mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for controlling a lighting system to provide illumination in a space occupied by one or more users, the controller comprising: communication logic for receiving signals from a mobile user terminal , including receiving a signal comprising an indication of a user input entered by a user via a lighting-control user interface provided by an on-screen user interface of the mobile user terminal; positioning logic configured to determine a position within said space from which said user input was entered by the user; control policy selection logic configured, based on an association associating each of a plurality of discrete control policies with a respective positional demarcation within said space, to select one of the control policies associated with the determined position, wherein each control policy defines a respective type of response of said illumination to one or more on-screen elements of the lighting-control user interface through which the user input is entered; and lighting command logic arranged to control the lighting system to provide the illumination in accordance with the response defined by the selected control policy, wherein the respective type of response defined by at least one of the control policies comprises a spatial distribution in the illumination within said space wherein the spatial distribution is a function of the determined position and a distance from the determined position. communication logic for receiving signals from a mobile user terminal , including receiving a signal comprising an indication of a user input entered by a user via a lighting-control user interface provided by an on-screen user interface of the mobile user terminal; positioning logic configured to determine a position within said space from which said user input was entered by the user; control policy selection logic configured, based on an association associating each of a plurality of discrete control policies with a respective positional demarcation within said space, to select one of the control policies associated with the determined position, wherein each control policy defines a respective type of response of said illumination to one or more on-screen elements of the lighting-control user interface through which the user input is entered; and lighting command logic arranged to control the lighting system to provide the illumination in accordance with the response defined by the selected control policy, wherein the respective type of response defined by at least one of the control policies comprises a spatial distribution in the illumination within said space wherein the spatial distribution is a function of the determined position and a distance from the determined position.
A method for diagnosing a condition of an aircraft engine , the method comprising: obtaining a sample of lubricating fluid from the engine ; filtering the sample to obtain a plurality of particles from the lubricating fluid; directing an excitation beam towards the particles ; detecting an energy level (Q m ) emitted from the particles in response to the excitation beam; determining a level of coking in the lubricating fluid based on a difference between the energy level as detected (Q m ) and an expected energy level (Q e ); and diagnosing a condition of the engine based on the level of coking in the lubricating fluid. obtaining a sample of lubricating fluid from the engine ; filtering the sample to obtain a plurality of particles from the lubricating fluid; directing an excitation beam towards the particles ; detecting an energy level (Q m ) emitted from the particles in response to the excitation beam; determining a level of coking in the lubricating fluid based on a difference between the energy level as detected (Q m ) and an expected energy level (Q e ); and diagnosing a condition of the engine based on the level of coking in the lubricating fluid.
Laundry device having a drying function, comprising an air circuit , a control unit and a detection unit , wherein the detection unit has: - a humidity sensor which is designed to determine the relative air humidity of the process air, and - an air pressure sensor, - a temperature sensor, wherein the detection unit is positioned in the air circuit of the laundry device , and is configured to measure the temperature, the air pressure and the relative humidity during a drying process and to transmit them to the control unit , wherein the control unit is designed to determine from the transmitted measured values a water load in the air circuit of the laundry device , wherein the control unit analyses the course of the water load during the drying process and from this determines a shutdown value which triggers the end of the drying process, wherein the control unit determines the maximum of the water load in the air circuit during drying and based on the maximum adjusts the shutdown value of the laundry device . - a humidity sensor which is designed to determine the relative air humidity of the process air, and - an air pressure sensor, - a temperature sensor,
An image chamber unit for gathering measurement data pertaining to a human head in an electromagnetic tomography (EMT) system, comprising: (a) an antenna assembly at least partially defining a horizontally-oriented imaging chamber and including an array of antennas arranged around the imaging chamber, the array of antennas including at least some transmitting antennas and at least some receiving antennas, wherein the transmitting antennas are arranged to transmit a low power electromagnetic field, wherein the receiving antennas are arranged to receive the low power electromagnetic field after passing through a human head in the imaging chamber and provide corresponding signals to a control system so as to produce a data tensor that may be inversed to reconstruct a 3D distribution of dielectric properties within the human head and thereby to create an image of the object; and (b) a housing, at least partially containing the antenna assembly, having a front entry opening into the imaging chamber wherein the front entry opening is substantially liquid-sealed by a flexible membrane such that a front portion of the imaging chamber is separated by the membrane from a rear portion of the chamber; (c) the chamber being configured such that the head of a human patient may be inserted horizontally through the front entry opening and into the imaging chamber. (a) an antenna assembly at least partially defining a horizontally-oriented imaging chamber and including an array of antennas arranged around the imaging chamber, the array of antennas including at least some transmitting antennas and at least some receiving antennas, wherein the transmitting antennas are arranged to transmit a low power electromagnetic field, wherein the receiving antennas are arranged to receive the low power electromagnetic field after passing through a human head in the imaging chamber and provide corresponding signals to a control system so as to produce a data tensor that may be inversed to reconstruct a 3D distribution of dielectric properties within the human head and thereby to create an image of the object; and (b) a housing, at least partially containing the antenna assembly, having a front entry opening into the imaging chamber wherein the front entry opening is substantially liquid-sealed by a flexible membrane such that a front portion of the imaging chamber is separated by the membrane from a rear portion of the chamber; (c) the chamber being configured such that the head of a human patient may be inserted horizontally through the front entry opening and into the imaging chamber.
A method for transmitting data by user equipment, UE , wherein the method comprises: receiving, by the UE , broadcast signaling sent by a base station ; acquiring, by the UE , a first preset threshold by analyzing the broadcast signaling; receiving, by the UE , unicast signaling sent by the base station ; resolving, by the UE , a second preset threshold corresponding to a preset user level from the unicast signaling ; updating, by the UE , the first preset threshold with the second preset threshold; determining, by the UE , whether a length of cached data of the UE is no less than the first preset threshold ; in response to determining that the length of the cached data of the UE is no less than the first preset threshold, dividing, by the UE in a preset mode, the cached data into two groups of data , wherein the cached data is stored in a Packet Data Convergence Protocol, PDCP, cache; and uploading, by the UE , the two groups of data to the base station respectively through a mobile network and a Wireless Local Area Network, WLAN . receiving, by the UE , broadcast signaling sent by a base station ; acquiring, by the UE , a first preset threshold by analyzing the broadcast signaling; receiving, by the UE , unicast signaling sent by the base station ; resolving, by the UE , a second preset threshold corresponding to a preset user level from the unicast signaling ; updating, by the UE , the first preset threshold with the second preset threshold; determining, by the UE , whether a length of cached data of the UE is no less than the first preset threshold ; in response to determining that the length of the cached data of the UE is no less than the first preset threshold, dividing, by the UE in a preset mode, the cached data into two groups of data , wherein the cached data is stored in a Packet Data Convergence Protocol, PDCP, cache; and uploading, by the UE , the two groups of data to the base station respectively through a mobile network and a Wireless Local Area Network, WLAN .
Agricultural machine (M), in particular hay making machine, comprising a carrying frame having an undercarriage , at which carrying frame respective left and right side frame sections which are opposite to each other at the carrying frame and carry tools (W) are adjustable by at least one hydraulic cylinder (ZL, ZR) between a lower working position (A) toward each other into an upper transport position (T), in which transport position (T) components moving with both side frame sections overlap each other, and a hydraulic circuit (H) connected with at least one control valve , within which hydraulic circuit (H) working lines extend to sides of the hydraulic cylinders (ZL, ZR) which sides are hydraulically actuable for folding the left and right side frame sections upwardly, characterised in that the hydraulic circuit (H) contains a flow divider between the control valve and both working lines , the flow divider dividing a volume flow with a ratio of 50:50 into the working lines , the volume flow being supplied by the control valve to the actuable sides , and that at least one pressure accumulator is connected with one working line (30L or 30R), the accumulation volume of the pressure accumulator being emptied prior to folding the side frame sections upwardly.
Method for assisting a rider of a single-track motor vehicle with a deactivated distance and speed control system, in which - the distance from an object located ahead of the motor vehicle is detected by means of a forward-looking environment sensor system attached to the single-track motor vehicle and - depending on the distance and the momentary speed of the single-track motor vehicle, rider information is output , characterized in that the rider information is output if, during the journey, the number of events in which the distance went below a minimum distance has reached or exceeded a predetermined limit value . - the distance from an object located ahead of the motor vehicle is detected by means of a forward-looking environment sensor system attached to the single-track motor vehicle and - depending on the distance and the momentary speed of the single-track motor vehicle, rider information is output , characterized in that
Method for determining an absolute gas concentration, using a gas sensor arrangement comprising a gas sensor and means for decomposing a gas to be measured, the method comprising the steps of: - acquiring a first sensor signal and determining from the first sensor signal at least one initial data point, - decomposing the gas to be measured into chemical components using the means for decomposing the gas of the gas sensor arrangement, - acquiring a second sensor signal and determining from the second sensor signal a series of decay data points wherein the initial data point and the series of decay data points correspond to different sensor signals at different times during the decomposition of the gas to be measured, and - deriving an absolute gas concentration from a gas concentration function (R(t)) being a function of time by evaluating the gas concentration function (R(t)) at least for the initial data point and the series of decay data points; wherein: - the decomposition of the gas is monitored using the gas sensor and by determining the series of decay data points from the acquired sensor signals and - the gas concentration function (R(t)) is evaluated by fitting a decay function to a series of data points comprising the series of decay data points and the initial data point. - acquiring a first sensor signal and determining from the first sensor signal at least one initial data point, - decomposing the gas to be measured into chemical components using the means for decomposing the gas of the gas sensor arrangement, - acquiring a second sensor signal and determining from the second sensor signal a series of decay data points wherein the initial data point and the series of decay data points correspond to different sensor signals at different times during the decomposition of the gas to be measured, and - deriving an absolute gas concentration from a gas concentration function (R(t)) being a function of time by evaluating the gas concentration function (R(t)) at least for the initial data point and the series of decay data points; wherein: - the decomposition of the gas is monitored using the gas sensor and by determining the series of decay data points from the acquired sensor signals and - the gas concentration function (R(t)) is evaluated by fitting a decay function to a series of data points comprising the series of decay data points and the initial data point. - the decomposition of the gas is monitored using the gas sensor and by determining the series of decay data points from the acquired sensor signals and - the gas concentration function (R(t)) is evaluated by fitting a decay function to a series of data points comprising the series of decay data points and the initial data point.
A door lock having a frame configured to be fixed to a housing of a household appliance and comprising a latch for cooperating with a clamp attached to a door pivotably connected to the housing and for locking the door by being inserted along an insertion direction , said latch being movable in a lock plane parallel to said insertion direction and including at least one first guiding pin slidable in a linear first guide section of a guide included in said frame , said first guide section being parallel to said insertion direction and including a stop point for said first guiding pin at a distal end defined by said insertion direction , and at least one second guiding pin slidable in a curved second guide section of said guide , said second guide section curved parallel to said lock plane and outwardly from said insertion direction , and spring means being attached between said frame and said latch and biasing said latch in the insertion direction , wherein said latch is U-shaped and includes a first tab configured for gripping the clamp by movement along said insertion direction , and a second tab configured for being pushed by the clamp by movement along said insertion direction , and said second guide section is curved by more than 90° and provides an arrest point for said second guiding pin at a petal end defined by said insertion direction . said latch is U-shaped and includes a first tab configured for gripping the clamp by movement along said insertion direction , and a second tab configured for being pushed by the clamp by movement along said insertion direction , and said second guide section is curved by more than 90° and provides an arrest point for said second guiding pin at a petal end defined by said insertion direction .
A plunger assembly configured for slidable advancement through a reservoir of a vessel containing a material to be administered, the plunger assembly comprising: a plunger rod having a distal end configured to be inserted into the reservoir; and an elastomeric plunger extending from the distal end of the plunger rod and configured to sealingly engage a sidewall of the reservoir , characterized in that it comprises: at least one printed circuit board embedded within the elastomeric plunger , the at least one printed circuit board including at least one of a via and a recess and at least a portion of the elastomeric plunger being disposed within at least one of the via and the recess; and at least one electronic component electrically connected with the at least one printed circuit board . a plunger rod having a distal end configured to be inserted into the reservoir; and an elastomeric plunger extending from the distal end of the plunger rod and configured to sealingly engage a sidewall of the reservoir , characterized in that it comprises: at least one printed circuit board embedded within the elastomeric plunger , the at least one printed circuit board including at least one of a via and a recess and at least a portion of the elastomeric plunger being disposed within at least one of the via and the recess; and at least one electronic component electrically connected with the at least one printed circuit board . at least one printed circuit board embedded within the elastomeric plunger , the at least one printed circuit board including at least one of a via and a recess and at least a portion of the elastomeric plunger being disposed within at least one of the via and the recess; and at least one electronic component electrically connected with the at least one printed circuit board .
A notched patch in combination with a nonwoven garment wherein the patch is coupled to the nonwoven garment in which a tie is coupled to the notched patch , the notched patch and garment combination comprising: a patch including a notch formed therein and having a pair of spaced-apart arms , the patch having a tie coupled to at least a portion of the patch such that the tie is positioned to cross the notch and extend outward away from the notch , such that when the tie is pulled at a ninety degree angle relative to the patch , the arms adjacent the notch move downward against a fabric of the garment thereby holding the patch firmly thereon. a patch including a notch formed therein and having a pair of spaced-apart arms , the patch having a tie coupled to at least a portion of the patch such that the tie is positioned to cross the notch and extend outward away from the notch , such that when the tie is pulled at a ninety degree angle relative to the patch , the arms adjacent the notch move downward against a fabric of the garment thereby holding the patch firmly thereon.
A microparticle sorting device comprising: an imaging element configured to obtain an image of fluid and fluid droplets at a position where fluid discharged from an orifice of the microparticle sorting device which generates a fluid stream is converted into a fluid stream of fluid droplets; and a controller configured to control a driving voltage for an oscillation element wherein the oscillation element is configured to give oscillation to the orifice of the microparticle sorting device, based on a state of the fluid in the image and a state of a satellite fluid droplet, wherein the satellite fluid droplet does not include microparticles and exists between the position where the fluid is converted into the fluid droplets, and a fluid droplet among fluid droplets including the microparticles which is closest to the position where the fluid is converted into the fluid droplets characterized in that the driving voltage is controlled such that a distance in the image from a position where the fluid is converted into fluid droplets to a satellite fluid droplet matches a reference distance. an imaging element configured to obtain an image of fluid and fluid droplets at a position where fluid discharged from an orifice of the microparticle sorting device which generates a fluid stream is converted into a fluid stream of fluid droplets; and a controller configured to control a driving voltage for an oscillation element wherein the oscillation element is configured to give oscillation to the orifice of the microparticle sorting device, based on a state of the fluid in the image and a state of a satellite fluid droplet, wherein the satellite fluid droplet does not include microparticles and exists between the position where the fluid is converted into the fluid droplets, and a fluid droplet among fluid droplets including the microparticles which is closest to the position where the fluid is converted into the fluid droplets characterized in that the driving voltage is controlled such that a distance in the image from a position where the fluid is converted into fluid droplets to a satellite fluid droplet matches a reference distance.
A household appliance (A) having at least one compartment (C) and a housing connection arrangement surrounding the compartment (C) comprising: an outer liner facing outside, an inner liner spaced apart from the outer liner and facing the compartment (C), a housing frame , connected to the outer liner from one side and to the inner liner from the other side, at least one elastic member provided on a region of the housing connection arrangement where the housing frame connects to the outer liner and at least one reinforcement member provided adjacent to the outer liner , the housing frame and the elastic member , wherein the elastic member has three channels , wherein a first channel and a second channel are placed in the opposite direction with each other for being connected to the outer liner from one side and to the housing frame from the other side, such that the connection of the outer liner and the housing frame is achieved by means of the first channel and the second channel provided on the elastic member , and in that the reinforcement member comprises a first connection lug which is at least partially being received by a portion of the elastic member from one side by being inserting into a third channel of the elastic member , and a second connection lug connected to the outer liner with a connection member, from the other side. an outer liner facing outside, an inner liner spaced apart from the outer liner and facing the compartment (C), a housing frame , connected to the outer liner from one side and to the inner liner from the other side, at least one elastic member provided on a region of the housing connection arrangement where the housing frame connects to the outer liner and at least one reinforcement member provided adjacent to the outer liner , the housing frame and the elastic member , wherein the elastic member has three channels , wherein a first channel and a second channel are placed in the opposite direction with each other for being connected to the outer liner from one side and to the housing frame from the other side, such that the connection of the outer liner and the housing frame is achieved by means of the first channel and the second channel provided on the elastic member , and in that the reinforcement member comprises a first connection lug which is at least partially being received by a portion of the elastic member from one side by being inserting into a third channel of the elastic member , and a second connection lug connected to the outer liner with a connection member, from the other side.