambient pressure value, the pressure sensor in communication with a processor ; an oxygen flow analyzer to measure a parameter indicative of oxygen flow rate through an oxygen delivery device and provide an oxygen flow rate value, the oxygen flow analyzer in communication with the processor ; characterized in that the processor programmed to receive the plurality of breathing pressure values, the ambient pressure value, and the oxygen flow rate value; the processor programmed to analyze the plurality of breathing pressure values to determine if the patient is breathing or not breathing, and the processor further programmed to compare the plurality of breathing pressure values to the ambient pressure value when the processor determines the patient is not breathing and the oxygen flow rate value is greater than a predetermined threshold value; and the processor programmed to output an apnea alarm if the plurality of breathing pressure values is greater than the ambient pressure value, and the processor programmed to output an oxygen delivery device displacement alarm when the breathing pressure value is equal to the ambient pressure value. a pressure sensor to detect a patient's breathing pressure and provide a plurality of breathing pressure values, and to measure ambient pressure and provide an ambient pressure value, the pressure sensor in communication with a processor ; an oxygen flow analyzer to measure a parameter indicative of oxygen flow rate through an oxygen delivery device and provide an oxygen flow rate value, the oxygen flow analyzer in communication with the processor ; characterized in that the processor programmed to receive the plurality of breathing pressure values, the ambient pressure value, and the oxygen flow rate value; the processor programmed to analyze the plurality of breathing pressure values to determine if the patient is breathing or not breathing, and the processor further programmed to compare the plurality of breathing pressure values to the ambient pressure value when the processor determines the patient is not breathing and the oxygen flow rate value is greater than a predetermined threshold value; and the processor programmed to output an apnea alarm if the plurality of breathing pressure values is greater than the ambient pressure value, and the processor programmed to output an oxygen delivery device displacement alarm when the breathing pressure value is equal to the ambient pressure value.
An EMI shield for a wireless power transmitter , comprising: a shield layer that, when positioned over a transmitting coil of the wireless power transmitter, capacitively couples to the transmitting coil to capture electromagnetic radiation while allowing magnetic power to pass, wherein the shield layer is a patterned metallic layer that is coupled to ground, and wherein the patterned metallic layer includes wire traces positioned on a substrate, characterised in that the ends of the wired traces are coupled by capacitors . a shield layer that, when positioned over a transmitting coil of the wireless power transmitter, capacitively couples to the transmitting coil to capture electromagnetic radiation while allowing magnetic power to pass, wherein the shield layer is a patterned metallic layer that is coupled to ground, and wherein the patterned metallic layer includes wire traces positioned on a substrate, characterised in that the ends of the wired traces are coupled by capacitors .
A method for a computer-aided installation of spatially decentralised, electrical components of a machine , comprising: Providing an installation reference which specifies an assignment of at least one installation element and at least one electrical component , in the form of a connection module for connection to the installation element and further installation elements , for the installation; Providing a system specification specific to segments of the machine ; and Generating at least one installation information for assisting a user for the installation based on the provided installation reference and the provided system specification , wherein the generation of the at least one installation information comprises the following steps in order to take into account segments that are similar in terms of installation for the installation information to be generated: Selecting at least one of the segments; Comparing the at least one selected segment with at least one reference segment of the provided installation reference according to a predetermined installation rule; and Providing the at least one installation information based on the comparison, wherein the at least one installation information comprises at least one machine-specific installation instruction based on the installation reference . Providing an installation reference which specifies an assignment of at least one installation element and at least one electrical component , in the form of a connection module for connection to the installation element and further installation elements , for the installation; Providing a system specification specific to segments of the machine ; and Generating at least one installation information for assisting a user for the installation based on the provided installation reference and the provided system specification , wherein the generation of the at least one installation information comprises the following steps in order to take into account segments that are similar in terms of installation for the installation information to be generated: Selecting at least one of the segments; Comparing the at least one selected segment with at least one reference segment of the provided installation reference according to a predetermined installation rule; and Providing the at least one installation information based on the comparison, wherein the at least one installation information comprises at least one machine-specific installation instruction based on the installation reference . Selecting at least one of the segments; Comparing the at least one selected segment with at least one reference segment of the provided installation reference according to a predetermined installation rule; and Providing the at least one installation information based on the comparison, wherein the at least one installation information comprises at least one machine-specific installation instruction based on the installation reference .
A head mounted display (HMD) apparatus , the HMD apparatus comprising: a band ; at least one sensor; and a processor configured to control the HMD apparatus to, based on a user's face approaching an inside surface of the HMD apparatus being sensed by the at least one sensor, rotate the band from a folded state to an unfolded state extending towards the back of the user's head, and to adjust a length of the band in the unfolded state such that the band in the unfolded state comes in contact with the user's head. a band ; at least one sensor; and a processor configured to control the HMD apparatus to, based on a user's face approaching an inside surface of the HMD apparatus being sensed by the at least one sensor, rotate the band from a folded state to an unfolded state extending towards the back of the user's head, and to adjust a length of the band in the unfolded state such that the band in the unfolded state comes in contact with the user's head.
A co-surfactant comprising at least one kind of a compound represented by a Chemical Formula : wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 6 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH(OH)-CH 2 OH or -O-CH(-CH 2 -OH) 2 ; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 have no substituent. wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 6 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH(OH)-CH 2 OH or -O-CH(-CH 2 -OH) 2 ; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 have no substituent.
Rail vehicle suspension with a pneumatic spring , arranged between a sprung mass and an unsprung mass, specifically between the body or superstructure and the chassis or subframe of a rail vehicle , wherein the rail vehicle suspension has a rim and an upper plate opposite the rim, wherein the rim is provided with a sliding plate and the rim and the upper plate are arranged in such a way that, in the event of a failure of the pneumatic spring , the sliding plate and the upper plate lie against one another or one on top of the other, and so the body is supported on the subframe , wherein the rim or sliding plate on the one hand and the upper plate on the other hand form interacting parts of a sensor or sensor system, which, dependent on the distance between the rim or sliding plate and the upper plate , generate an electrical signal, characterized in that the interacting parts form an inductive sensor, in which preferably the upper plate comprises a coil and the rim or sliding plate comprises a ferritic material and the sensor generates a signal dependent on the inductance, which changes with the distance between the rim or sliding plate and the upper plate.
An exhaust purification device for purifying exhaust gas flowing in an exhaust gas flow passage of an engine, the exhaust purification device comprising: a cylindrical casing ; a pipe that is disposed on a downstream side of the casing and, an upstream side of the pipe inserted in the casing so as to extend in a direction substantially orthogonal to an axial direction of the casing , the pipe extending from the casing , and the pipe being provided with a through-hole communicating with the casing ; and an injector configured to inject a reducing agent from an upstream end of the pipe into the pipe , wherein a contracting flow passage portion narrowing in an axial direction of the pipe from an upstream side toward the downstream side is formed in the exhaust gas flow passage in the casing ; and at least part of the contracting flow passage portion is formed by a baffle plate mounted on an inner wall surface of the casing and extending from the inner wall surface to an outer surface of the pipe . a cylindrical casing ; a pipe that is disposed on a downstream side of the casing and, an upstream side of the pipe inserted in the casing so as to extend in a direction substantially orthogonal to an axial direction of the casing , the pipe extending from the casing , and the pipe being provided with a through-hole communicating with the casing ; and an injector configured to inject a reducing agent from an upstream end of the pipe into the pipe , wherein a contracting flow passage portion narrowing in an axial direction of the pipe from an upstream side toward the downstream side is formed in the exhaust gas flow passage in the casing ; and at least part of the contracting flow passage portion is formed by a baffle plate mounted on an inner wall surface of the casing and extending from the inner wall surface to an outer surface of the pipe .
Nutritional composition comprising at least one fucosylated oligosaccharide and at least one N-acetylated oligosaccharide, for use to prevent and/or treat infection by promoting in an infant or young child a Community type B and by reducing a Community type C, wherein Community type B is defined as a microbiota community comprising at least 85% Bifidobacteria (% relative abundance), optionally from 85 to 93%, such as 90% Bifidobacteria Community type C is defined as a microbiota community comprising from 50 to 80% Bifidobacteria (% relative abundance), and further comprising one or more of Firmicutes, Bacteroidetes and/or Proteobacteria; and wherein said promoting or reducing is in comparison to the microbiota in the gut of infants or young children fed predominantly or exclusively with the conventional nutritional composition not comprising said oligosaccharides, wherein the nutritional composition does not contain any sialylated oligosaccharide(s). one or more of Firmicutes, Bacteroidetes and/or Proteobacteria; and wherein said promoting or reducing is in comparison to the microbiota in the gut of infants or young children fed predominantly or exclusively with the conventional nutritional composition not comprising said oligosaccharides, wherein the nutritional composition does not contain any sialylated oligosaccharide(s).
A dispensing mechanism , comprising: a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that moves in response to the electrical signals; a cam driven in a rotary motion by the actuator; a tray having an opening through which items are to be dispensed; a moveable slide driven by the cam , the moveable slide having a slot through the movable slide , into which items to be dispensed fall one at a time; and a spring in contact with the slide , wherein the spring biases the slide into a default position in which the slot of the moveable slide is not aligned with the opening in the tray ; wherein when the slide is moved by the cam , the slide translates against the action of the spring into a position in which the slot in the slide aligns with the opening in the tray , allowing a single item in the slot to fall through the opening to be dispensed; wherein the connector , the actuator, and the cam are comprised in a dispenser separable to a cassette , wherein the cassette does not include any active electrical components; and characterised in that the tray , and the slide , and the spring are comprised in the cassette that stores a supply of items to be dispensed. a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that moves in response to the electrical signals; a cam driven in a rotary motion by the actuator; a tray having an opening through which items are to be dispensed; a moveable slide driven by the cam , the moveable slide having a slot through the movable slide , into which items to be dispensed fall one at a time; and a spring in contact with the slide , wherein the spring biases the slide into a default position in which the slot of the moveable slide is not aligned with the opening in the tray ; wherein when the slide is moved by the cam , the slide translates against the action of the spring into a position in which the slot in the slide aligns with the opening in the tray , allowing a single item in the slot to fall through the opening to be dispensed; wherein the connector , the actuator, and the cam are comprised in a dispenser separable to a cassette , wherein the cassette does not include any active electrical components; and characterised in that the tray , and the slide , and the spring are comprised in the cassette that stores a supply of items to be dispensed.