mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for controlling a traction motor of a materials handling vehicle , the method comprising: receiving , by a processor , steering command signals from a steering control input sensor of the materials handling vehicle ; characterised by generating , by the processor , a current output value proportional to a rate of change of the steering command signals; determining , by the processor , a raw target steering angle value; calculating , by the processor , a current target steering angle value based on: the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; calculating , by the processor , a traction speed limit based on the calculated current target steering angle value; calculating , by the processor , a traction setpoint based on the traction speed limit; and controlling the traction motor of the materials handling vehicle based on the traction setpoint. receiving , by a processor , steering command signals from a steering control input sensor of the materials handling vehicle ; characterised by generating , by the processor , a current output value proportional to a rate of change of the steering command signals; determining , by the processor , a raw target steering angle value; calculating , by the processor , a current target steering angle value based on: the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; calculating , by the processor , a traction speed limit based on the calculated current target steering angle value; calculating , by the processor , a traction setpoint based on the traction speed limit; and controlling the traction motor of the materials handling vehicle based on the traction setpoint.
An apparatus comprising a receiver for receiving identifiers, and a controller , characterised in that the controller is configured to determine whether the receiver has received an object identifier, to create, in case the receiver has received the object identifier, entry control information based on the object identifier, and to create, in case the receiver has not received the object identifier, the entry control information based on default information.
A meter housing for an air lock meter, for feeding granular or powdered material, comprising: a meter space with a material inlet and a material outlet , and a wall portion extending between the material inlet and the material outlet, the wall portion having substantially the form of a cylinder sector, characterized in that the wall portion has a scraper part , which extends substantially parallel to a central axis of the cylinder sector, and which is a radial level variation in the wall portion. a meter space with a material inlet and a material outlet , and a wall portion extending between the material inlet and the material outlet, the wall portion having substantially the form of a cylinder sector, characterized in that the wall portion has a scraper part , which extends substantially parallel to a central axis of the cylinder sector, and which is a radial level variation in the wall portion.
A device of a system for inductive power transfer, wherein the device comprises at least one winding structure for generating or receiving an alternating electromagnetic field, wherein the device further comprises a voltage-controllable capacitive device , wherein the capacitive device comprises a first dielectric material and at least one further dielectric material , wherein at least the permittivity of the first dielectric material is DC voltage-dependent, characterized in that a voltage dependence of the permittivity of the first dielectric material is different from a voltage dependence of the permittivity of the further dielectric material and a permittivity of the at least one further dielectric material is not DC voltage-dependent, wherein the device further comprises at least one voltage providing means for providing a DC voltage to the first dielectric material , wherein the first dielectric material and the at least one further dielectric material is provided by a ceramic material.
A coating composition comprised of at least one free radical-curable ethylenically unsaturated compound, at least one polyol and at least one polyisocyanate wherein the at least one free radical-curable ethylenically unsaturated compound includes at least one compound having one or more functional groups selected from the group consisting of vinyl groups, acrylate groups, methacrylate groups and combinations thereof and the at least one polyol includes one or more polyols selected from the group consisting of polyester polyols, polyether polyols, polycarbonate polyols, polycarbonate polyester polyols, polyacrylic polyols, polyurethane polyols, polycaprolactone polyols, polyolefin polyols and combinations thereof wherein - the weight ratio of (polyol + polyisocyanate) : free radical-curable ethylenically unsaturated compound is from 1:1 to 10:1 and - said at least one free radical-curable ethylenically unsaturated compound includes at least one isocyanurate tri(meth)acrylate or derivative thereof and at least one urethane diacrylate. - the weight ratio of (polyol + polyisocyanate) : free radical-curable ethylenically unsaturated compound is from 1:1 to 10:1 and - said at least one free radical-curable ethylenically unsaturated compound includes at least one isocyanurate tri(meth)acrylate or derivative thereof and at least one urethane diacrylate.
A composition of hair oil for stimulation of hair growth, control hair fall, dandruff and infections thereof, comprising following active ingredients: Capric Caprylic Tri-Glycerides (CCTG); mineral oil; coconut oil; ylang ylang oil; di-propylene glycol; centella asiatica extract; and butylated hydroxytoluene. Capric Caprylic Tri-Glycerides (CCTG); mineral oil; coconut oil; ylang ylang oil; di-propylene glycol; centella asiatica extract; and butylated hydroxytoluene.
Method for generating nuclear images for a nuclear imaging device with continuous crystal detectors by means of - detecting the interaction of gamma photons from a radioactive source with a continuous crystal, thereby obtaining the impact position of each photon in the corresponding continuous crystal detector characterized in that it comprises: - generating, for each photon detected, after obtaining the impact position, a virtual pixel in the corresponding continuous crystal detector of the nuclear imaging device around each measured impact position - assigning for each photon detected, the corresponding virtual pixel to a Line Of Response, LOR, or its extension, a Tube of Response, TOR, and - obtaining a nuclear image from the lines of response of all photons detected, or its extension, a Tube of Response. - detecting the interaction of gamma photons from a radioactive source with a continuous crystal, thereby obtaining the impact position of each photon in the corresponding continuous crystal detector - generating, for each photon detected, after obtaining the impact position, a virtual pixel in the corresponding continuous crystal detector of the nuclear imaging device around each measured impact position - assigning for each photon detected, the corresponding virtual pixel to a Line Of Response, LOR, or its extension, a Tube of Response, TOR, and - obtaining a nuclear image from the lines of response of all photons detected, or its extension, a Tube of Response.
A refrigerator installable in a storage space defined by a wall of an object, the refrigerator comprising: a cabinet including an inner case which forms a storage chamber , an outer case which surrounds the inner case , and a cabinet insulation material which is disposed between the inner case and the outer case ; a door which is disposed in front of the cabinet , the door to open and close the storage chamber ; a supply duct which is installed at the inner case , wherein the supply duct is configured to discharge cool air to the storage chamber ; a cool air circulation fan which is installed at one side of the supply duct , wherein the cool air circulation fan is configured to generate circulation of the cool air; and a contact mechanism which is provided at one side of the outer case , characterized in that the contact mechanism includes a lever which is movably provided, a disk which rotates according to a movement of the lever , and a contact member which moves based on rotation of the disk for contact with the wall of the object. a cabinet including an inner case which forms a storage chamber , an outer case which surrounds the inner case , and a cabinet insulation material which is disposed between the inner case and the outer case ; a door which is disposed in front of the cabinet , the door to open and close the storage chamber ; a supply duct which is installed at the inner case , wherein the supply duct is configured to discharge cool air to the storage chamber ; a cool air circulation fan which is installed at one side of the supply duct , wherein the cool air circulation fan is configured to generate circulation of the cool air; and a contact mechanism which is provided at one side of the outer case ,
Motor vehicle comprising: - a passenger compartment, - an electrical energy storage battery BR1, - a recharging means for recharging the battery OBC, 12, 2, - a DC control device for the recharging means OBC, 12, 2, - a control device 17, 18 operable from outside this passenger compartment by a driver or a passenger of the vehicle, and capable of transmitting a recharging command to the DC control device, this DC control device comprising a device for neutralizing the control device 17, 18. - a body comprising an opening having a closed position blocking access to this passenger compartment, - a means for locking the opening in this closed position, this neutralization device being configured so that it neutralizes the control device 17, 18 if the locking means locks the opening in its closed position. characterized in that this neutralization device comprises a time delay device configured to trigger a predetermined time delay if the locking means locks the opening in its closed position, this neutralization device being configured so that it neutralizes the control device 17, 18 if this time delay has elapsed. - a passenger compartment, - an electrical energy storage battery BR1, - a recharging means for recharging the battery OBC, 12, 2, - a DC control device for the recharging means OBC, 12, 2, - a control device 17, 18 operable from outside this passenger compartment by a driver or a passenger of the vehicle, and capable of transmitting a recharging command to the DC control device, this DC control device comprising a device for neutralizing the control device 17, 18. - a body comprising an opening having a closed position blocking access to this passenger compartment, - a means for locking the opening in this closed position, this neutralization device being configured so that it neutralizes the control device 17, 18 if the locking means locks the opening in its closed position. characterized in that this neutralization device comprises a time delay device configured to trigger a predetermined time delay if the locking means locks the opening in its closed position, this neutralization device being configured so that it neutralizes the control device 17, 18 if this time delay has elapsed.
- A machine for compacting a powder material (CP) comprising ceramic powder; the machine comprises a compacting device , which is arranged at a working station and is configured to compact the powder material (CP) so as to obtain a layer of compacted powder material (KP); a conveyor assembly for conveying a layer of powder material (CP) along a first portion (PA) of a given path in an advancing direction (A) from an input station to the working station and the layer of compacted powder material (KP) from the working station along a second portion (PB) of the given path; and a feeding assembly , which is configured to feed the powder material (CP) to the conveyor assembly at the input station ; the machine comprises an adjusting assembly , which is configured to change the width of the layer of powder material (CP) and comprises a first containing wall and at least one second containing wall , which are arranged so as to transversely delimit a passageway area (PZ) for the powder material (CP), which is arranged along at least part of the first portion (PA), and at least one first operating device to move at least one between the first containing wall and the second containing wall relative to the other containing wall so as to change the width of the layer of powder material (CP) ; the machine being characterized by comprising a detection device , which is configured to detect the density of the layer of compacted ceramic powder (KP) and is arranged at a detection station along the second portion (PB) of the given path; and a control device to control the adjusting assembly (in particular, the first operating device) so as to change over time the width of the layer of powder material (CP); the control device is configured to control the adjusting assembly , in particular the first operating device, as a function of the data detected by the detection device . the machine comprises an adjusting assembly , which is configured to change the width of the layer of powder material (CP) and comprises a first containing wall and at least one second containing wall , which are arranged so as to transversely delimit a passageway area (PZ) for the powder material (CP), which is arranged along at least part of the first portion (PA), and at least one first operating device to move at least one between the first containing wall and the second containing wall relative to the other containing wall so as to change the width of the layer of powder material (CP) ; the machine being characterized by comprising a detection device , which is configured to detect the density of the layer of compacted ceramic powder (KP) and is arranged at a detection station along the second portion (PB) of the given path; and a control device to control the adjusting assembly (in particular, the first operating device) so as to change over time the width of the layer of powder material (CP); the control device is configured to control the adjusting assembly , in particular the first operating device, as a function of the data detected by the detection device .
A thermal condensation reactor, comprising: a heat transfer chamber, wherein the heat transfer chamber is a fluidized bed having a fluidization gas flow in a first direction, and wherein the heat transfer chamber comprises a plurality of heating zones that are maintained at different temperatures; and a plurality of reaction tubes disposed in the heat transfer chamber in a second direction that is perpendicular to the fluidization gas flow, each of the plurality of reaction tubes having a reactant gas flow that passes through the plurality of heating zones. a heat transfer chamber, wherein the heat transfer chamber is a fluidized bed having a fluidization gas flow in a first direction, and wherein the heat transfer chamber comprises a plurality of heating zones that are maintained at different temperatures; and a plurality of reaction tubes disposed in the heat transfer chamber in a second direction that is perpendicular to the fluidization gas flow, each of the plurality of reaction tubes having a reactant gas flow that passes through the plurality of heating zones.
A data communication method comprising: acquiring , by a user equipment, UE, the UE's capability, wherein the UE's capability comprises: using multiple radio frequency, RF, chains in one component carrier for data communication; sending , by the UE, a report including the UE's capability, to a base station; and receiving, by the UE, from the base station, an instruction on how to use the multiple RF chains in the component carrier, including using different ones of the RF chains in the component carrier for different numerologies. acquiring , by a user equipment, UE, the UE's capability, wherein the UE's capability comprises: using multiple radio frequency, RF, chains in one component carrier for data communication; sending , by the UE, a report including the UE's capability, to a base station; and receiving, by the UE, from the base station, an instruction on how to use the multiple RF chains in the component carrier, including using different ones of the RF chains in the component carrier for different numerologies.
Ultrasonic sensor device for a motor vehicle , with an ultrasonic sensor unit for transmitting and/or receiving ultrasonic waves that comprises a sensor housing , and with a housing for accommodating the ultrasonic sensor unit , wherein the housing comprises a hollow cylindrical housing part , on which is disposed at least one holding element (7a to 7d) protruding from the outside of the housing part that is designed for mechanical connection to a cladding part of the motor vehicle , wherein the housing comprises a flange-like base part that is disposed on a first edge of the housing part , wherein the holding element (7a to 7d) comprises a second sub element over the height thereof measured in the direction of the longitudinal axis that faces towards the flange-like base part of the housing and that is disposed at a distance from the base part when viewed in the direction of the longitudinal axis , wherein a distance measured in the direction of the longitudinal axis between the base part and a lower free outer edge of the second sub element corresponds to a thickness of the cladding part at least at the point of the lower free outer edge , wherein the holding element (7a to 7d) is pivotable in the circumferential direction about a longitudinal axis of the housing part , and wherein a connecting point between the housing part and the holding element (7a to 7d) is designed so that the holding element (7a to 7d) is designed to be at least partly self-restoring from the pivoted state into the unpivoted state.
A display device (DD), comprising: a protective layer (BRL) having an upper surface and a back surface opposite thereto; a display panel (DP) disposed on the upper surface of the protective layer (BRL), the display panel (DP) including a display area (DA) configured to display an image and a non-display area (NDA) at least partially surrounding the display area (DA); a cover panel (PTL) disposed on the back surface of the protective layer (BRL), the cover panel (PTL) including an opening (OPN) that exposes at least one area of the protective layer (BRL); a fingerprint sensor (FPS) disposed within the opening (OPN) of the cover panel (PTL), the fingerprint sensor (FPS) being configured to sense a fingerprint; characterized in that a first fixing member (FXM1) is disposed within the opening (OPN) of the cover panel (PTL) and on one surface of the fingerprint sensor (FPS), and fixes the fingerprint sensor (FPS) onto the back surface of the protective layer (BRL); and a second fixing member (FXM2) is at least partially overlapping at least one side of the first fixing member (FXM1), the second fixing member (FXM2) fixes the fingerprint sensor (FPS), wherein the first fixing member (FXM1) and the second fixing member (FXM2) include at least one different material from each other, and wherein the first fixing member (FXM1) includes a thermosetting resin, and the second fixing member (FXM2) includes a photo-curable resin. a protective layer (BRL) having an upper surface and a back surface opposite thereto; a display panel (DP) disposed on the upper surface of the protective layer (BRL), the display panel (DP) including a display area (DA) configured to display an image and a non-display area (NDA) at least partially surrounding the display area (DA); a cover panel (PTL) disposed on the back surface of the protective layer (BRL), the cover panel (PTL) including an opening (OPN) that exposes at least one area of the protective layer (BRL); a fingerprint sensor (FPS) disposed within the opening (OPN) of the cover panel (PTL), the fingerprint sensor (FPS) being configured to sense a fingerprint; characterized in that a first fixing member (FXM1) is disposed within the opening (OPN) of the cover panel (PTL) and on one surface of the fingerprint sensor (FPS), and fixes the fingerprint sensor (FPS) onto the back surface of the protective layer (BRL); and a second fixing member (FXM2) is at least partially overlapping at least one side of the first fixing member (FXM1), the second fixing member (FXM2) fixes the fingerprint sensor (FPS), wherein the first fixing member (FXM1) and the second fixing member (FXM2) include at least one different material from each other, and wherein the first fixing member (FXM1) includes a thermosetting resin, and the second fixing member (FXM2) includes a photo-curable resin.
A mower, comprising: a vehicle body ; a first axle rigidly supported by the vehicle body and rotatably supporting a pair of wheels ; a second axle supported by the vehicle body and rotatably supporting a pair of wheels ; a power source for driving the wheels of at least one of the first axle and the second axle; a mowing unit provided in a lower part of the vehicle body and including a cutting blade ; and a height adjusting mechanism provided on the vehicle body and configured to adjust a grass cutting height of the mowing unit, characterized in that : the second axle is supported by the vehicle via a center pivot ; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body ; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. a vehicle body ; a first axle rigidly supported by the vehicle body and rotatably supporting a pair of wheels ; a second axle supported by the vehicle body and rotatably supporting a pair of wheels ; a power source for driving the wheels of at least one of the first axle and the second axle; a mowing unit provided in a lower part of the vehicle body and including a cutting blade ; and a height adjusting mechanism provided on the vehicle body and configured to adjust a grass cutting height of the mowing unit, characterized in that : the second axle is supported by the vehicle via a center pivot ; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body ; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. the second axle is supported by the vehicle via a center pivot ; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body ; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. an axle sensor for detecting a roll angle of the second axle relative to the vehicle body ; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value.