mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement of a camera system on an agricultural working assembly which is disposed on an agricultural working machine , wherein the agricultural working assembly has at least one extension arm which protrudes beyond the width of the working machine in a substantially horizontal working position which can be transferred by means of at least one first actuator by pivoting up about an axis into a transport position in which an overall width which is permitted for the transport of the working assembly on the road is maintained, wherein the camera system has at least one camera which is disposed on the at least one extension arm by means of a fastening element , wherein, in the working position of the working assembly , the fastening element is orientated substantially orthogonally to the extension arm , wherein the at least one camera is fastened in a foldable manner by means of the fastening element to the at least one extension arm , wherein a second actuator for pivoting the fastening element is disposed in the region of the bearing , wherein the working machine or the working assembly comprises a control unit which is configured to activate the at least one first actuator of the extension arm and the second actuator for pivoting the fastening element , wherein the control unit is configured to activate the second actuator for pivoting the fastening element as a function of an activation of the at least one first actuator of the extension arm .
A sidestream smoke removal device comprising: a housing in which a smoking space is formed; an article insertion portion which is disposed at one end of the housing and forms an opening for insertion of a smoking article into the smoking space; an ignition portion which is configured to ignite the smoking article inserted into the smoking space; a sidestream smoke processing portion which is configured to process sidestream smoke generated from the smoking article inserted into the smoking space; a temperature sensor (20, 20-1, 20-2, 20-3) which is configured to measure a temperature of the smoking article inserted into the smoking space; a display which is disposed outside the housing ; and a controller which is configured to monitor smoking progress with respect to the smoking article on the basis of the measured temperature and display a monitoring result through the display , characterized in that : a vent through which outside air enters is formed in the housing ; the controller is configured to adjust a degree of opening/closing of the vent ; and the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. a housing in which a smoking space is formed; an article insertion portion which is disposed at one end of the housing and forms an opening for insertion of a smoking article into the smoking space; an ignition portion which is configured to ignite the smoking article inserted into the smoking space; a sidestream smoke processing portion which is configured to process sidestream smoke generated from the smoking article inserted into the smoking space; a temperature sensor (20, 20-1, 20-2, 20-3) which is configured to measure a temperature of the smoking article inserted into the smoking space; a display which is disposed outside the housing ; and a controller which is configured to monitor smoking progress with respect to the smoking article on the basis of the measured temperature and display a monitoring result through the display , characterized in that : a vent through which outside air enters is formed in the housing ; the controller is configured to adjust a degree of opening/closing of the vent ; and the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. a vent through which outside air enters is formed in the housing ; the controller is configured to adjust a degree of opening/closing of the vent ; and the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed.
A fluid sensor assembly , comprising: a body including a fluid passage ; a first sensor connected to the body and directed toward the fluid passage ; and a second sensor connected to the body and directed toward the fluid passage ; wherein at least one of the first sensor and the second sensor is configured to transmit a signal into the fluid passage , and at least one of the first sensor and the second sensor is configured to receive at least a deflected version of the signal; the fluid sensor assembly further comprises an inductive sensor comprising a helical coil disposed at least partially around the fluid passage , the coil including a longitudinal axis parallel to a longitudinal axis of the fluid passage , the inductive sensor being configured for detecting metallic particles; the fluid sensor assembly further comprising an electronic control unit (ECU) configured to receive and process data signals from the sensors and the inductive sensor to determine particles in the fluid passage ; at least one of the following applies: the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage ; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body ; and the first sensor and the second sensor are disposed in a V-shaped configuration. a body including a fluid passage ; a first sensor connected to the body and directed toward the fluid passage ; and a second sensor connected to the body and directed toward the fluid passage ; wherein at least one of the first sensor and the second sensor is configured to transmit a signal into the fluid passage , and at least one of the first sensor and the second sensor is configured to receive at least a deflected version of the signal; the fluid sensor assembly further comprises an inductive sensor comprising a helical coil disposed at least partially around the fluid passage , the coil including a longitudinal axis parallel to a longitudinal axis of the fluid passage , the inductive sensor being configured for detecting metallic particles; the fluid sensor assembly further comprising an electronic control unit (ECU) configured to receive and process data signals from the sensors and the inductive sensor to determine particles in the fluid passage ; at least one of the following applies: the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage ; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body ; and the first sensor and the second sensor are disposed in a V-shaped configuration. the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage ; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body ; and the first sensor and the second sensor are disposed in a V-shaped configuration.
A method of controlling access to a predetermined guidance or elevator service or area in a building, comprising: receiving an activation signal indicative of a user's activation of an access code; as a result of receiving the activation signal, sending a verification code to a portable electronic device of the user ; receiving the verification code at an access terminal ; and granting access to the predetermined guidance or elevator service or area in the building if the verification code is received at the access terminal meeting one of several predetermined conditions. receiving an activation signal indicative of a user's activation of an access code; as a result of receiving the activation signal, sending a verification code to a portable electronic device of the user ; receiving the verification code at an access terminal ; and granting access to the predetermined guidance or elevator service or area in the building if the verification code is received at the access terminal meeting one of several predetermined conditions.
A method to transfer control, comprising: receiving at a network node a request to transfer control of a collaborative session from a first user equipment "UE" (UE-1), the request identifying a second UE (UE-2); determining at the network node whether the second UE (UE-2) is configured to operate as a controller UE for the collaborative session; when the second UE (US-2) is configured to operate as a controller UE, the network node: sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving , in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance. receiving at a network node a request to transfer control of a collaborative session from a first user equipment "UE" (UE-1), the request identifying a second UE (UE-2); determining at the network node whether the second UE (UE-2) is configured to operate as a controller UE for the collaborative session; when the second UE (US-2) is configured to operate as a controller UE, the network node: sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving , in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance. sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving , in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance.
An apparatus for controlling a towing mode of an electric vehicle, comprising: a storage configured to store a first table in which a reference output of the electric vehicle corresponding to a speed of the electric vehicle and a gradient of a road is recorded and a second table in which a towing weight corresponding to an excess rate of a current output with respect to a reference output of the electric vehicle is recorded; a first sensor configured to measure a speed of the electric vehicle; a second sensor configured to measure a gradient of a road on which the electric vehicle is driven; and a controller configured to: detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor , based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight. a storage configured to store a first table in which a reference output of the electric vehicle corresponding to a speed of the electric vehicle and a gradient of a road is recorded and a second table in which a towing weight corresponding to an excess rate of a current output with respect to a reference output of the electric vehicle is recorded; a first sensor configured to measure a speed of the electric vehicle; a second sensor configured to measure a gradient of a road on which the electric vehicle is driven; and a controller configured to: detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor , based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight. detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor , based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight.
A method of operating a gas powered vehicle comprising: operatively connecting one or more on-board vehicle tanks for the storage of fuel gas under high pressure to a high-pressure refuel gas filling line ; circulating refuel gas through said one or more on-board vehicle tanks in a refuelling circuit and heating the refuel gas circulating through the refuelling circuit by transferring heat from fuel gas in the one or more on-board vehicle tanks to the refuel gas, directing the heated refuel gas in the refuelling circuit to a location outside said one or more on-board vehicle tanks ; removing heat from the refuel gas in said refuelling circuit at the location outside the one or more on-board vehicle tanks to cool the refuel gas; introducing the cooled refuel gas into the one or more on-board vehicle tanks; and utilising the fuel gas in said one or more on-board vehicle tanks to operate said vehicle. operatively connecting one or more on-board vehicle tanks for the storage of fuel gas under high pressure to a high-pressure refuel gas filling line ; circulating refuel gas through said one or more on-board vehicle tanks in a refuelling circuit and heating the refuel gas circulating through the refuelling circuit by transferring heat from fuel gas in the one or more on-board vehicle tanks to the refuel gas, directing the heated refuel gas in the refuelling circuit to a location outside said one or more on-board vehicle tanks ; removing heat from the refuel gas in said refuelling circuit at the location outside the one or more on-board vehicle tanks to cool the refuel gas; introducing the cooled refuel gas into the one or more on-board vehicle tanks; and utilising the fuel gas in said one or more on-board vehicle tanks to operate said vehicle.
System for producing heat and cold configured to alternatingly ensure the production of cold, the production of heat and the production of domestic hot water comprising a primary network comprising: - a device for producing cold , - a device for producing heat , - a primary fluid circuit capable of receiving a heat transfer fluid and configured to fluidly connect the device for producing cold , the device for producing heat , the domestic hot water module and the heat exchange module , - a domestic hot water (DHW) module , - a heat exchange module ensuring the thermal transfer between an emitter and the heat transfer fluid capable of circulating in the primary network, - a device for storing the heat transfer fluid of the primary fluid circuit, characterised in that the device for storing the heat transfer fluid of the primary fluid circuit is arranged as a bypass on the primary fluid circuit and is configured to store the heat transfer fluid of the primary fluid circuit during a transition between the production of domestic hot water and the production of heat or of cold. - a device for producing cold , - a device for producing heat , - a primary fluid circuit capable of receiving a heat transfer fluid and configured to fluidly connect the device for producing cold , the device for producing heat , the domestic hot water module and the heat exchange module , - a domestic hot water (DHW) module , - a heat exchange module ensuring the thermal transfer between an emitter and the heat transfer fluid capable of circulating in the primary network, - a device for storing the heat transfer fluid of the primary fluid circuit,
A cardboard box comprising an upper face in which a clip is cut out which defines a slot adapted for inserting a leaflet and wherein said clip is adapted to hold said leaflet against the upper face of the box itself, characterized by comprising, on the upper face , a first cut and a second cut suitably shaped and extended in a longitudinal direction, and a transversal cut which joins two respective intermediate points of said two longitudinal cuts (5-6) so as to define said clip .
An equipment for providing rectangular floor panels having machined joint portions with a mechanical locking system which locks the floor panels vertically (D1) and horizontally (D2) on at least two opposite sides, said locking system consisting of at least one flexible tongue inserted in a displacement groove for vertical connection, and a locking strip extending below and beyond the displacement groove for horizontal connection, wherein the flexible tongues are formed into tongue blanks consisting of at least two flexible tongues , the equipment comprising a separation unit configured to separate the flexible tongues from the blank , a feeding device for feeding the separated flexbile tongues between an upper horizontal feeding means and a lower horizontal feeding means to a vertical device which lowers the flexible tongue to the level of the lower horizontal feeding means, such that said lower horizontal feeding means can also act as a pusher , displacing the separated flexible tongue essentially parallel with its width (W) between upper and lower guiding means and over the locking strip into said displacement groove and fixing it with a friction force into the displacement groove , in which the flexible tongue is displaceable during locking of the floor panels .
A metal enclosure of a mobile device, wherein the metal enclosure comprises a housing having a first side and a second side opposite the first side and a plastic reinforcement layer fastened to a cavity of the housing at the second side, wherein at least one gap is provided on the housing , the at least one gap divides the housing into at least two electrically insulated parts, and each gap is filled with an insulation object ; and further comprising an insulation film attached to a surface at the first side of the housing ; further comprising a groove located on the surface at the first side of the housing , wherein the at least one gap is provided on a bottom wall of the groove, and a reflective film covering the bottom wall of the groove is further disposed in the groove, wherein a width of the groove matches a width, a spacing, and a quantity of the at least one gap, and a depth of the groove matches a thickness of a filler disposed in the groove between the reflective film and the surface at the first side.
A filter element for insertion into a housing of a filter system, comprising • a filter medium pack for filtering a fluid comprising pleated filter media, the filter medium pack having an outer circumferential face extending between a first outer axial face and a second outer axial face opposite the first outer axial face, and wherein the filter medium pack has a hollow shape, characterized in that the filter element further comprises • a seal receiver sealingly attached to the first outer axial face of the filter medium pack , wherein the seal receiver is forming an open end cap for the filter medium pack for receiving unfiltered fluid or for evacuating filtered fluid, and wherein the seal receiver comprises a closed-loop surface for receiving a removeable circumferential seal member, and in that said closed-loop surface is forming a contour shape with single-fold rotational symmetry. • a filter medium pack for filtering a fluid comprising pleated filter media, the filter medium pack having an outer circumferential face extending between a first outer axial face and a second outer axial face opposite the first outer axial face, and wherein the filter medium pack has a hollow shape, characterized in that the filter element further comprises • a seal receiver sealingly attached to the first outer axial face of the filter medium pack , wherein the seal receiver is forming an open end cap for the filter medium pack for receiving unfiltered fluid or for evacuating filtered fluid, and wherein the seal receiver comprises a closed-loop surface for receiving a removeable circumferential seal member,
A hot water heating system for providing heated fresh water, wherein the hot water heating system has a buffer storage tank and a heat source and a fresh-water circulation line and a fresh-water heat exchanger , and the buffer storage tank has a tank outer wall and a storage cavity surrounded by the tank outer wall , and the heat source for heating a heat transfer fluid in the storage cavity is connected to the buffer storage tank , and the fresh-water heat exchanger is arranged in the storage cavity , wherein the fresh-water heat exchanger has a cold water inlet for connection to a drinking-water supply line and a circulation water inlet and a hot water outlet , wherein the fresh-water circulation line has a circulation flow line connected to the hot water outlet and a circulation return line connected to the circulation water inlet , characterised in that the hot water heating system has a flushing line which connects the circulation flow line or the circulation return line to a flushing line connection of the fresh-water heat exchanger .
A tyre whose position when mounted on a vehicle is specified comprising a tread portion in which an outer tread edge (To) and an inner tread edge (Ti) are defined, the outer tread edge (To) being positioned on an outer side of the vehicle and the inner tread edge (Ti) being positioned on an inner side of the vehicle when the tyre is mounted on the vehicle, when the tyre in a standard state is in contact with a flat surface with zero camber angle by being loaded with a standard tyre load, wherein the standard state is a state in which the tyre is mounted on a standard rim, inflated to a standard inner pressure, and loaded with no tyre load, said standard rim, standard inner pressure and standard tyre load being those included in a standardization system on which the tyre is based, wherein the tread portion is provided with a first main groove extending continuously in a tyre circumferential direction, a second main groove extending continuously in the tyre circumferential direction on a side of the inner tread edge (Ti) of the first main groove , an outer land region defined between the outer tread edge (To) and the first main groove , a center land region defined between the first main groove and the second main groove , and an inner land region defined between the second main groove and the inner tread edge (Ti), a width (W1) in a tyre axial direction of the outer land region is larger than a width (W2, W3) in the tyre axial direction of each of the center land region and the inner land region , and the center land region is provided with a plurality of first sipes each completely crossing the center land region , wherein the inner land region is provided with inner lateral grooves each extending from the inner tread edge (Ti) toward the outer tread edge (To) to terminate within the inner land region , characterized in that the inner land region is provided with fourth sipes each completely crossing the inner land region.