mhurhangee/patent-ind-claim-en huggingface dataset:
Method for handling obstacles in an industrial truck , which comprises at least one sensor unit which is arranged in the main travel direction (L) of the industrial truck and is designed to be able to detect obstacles (H) in a predetermined angular range (S), the method comprising: - detecting a current speed and a current steer angle of at least one steered wheel of the industrial truck by means of a speed sensor or a steer angle sensor of the industrial truck ; - calculating a protection zone (Z) on the basis of the current speed and the current steer angle; - evaluating the data delivered by the at least one sensor unit within the protection zone (Z) of the industrial truck , and - in the event of identifying an obstacle (H) in the protection zone (Z): ∘ calculating a respective steer angle difference on both sides, at which in each case a collision with the obstacle (H) is avoided; and ∘ classifying a current degree of difficulty of avoiding the obstacle, at least on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value, and/or ∘ triggering a predetermined measure on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value. - detecting a current speed and a current steer angle of at least one steered wheel of the industrial truck by means of a speed sensor or a steer angle sensor of the industrial truck ; - calculating a protection zone (Z) on the basis of the current speed and the current steer angle; - evaluating the data delivered by the at least one sensor unit within the protection zone (Z) of the industrial truck , and - in the event of identifying an obstacle (H) in the protection zone (Z): ∘ calculating a respective steer angle difference on both sides, at which in each case a collision with the obstacle (H) is avoided; and ∘ classifying a current degree of difficulty of avoiding the obstacle, at least on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value, and/or ∘ triggering a predetermined measure on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value. ∘ calculating a respective steer angle difference on both sides, at which in each case a collision with the obstacle (H) is avoided; and ∘ classifying a current degree of difficulty of avoiding the obstacle, at least on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value, and/or ∘ triggering a predetermined measure on the basis of the calculated steer angle differences on the basis of a steer angle difference limit value.
A method comprising: utilizing Raman spectroscopy as a first analysis approach on a gas sample to obtain background composition concentration data comprising Raman spectral data, utilizing absorption spectroscopy as a second analysis approach on the same gas sample to obtain absorption spectroscopy data wherein the second analysis approach comprises tunable laser absorption spectroscopy, modeling absorption spectroscopy measurement data obtained for the gas sample as one or more functions of a background composition of the gas sample, the modeling comprising generating mathematical representations of structural interference and/or collisional broadening effects based on the background composition concentration data representative of an actual background composition of the gas sample, wherein mathematical representations comprise one or more multivariate regression algorithms, applying the one or more multivariate regression analysis algorithms to correct, based on the modeling, an analysis of the absorption spectroscopy data; and determining a target analyte concentration in the gas sample based on the corrected analysis of the absorption spectroscopy data obtained by the second analysis approach. utilizing Raman spectroscopy as a first analysis approach on a gas sample to obtain background composition concentration data comprising Raman spectral data, utilizing absorption spectroscopy as a second analysis approach on the same gas sample to obtain absorption spectroscopy data wherein the second analysis approach comprises tunable laser absorption spectroscopy, modeling absorption spectroscopy measurement data obtained for the gas sample as one or more functions of a background composition of the gas sample, the modeling comprising generating mathematical representations of structural interference and/or collisional broadening effects based on the background composition concentration data representative of an actual background composition of the gas sample, wherein mathematical representations comprise one or more multivariate regression algorithms, applying the one or more multivariate regression analysis algorithms to correct, based on the modeling, an analysis of the absorption spectroscopy data; and determining a target analyte concentration in the gas sample based on the corrected analysis of the absorption spectroscopy data obtained by the second analysis approach.
A suction positioning structure comprising: an output rod which is movable in an axis direction, the output rod having an air discharge passage , provided so as to extend in the axis direction, for suctioning a workpiece (W) to be machined, a suction pad being attached to the output rod so as to communicate with the air discharge passage ; a sleeve fitted onto the output rod , which sleeve has a tapered outer circumferential surface and is elastically deformable so as to have a reduced diameter; a transmission member which has a tapered inner circumferential surface that faces the tapered outer circumferential surface of the sleeve ; a plurality of balls (B) inserted between the tapered inner circumferential surface and the tapered outer circumferential surface ; and a locking operation chamber into which compressed air is supplied, the compressed air acting on an annular pressure-receiving surface of the transmission member so as to move the transmission member in the axis direction, wherein movement of the output rod and movement of the transmission member are controllable individually. an output rod which is movable in an axis direction, the output rod having an air discharge passage , provided so as to extend in the axis direction, for suctioning a workpiece (W) to be machined, a suction pad being attached to the output rod so as to communicate with the air discharge passage ; a sleeve fitted onto the output rod , which sleeve has a tapered outer circumferential surface and is elastically deformable so as to have a reduced diameter; a transmission member which has a tapered inner circumferential surface that faces the tapered outer circumferential surface of the sleeve ; a plurality of balls (B) inserted between the tapered inner circumferential surface and the tapered outer circumferential surface ; and a locking operation chamber into which compressed air is supplied, the compressed air acting on an annular pressure-receiving surface of the transmission member so as to move the transmission member in the axis direction, wherein movement of the output rod and movement of the transmission member are controllable individually.
Heat source unit for a heat pump having a refrigerant circuit, the heat source unit comprising: components of the refrigerant circuit of the heat pump; an outer casing having a bottom wall , a back wall , a front wall opposite to the back wall , and side walls ; a drawer plate supporting at least one component of the refrigerant circuit and being slidable relative to the bottom wall of the outer casing , whereby the at least one component of the refrigerant circuit is together with the drawer plate withdrawable from the outer casing ; characterized by a drawer support plate supported on the bottom wall and supporting the drawer plate , wherein the drawer support plate is supported on the bottom wall via a set of bottom plate dampers . components of the refrigerant circuit of the heat pump; an outer casing having a bottom wall , a back wall , a front wall opposite to the back wall , and side walls ; a drawer plate supporting at least one component of the refrigerant circuit and being slidable relative to the bottom wall of the outer casing , whereby the at least one component of the refrigerant circuit is together with the drawer plate withdrawable from the outer casing ; characterized by a drawer support plate supported on the bottom wall and supporting the drawer plate , wherein the drawer support plate is supported on the bottom wall via a set of bottom plate dampers .
An assembled and combined pallet, consists of several supporting beams arranged in parallel and several skids laid on the top of the supporting beams , and the length direction of the skids is vertical to the length direction of the supporting beams ; wherein: the supporting beams are made of a hollow metal section bar, and the supporting beams are equipped with grooves along their length direction on the top, and groove walls of the grooves are set with seizing edges ; each skid is set with two connection plates along its length direction and the two connection plates are arranged in parallel in the width direction of the skid ; the skids are set with inserting blocks at the bottom in relation to the grooves on the top of the supporting beams , and the inserting blocks are inserted into the grooves along the length direction of the grooves , and the inserting blocks cooperate with the seizing edges along the vertical direction; additionally, each supporting beam is set with a locating lever in relation to each skid , and each locating lever is set on the supporting beam along the width direction of the supporting beam , characterized in that each locating lever is set in relation to a corresponding inserting block of each skid , wherein said inserting block is set with a locking hole in relation to the locating lever , and the locating lever passes through the corresponding locking hole of the inserting block to lock the skid ; wherein: each connection plate of each skid is slotted to receive corresponding groove walls of the grooves of the corresponding supporting beams , the slots dividing each connection plate to define inserting connection parts relative to the groove of corresponding supporting beams , and each skid is set with inserting reinforcement blocks between corresponding inserting connection parts along its width direction.
A system for evacuating a process space , having a first compressor , which can be coupled via a first inflow line to the process space and from which, via a first outflow line , medium taken from the process space can be discharged into the surroundings, having a second compressor , which via a second inflow line can be coupled to the process space and from which, via a second outflow line , medium taken from the process space can be discharged into the surroundings, having a connecting line connected between the first outflow line and the second inflow line , having a first inflow line valve integrated in the first inflow line , having a second inflow line valve integrated in the second inflow line , having a first outflow line valve integrated in the first outflow line , having a connecting line valve integrated in the connecting line , wherein in particular when the first inflow line valve , the second inflow line valve and the first outflow line valve are all open and the connecting line valve is closed, the first compressor and the second compressor can be operated in parallel, wherein in particular when the first inflow line valve and the connecting line valve are both open and the second inflow line valve and the first outflow line valve are both closed, the first compressor and the second compressor can be operated in series, characterized in that the first inflow line is assigned a first pressure sensor and the second inflow line a second pressure sensor , wherein the second inflow line valve , the first outflow line valve and the connecting line valve can all be controlled dependent on measurement values of the two pressure sensors .
A method comprising: receiving a control element comprising duplication activation bits comprising a first duplication activation bit for a first bearer identified by a first bearer identifier, wherein a first position of the first duplication activation bit in the control element identifies a second position of the first bearer identifier in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and transmitting, in response to the duplication being activated for the first bearer, a first packet and a duplicate of the first packet. receiving a control element comprising duplication activation bits comprising a first duplication activation bit for a first bearer identified by a first bearer identifier, wherein a first position of the first duplication activation bit in the control element identifies a second position of the first bearer identifier in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and transmitting, in response to the duplication being activated for the first bearer, a first packet and a duplicate of the first packet.
An aircraft landing gear assembly comprising a centre biased actuator , the centre biased actuator comprising: an outer cylinder ; a slave cylinder arranged to be linearly transposed within the outer cylinder; a rod assembly , a piston of which is arranged to be linearly transposed within the slave cylinder and a rod of which extends from the outer cylinder; one or more first dynamic seals arranged to act on a sidewall of the rod to inhibit hydraulic fluid leaking from the outer cylinder; one or more second dynamic seals arranged to act on a sidewall of the slave cylinder or an inner surface of the outer cylinder to inhibit hydraulic fluid leaking from the outer cylinder; and a gas chamber comprising a sealed expandable chamber containing gas, the expandable chamber being arranged to act on hydraulic fluid within the centre biased actuator to bias the centre biased actuator to assume an intermediate condition which lies between a compressed condition and an extended condition, wherein the centre biased actuator is arranged to bias a first part of the assembly to assume a predetermined position relative to a second part of the assembly, and wherein the assembly is arranged, in use, to force the actuator to assume a first condition when in a first state and wherein the actuator is adapted to move the first part of the assembly to assume the predetermined position relative to the second part in a second state, and wherein the first part comprises a bogie beam and the second part comprises a main strut, characterised in that : the expandable chamber comprises metal bellows. an outer cylinder ; a slave cylinder arranged to be linearly transposed within the outer cylinder; a rod assembly , a piston of which is arranged to be linearly transposed within the slave cylinder and a rod of which extends from the outer cylinder; one or more first dynamic seals arranged to act on a sidewall of the rod to inhibit hydraulic fluid leaking from the outer cylinder; one or more second dynamic seals arranged to act on a sidewall of the slave cylinder or an inner surface of the outer cylinder to inhibit hydraulic fluid leaking from the outer cylinder; and a gas chamber comprising a sealed expandable chamber containing gas, the expandable chamber being arranged to act on hydraulic fluid within the centre biased actuator to bias the centre biased actuator to assume an intermediate condition which lies between a compressed condition and an extended condition, wherein the centre biased actuator is arranged to bias a first part of the assembly to assume a predetermined position relative to a second part of the assembly, and wherein the assembly is arranged, in use, to force the actuator to assume a first condition when in a first state and wherein the actuator is adapted to move the first part of the assembly to assume the predetermined position relative to the second part in a second state, and wherein the first part comprises a bogie beam and the second part comprises a main strut, characterised in that : the expandable chamber comprises metal bellows.
Luminaire comprising - at least one lighting means , - at least one acoustic sensor configured to measure environmental sound, and - a processing unit configured to identify an environmental situation of the luminaire on the basis of at least one characteristic of the measured environmental sound, and configured to detect a change of the at least one characteristic of the environmental sound measured by the at least one acoustic sensor and to identify on the basis of the detected change of the at least one environmental sound characteristic the environmental situation of the luminaire , characterized in that - the processing unit is configured to identify the environmental situation out of a list of different environmental situations, wherein the different environmental situations are linked to different values or ranges for the detected change of the at least one environmental sound characteristic, and to control the light emission by the at least one lighting means on the basis of the identified environmental situation. - at least one lighting means , - at least one acoustic sensor configured to measure environmental sound, and - a processing unit configured to identify an environmental situation of the luminaire on the basis of at least one characteristic of the measured environmental sound, and configured to detect a change of the at least one characteristic of the environmental sound measured by the at least one acoustic sensor and to identify on the basis of the detected change of the at least one environmental sound characteristic the environmental situation of the luminaire , - the processing unit is configured to identify the environmental situation out of a list of different environmental situations, wherein the different environmental situations are linked to different values or ranges for the detected change of the at least one environmental sound characteristic, and to control the light emission by the at least one lighting means on the basis of the identified environmental situation.
A beverage comprising polymerized tea polyphenol and RebD and/or RebM, wherein the content (A) of the polymerized tea polyphenol is 1 to 55.5 ppm, the total content (B) of RebD and/or RebM is 20 to 500 ppm, and B/A is 10 or more.
A method for providing access to a location secured by an electronically activated locking mechanism , the method comprising the steps of: detecting a geographical position of a mobile device ; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism ; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism ; initiating a recording from a camera of the mobile device in response to the signal causing the electronically activated locking mechanism to unlock; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock. detecting a geographical position of a mobile device ; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism ; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism ; initiating a recording from a camera of the mobile device in response to the signal causing the electronically activated locking mechanism to unlock; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock.
Operating unit (120; 220) for specifying a desired value for a height adjustment apparatus of a vehicle seat , in particular utility vehicle seat, wherein the operating unit (120; 220) has an operating element (122; 222) for actuating the height adjustment apparatus, and the operating element (122; 222) is continuously adjustable, wherein the operating unit (120; 220) has a holding element (130; 230) and two sliding elements (124a, 124b; 224), characterized in that a first of the two sliding elements (124a; 224) is connected to the holding element (130; 230).
A method in a user equipment comprising: determining reference location information of the user equipment; determining current location information of the user equipment; determining whether a trigger is satisfied using the reference location information and the current location information; and transmitting the current location information to a base unit in response to the trigger being satisfied, characterized by : receiving from the base unit information indicating one or more resource pools corresponding to the current location information; determining a resource pool from the one or more resource pools; and transmitting data using the determined resource pool. determining reference location information of the user equipment; determining current location information of the user equipment; determining whether a trigger is satisfied using the reference location information and the current location information; and transmitting the current location information to a base unit in response to the trigger being satisfied, characterized by : receiving from the base unit information indicating one or more resource pools corresponding to the current location information; determining a resource pool from the one or more resource pools; and transmitting data using the determined resource pool. receiving from the base unit information indicating one or more resource pools corresponding to the current location information; determining a resource pool from the one or more resource pools; and transmitting data using the determined resource pool.