mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for vehicle occupant protection from lower spine injuries in unintentional roadway departure, comprising at least one of a remote sensor and a vehicle dynamics sensor , the remote sensor when present arranged to monitor a road travelled by a vehicle hosting the apparatus and to at least detect edges of the road and output road edge signals representative thereof, and the vehicle dynamics sensor when present arranged to determine one or more vehicle dynamics parameters of the host vehicle and output vehicle dynamics signals representative thereof; comprising: a processing device arranged to process at least one of the road edge signals and the vehicle dynamics signals to determine whether the host vehicle is about to leave the road and to output an off-road signal in response thereto; characterized in that it further comprises: at least one vehicle seat with a seat cushion mounted on a seat frame , the height of which is adjustable through a motor operated height adjustment device ; a triggering device arranged to trigger operation of the motor operated height adjustment device to move the seat cushion towards a crash-position in response to the off-road signal indicating that the host vehicle is about to leave the road , the crash-position being at least somewhat raised from the floor of the vehicle , in order to ensure that a sufficient deformation distance between the vehicle floor and the seat cushion of the vehicle seat is available in case of a floor impact accident. a processing device arranged to process at least one of the road edge signals and the vehicle dynamics signals to determine whether the host vehicle is about to leave the road and to output an off-road signal in response thereto; characterized in that it further comprises: at least one vehicle seat with a seat cushion mounted on a seat frame , the height of which is adjustable through a motor operated height adjustment device ; a triggering device arranged to trigger operation of the motor operated height adjustment device to move the seat cushion towards a crash-position in response to the off-road signal indicating that the host vehicle is about to leave the road , the crash-position being at least somewhat raised from the floor of the vehicle , in order to ensure that a sufficient deformation distance between the vehicle floor and the seat cushion of the vehicle seat is available in case of a floor impact accident. at least one vehicle seat with a seat cushion mounted on a seat frame , the height of which is adjustable through a motor operated height adjustment device ; a triggering device arranged to trigger operation of the motor operated height adjustment device to move the seat cushion towards a crash-position in response to the off-road signal indicating that the host vehicle is about to leave the road , the crash-position being at least somewhat raised from the floor of the vehicle , in order to ensure that a sufficient deformation distance between the vehicle floor and the seat cushion of the vehicle seat is available in case of a floor impact accident.
An aerosol supply device configured to generate an aerosol for inhalation comprising: an accommodating section that accommodates a liquid ; an atomizing unit that atomizes the liquid to generate the aerosol ; a built-in unit including at least the atomizing unit and a housing covering the built-in unit; and an atomizing amount adjusting unit that adjusts an atomizing amount of the atomizing unit , wherein the atomizing unit includes retaining portions that retain the liquid , wherein the atomizing amount adjusting unit stabilizes an atomizing amount regardless of an inclination of the aerosol supply device within at least a certain range, and wherein the atomizing amount adjusting unit includes an inclination maintaining portion that maintains an inclination of the built-in unit including the atomizing unit such that the retaining portions comprised in the atomizing unit retain the liquid in a horizontal state regardless of an inclination of the aerosol supply device within at least a certain range. an accommodating section that accommodates a liquid ; an atomizing unit that atomizes the liquid to generate the aerosol ; a built-in unit including at least the atomizing unit and a housing covering the built-in unit; and an atomizing amount adjusting unit that adjusts an atomizing amount of the atomizing unit , wherein the atomizing unit includes retaining portions that retain the liquid , wherein the atomizing amount adjusting unit stabilizes an atomizing amount regardless of an inclination of the aerosol supply device within at least a certain range, and wherein the atomizing amount adjusting unit includes an inclination maintaining portion that maintains an inclination of the built-in unit including the atomizing unit such that the retaining portions comprised in the atomizing unit retain the liquid in a horizontal state regardless of an inclination of the aerosol supply device within at least a certain range.
A fuel cell module comprising, a fuel cell stack ; a blower for supplying air to the one or more cathode electrodes when the fuel cell stack is operating in a charged state; a device other than the blower adapted to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state using a power source other than the fuel cell stack, wherein: a) the fuel cell module further comprises a battery and the device is a fan , operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen. a fuel cell stack ; a blower for supplying air to the one or more cathode electrodes when the fuel cell stack is operating in a charged state; a device other than the blower adapted to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state using a power source other than the fuel cell stack, wherein: a) the fuel cell module further comprises a battery and the device is a fan , operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen. a) the fuel cell module further comprises a battery and the device is a fan , operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen.
A content providing method comprising: reproducing (S210), in an electronic device , an image of content; obtaining (S220), in the electronic device , information regarding a posture of a user based on an image of the user captured by the electronic device ; transmitting, by the electronic device , the image of the user to a communication terminal ; receiving, by the electronic device , information regarding a reference posture from the communication terminal , wherein the information regarding the reference posture is input by a user of the communication terminal and comprises an outline of a desired posture as the reference posture; comparing, in the electronic device , the obtained information regarding the posture of the user with the reference posture; determining (S240), in the electronic device , whether the posture of the user is acceptable based on the result of the comparison; and controlling (S250), in the electronic device , reproduction of the content according to a result of the determination, wherein the controlling (S250) comprises: when the posture of the user is acceptable, reproducing, in the electronic device , a normal image of the content, when the posture of the user is not acceptable, reproducing, in electronic device , a distorted image of the content. reproducing (S210), in an electronic device , an image of content; obtaining (S220), in the electronic device , information regarding a posture of a user based on an image of the user captured by the electronic device ; transmitting, by the electronic device , the image of the user to a communication terminal ; receiving, by the electronic device , information regarding a reference posture from the communication terminal , wherein the information regarding the reference posture is input by a user of the communication terminal and comprises an outline of a desired posture as the reference posture; comparing, in the electronic device , the obtained information regarding the posture of the user with the reference posture; determining (S240), in the electronic device , whether the posture of the user is acceptable based on the result of the comparison; and controlling (S250), in the electronic device , reproduction of the content according to a result of the determination, wherein the controlling (S250) comprises: when the posture of the user is acceptable, reproducing, in the electronic device , a normal image of the content, when the posture of the user is not acceptable, reproducing, in electronic device , a distorted image of the content. when the posture of the user is acceptable, reproducing, in the electronic device , a normal image of the content, when the posture of the user is not acceptable, reproducing, in electronic device , a distorted image of the content.
A method of operating a mobile terminal in a wireless communications system, comprising the steps of - estimating channel characteristics from transmissions of a first base station comprising a plurality of data units, using reference symbols carried by some of the plurality of data units arranged in ,a first density and distribution, for use in channel assessment by the mobile station, - monitoring the transmissions for impairment in accuracy of channel estimation, - wherein on identifying an impairment, the mobile terminal first determines whether a conflict between signals received from the first base station and signals received from a second base station having the same base station identification code as the first base station is present or not, and - if such a conflict is detected, transmits a report to the first base station to initiate a network channel reallocation process to remove the conflict, - if such a conflict is not detected, reports the impairment to the first base station to initiate a change to a second density and distribution of the reference symbols. - estimating channel characteristics from transmissions of a first base station comprising a plurality of data units, using reference symbols carried by some of the plurality of data units arranged in ,a first density and distribution, for use in channel assessment by the mobile station, - monitoring the transmissions for impairment in accuracy of channel estimation, - wherein on identifying an impairment, the mobile terminal first determines whether a conflict between signals received from the first base station and signals received from a second base station having the same base station identification code as the first base station is present or not, and - if such a conflict is detected, transmits a report to the first base station to initiate a network channel reallocation process to remove the conflict, - if such a conflict is not detected, reports the impairment to the first base station to initiate a change to a second density and distribution of the reference symbols. - if such a conflict is detected, transmits a report to the first base station to initiate a network channel reallocation process to remove the conflict, - if such a conflict is not detected, reports the impairment to the first base station to initiate a change to a second density and distribution of the reference symbols.
A support carriage (C) configured to carry and support a grass collecting device when the grass collecting device is to be attached to or detached from a rear portion of a vehicle body of a riding grass mower (K), the support carriage (C) comprising: a base portion configured to move on a work floor (G); and characterized in that the support carriage (C) further comprises a positioning portion that is provided at a front portion of the base portion and is configured to be engaged with the vehicle body from behind, the positioning portion including a pair of right and left positioning arms that project forward from the base portion , wherein a forward abutting portion and an outward lateral abutting portion are formed in a front portion of each of the positioning arms , and when the positioning portion is engaged with the vehicle body, the forward abutting portion is configured to position the base portion in a front-rear direction with respect to the vehicle body, and the outward lateral abutting portion is configured to position the base portion in a width direction with respect to the vehicle body. a base portion configured to move on a work floor (G); and characterized in that the support carriage (C) further comprises a positioning portion that is provided at a front portion of the base portion and is configured to be engaged with the vehicle body from behind, the positioning portion including a pair of right and left positioning arms that project forward from the base portion , wherein a forward abutting portion and an outward lateral abutting portion are formed in a front portion of each of the positioning arms , and when the positioning portion is engaged with the vehicle body, the forward abutting portion is configured to position the base portion in a front-rear direction with respect to the vehicle body, and the outward lateral abutting portion is configured to position the base portion in a width direction with respect to the vehicle body.
A feeding set to feed premature babies with finger, being in the form of a standard glove with a palm part, in which the fingers corresponding to the fingernails are made of latex material in order to prevent the baby's mouth from being damaged, while the other portions are in a very transparent and thin form, comprising a feeding catheter in the size of 5 Fr which is integrated with the pinky finger, an injector-like part which is placed in the palm part of the glove parallel to the thumb, so that it can be pressed, and has a piston at its end, wherein said injector-like part can store 30 cc of milk and contains indicators for every half cc amount and a mouth opening with a lid that provides of filling the mother's milk from the top.
A lighting module comprising: - a plurality of light sources configured to emit light, - a cover disposed downstream of the light sources , wherein - each light source comprises at least one light emitting diode , wherein the cover has - a light entrance side , - a plurality of first structures on the light entrance side , - a plurality of second structures on the light entrance side , wherein - the first structures run along parallel curves, - the second structures run transversely to the first structures , and - at least two of the second structures are arranged adjacent to and spaced apart from each other and at least some, in particular each light source is arranged between two adjacent and spaced apart second structures , such that light of at least one of the light sources , which is arranged in an open area between the adjacent and spaced apart second structures , partially directly impinges on at least one of the first structures , wherein - the second structures are configured to direct impinging light to a light exit side , which is arranged at the side of the cover facing away from the light entry side, and - a light beam path of the light impinging on one of the second structures is reflected exactly once at an outer surface of the one second structure before exiting the cover , characterised in that the first structures are configured to direct impinging light to the light exit side by total reflection. - a plurality of light sources configured to emit light, - a cover disposed downstream of the light sources , wherein - each light source comprises at least one light emitting diode , - a light entrance side , - a plurality of first structures on the light entrance side , - a plurality of second structures on the light entrance side , wherein - the first structures run along parallel curves, - the second structures run transversely to the first structures , and - at least two of the second structures are arranged adjacent to and spaced apart from each other and at least some, in particular each light source is arranged between two adjacent and spaced apart second structures , such that light of at least one of the light sources , which is arranged in an open area between the adjacent and spaced apart second structures , partially directly impinges on at least one of the first structures , wherein - the second structures are configured to direct impinging light to a light exit side , which is arranged at the side of the cover facing away from the light entry side, and - a light beam path of the light impinging on one of the second structures is reflected exactly once at an outer surface of the one second structure before exiting the cover , characterised in that the first structures are configured to direct impinging light to the light exit side by total reflection.
Method for the production by injection moulding of a sound damping component made of plastic for a motor vehicle, which has at least one cavity, which is filled at least partly with a foamed plastic as damping material, wherein different regions (120, 130; 220, 230) are provided in which the plastic is foamed differently, characterised in that the production is performed in one operation by means of a 2-component injection moulding technique, wherein a plastic without a blowing agent is used as the first component and the same plastic with blowing agent is used as the second component, wherein the second plastic is foamed chemically and/or physically differently after injection.
Glial growth factor 2 (GGF2) for use in promoting cell remyelination in a patient, wherein the GGF2 is administered to the patient in an amount of 500 ng +/- 15% of GGF2 per kg of body weight.
An infrared reflecting film comprising: a first metal oxide layer ; an infrared reflecting layer mainly made of silver; and a light absorptive metal layer , in this order on a transparent film substrate , wherein the transparent film substrate includes a cured resin layer on a surface at a side where the first metal oxide layer is provided, the cured resin layer of the transparent film substrate and the first metal oxide layer are in direct contact with each other the first metal oxide layer is formed of a composite metal oxide containing zinc oxide and tin oxide, the light absorptive metal layer has a thickness of 2 nm to 10 nm, and contains at least one selected from the group consisting of nickel, chromium, niobium, tantalum and titanium, and no metal layer is deposited between the transparent film substrate and the infrared reflecting layer.
A method for controlling stability in an active noise cancellation, ANC, system , the method comprising: receiving, from an adaptive filter controller , filter coefficients corresponding to at least one controllable filter ; computing a parameter based on an analysis of at least a portion of the filter coefficients; characterized in that the method further comprises: detecting divergence of the at least one controllable filter based on a comparison of the parameter to a threshold, wherein the threshold is a dynamic threshold computed from a statistical analysis of the parameter computed from filter coefficients in one or more preceding adaptations of the at least one controllable filter ; and modifying properties of the at least one controllable filter that has diverged. receiving, from an adaptive filter controller , filter coefficients corresponding to at least one controllable filter ; computing a parameter based on an analysis of at least a portion of the filter coefficients; characterized in that the method further comprises: detecting divergence of the at least one controllable filter based on a comparison of the parameter to a threshold, wherein the threshold is a dynamic threshold computed from a statistical analysis of the parameter computed from filter coefficients in one or more preceding adaptations of the at least one controllable filter ; and modifying properties of the at least one controllable filter that has diverged. detecting divergence of the at least one controllable filter based on a comparison of the parameter to a threshold, wherein the threshold is a dynamic threshold computed from a statistical analysis of the parameter computed from filter coefficients in one or more preceding adaptations of the at least one controllable filter ; and modifying properties of the at least one controllable filter that has diverged.
An air-conditioner controller configured to control an operation of an air conditioner , the air-conditioner controller comprising: a microphone configured to detect a voice of a user in an air-conditioning area that is an area subject to air-conditioning control of the air conditioner ; a storage unit configured to store, for each user, voiceprint data that is data indicating a voiceprint of a user, data of the detected voice of the user, and personal data that is data indicating a feature of a user; and a control unit configured to compare voice data that is data of a voice detected in the air-conditioning area with the voiceprint data, characterized in that the control unit is further configured to, when there is voiceprint data similar to the voice data, present a question based on the personal data to identify a user in the air-conditioning area on the basis of an answer acquired from the user in the air-conditioning area. a microphone configured to detect a voice of a user in an air-conditioning area that is an area subject to air-conditioning control of the air conditioner ; a storage unit configured to store, for each user, voiceprint data that is data indicating a voiceprint of a user, data of the detected voice of the user, and personal data that is data indicating a feature of a user; and a control unit configured to compare voice data that is data of a voice detected in the air-conditioning area with the voiceprint data, characterized in that the control unit is further configured to, when there is voiceprint data similar to the voice data, present a question based on the personal data to identify a user in the air-conditioning area on the basis of an answer acquired from the user in the air-conditioning area.