mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device configured to communicate over a network with a controller of an elevator system , wherein the mobile device is further configured to: initiate a service request call over the network to the controller ; transmit , to the controller during the service request call, a service request for an elevator service at a first level ; and receive , from the controller , a first data including a reference number that is indicative of an elevator assignment that is assigned to an elevator car in response to the service request, wherein the elevator assignment instructs the elevator car to travel to the first level ; characterized in that the mobile device is also configured to: automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit , to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service. initiate a service request call over the network to the controller ; transmit , to the controller during the service request call, a service request for an elevator service at a first level ; and receive , from the controller , a first data including a reference number that is indicative of an elevator assignment that is assigned to an elevator car in response to the service request, wherein the elevator assignment instructs the elevator car to travel to the first level ; characterized in that the mobile device is also configured to: automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit , to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service. automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit , to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service.
A processing method of a three-dimensional point cloud, comprising the steps of: - obtaining a 3D point cloud from a predetermined view point of a depth sensor; - extracting 3D coordinates (xyz) and intensity (i) data from each point of the 3D point cloud with respect to the view point; - transforming the extracted 3D coordinates (xyz) and intensity (i) data into at least three two-dimensional spaces: o an intensity 2D space (IS) defined as a function of the intensity (i) data of each point; o a height 2D space (HS) defined as a function of an elevation (h) data of each point, and o a distance 2D space (DS) defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS). - obtaining a 3D point cloud from a predetermined view point of a depth sensor; - extracting 3D coordinates (xyz) and intensity (i) data from each point of the 3D point cloud with respect to the view point; - transforming the extracted 3D coordinates (xyz) and intensity (i) data into at least three two-dimensional spaces: o an intensity 2D space (IS) defined as a function of the intensity (i) data of each point; o a height 2D space (HS) defined as a function of an elevation (h) data of each point, and o a distance 2D space (DS) defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS). o an intensity 2D space (IS) defined as a function of the intensity (i) data of each point; o a height 2D space (HS) defined as a function of an elevation (h) data of each point, and o a distance 2D space (DS) defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS).
A computer-implemented method , comprising: receiving an indication of a weight on a moveable support of a couch assembly , the moveable support being moveable relative to a couch frame of the couch assembly; determining a horizontal shift of the couch frame relative to an imaging apparatus associated with the couch assembly based on a shift model indicative of the horizontal shift as a function of: the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame. receiving an indication of a weight on a moveable support of a couch assembly , the moveable support being moveable relative to a couch frame of the couch assembly; determining a horizontal shift of the couch frame relative to an imaging apparatus associated with the couch assembly based on a shift model indicative of the horizontal shift as a function of: the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame. the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame.
A method for tomographic imaging of a diffusive medium comprising: (a) directing light waves into the diffusive medium having a boundary surface (S); (b) detecting an intensity of light waves emitted from the diffusive medium by using non-contact measurements of light waves outside the diffusive medium, the non-contact measurements taking place with a detector at a distance of greater than 1 mm from the surface of the diffusive medium, wherein there is a non-diffusive medium between the detector and the diffusive medium; characterised in that the method further comprises: (c) processing the detected intensity to generate a tomographic image using an N-order Green's function in a Diffuse Reflection Boundary Method, including representing the contribution of each wave to the detected intensity as a sum of an arbitrary integer number N of terms in a series, each term in the series being an intensity of a wave reflected from an arbitrary surface within or outside the diffusive medium. (a) directing light waves into the diffusive medium having a boundary surface (S); (b) detecting an intensity of light waves emitted from the diffusive medium by using non-contact measurements of light waves outside the diffusive medium, the non-contact measurements taking place with a detector at a distance of greater than 1 mm from the surface of the diffusive medium, wherein there is a non-diffusive medium between the detector and the diffusive medium; characterised in that the method further comprises: (c) processing the detected intensity to generate a tomographic image using an N-order Green's function in a Diffuse Reflection Boundary Method, including representing the contribution of each wave to the detected intensity as a sum of an arbitrary integer number N of terms in a series, each term in the series being an intensity of a wave reflected from an arbitrary surface within or outside the diffusive medium.
A single cell for a fuel cell stack , having a membrane electrode arrangement which is arranged in an active region and is as-signed at least one individual plate which is formed with a flow field for supplying an reaction medium into the active region of the membrane electrode arrangement , which flow field is fluidically connected to a media port , characterized in that laterally with respect to the membrane electrode arrangement there is a lamella which at least partially covers the flow cross-section of the media port and which is formed so as to be elastically bendable for changing the usable flow cross-section of the media port by the force of a reaction medium flowing axially through the media port .
A method comprising: identifying characteristic changes in radio environment arising from a person, wherein the changes in the radio environment are detected by a plurality of spatially separated sensors configured to form a radio frequency impedance network having electrical properties that are changed by movement of a person relative to the sensors; and using the identified characteristic changes in radio environment arising from a person to predict when a person approaches a display apparatus and to pre-fetch data for the person.
A resin composition containing a rubbery polymer, which resin composition contains a core-shell polymer composition obtainable by forming a hard polymer having a glass transition temperature of higher than 0°C, which hard polymer is obtainable by polymerizing 5 to 100 parts by weight of hard polymer-constituting components in the presence of 100 parts by weight of the rubbery polymer, said rubbery polymer having a glass transition temperature of 0°C or lower, wherein the rubbery polymer is a rubbery polymer obtainable by polymerizing rubbery polymer-constituting components consisting of 20% to 100% by weight of a (meth)acrylic acid ester having a phenoxy group, 0% to 80% by weight of an alkyl acrylic acid ester having an alkyl group of 2 to 18 carbon atoms, and 0% to 30% by weight of a monomer copolymerizable with these esters.
A dual motor input for driving an aircraft rotor, comprising: a common shaft for coupling to a member to be rotationally driven; a first motor (34-1) rotationally coupled to a first drive shaft , the first drive shaft coupled to the common shaft ; and a second motor (34-2) rotationally coupled to a second drive shaft , the second drive shaft coupled to the common shaft , characterized in that the common shaft is rotationally coupled to an output shaft through a planetary gear set . a common shaft for coupling to a member to be rotationally driven; a first motor (34-1) rotationally coupled to a first drive shaft , the first drive shaft coupled to the common shaft ; and a second motor (34-2) rotationally coupled to a second drive shaft , the second drive shaft coupled to the common shaft , characterized in that the common shaft is rotationally coupled to an output shaft through a planetary gear set .
Bending tool for bedding profile sections , in particular impact-absorbing crossmembers for motor vehicles, with the tool comprising: a first support , in particular a lower support, suitable for transmitting a bending force to the profile section ; with the bending tool further comprising a first body with a bending surface of the profile section , said first body being fixed removably to the first support , the bending tool further comprising a first bloc linked to the first support , the first body being fixed removably to said first block, the first body being thinner than the first block , said first block being pivotably mounted with respect to the first support , the tool being characterised in that it comprises means for actuating suitable for driving the first block in rotation.
Method for protecting a computer (ID), in particular an industrial automation component, against a cybercriminal threat, wherein a number of application programs (AW1, AW2) are installed on the computer (ID), wherein the application programs (AW1, AW2) each consist of a number of modules (M1, ..., M36), in particular DLLs and other executable program code, and wherein different ones of the application programs (AW1, AW2) and therefore modules (M1, ..., M36) are required for different functions (F1, F2) of the computer (ID), characterized in that at least two security levels are defined for the computer (ID), wherein those functions (F1, F2) which must not be deactivated in the event of a relevant cybercriminal threat and/or which functions (F1, F2) can be deactivated in the event of a relevant cybercriminal threat are defined for each of the security levels, in that , on the basis of information relating to a current cybercriminal threat for at least one of the affected modules (M1, ..., M36), the affected functions (F1, F2) are identified, in that, on the basis of the current security level, those functions and modules of the identified functions (F1, F2) and modules (M1, ..., M36) which can be deactivated are selected, and in that the selected modules (M1, ..., M36) are blocked and the affected functions (F1, F2) are deactivated.
A secondary battery comprising: a positive electrode containing a positive electrode active material; a negative electrode containing a negative electrode active material; a separator between the positive electrode and the negative electrode ; and an electrolyte, at least one of the positive electrode , the negative electrode , and the separator containing an alkali metal oxide, 50% or more of alkali metal ions included in the alkali metal oxide being exchangeable with protons, and among the positive electrode active material and the negative electrode active material, a number of active material particles in contact with the alkali metal oxide being 10% or less of the whole. a positive electrode containing a positive electrode active material; a negative electrode containing a negative electrode active material; a separator between the positive electrode and the negative electrode ; and an electrolyte, at least one of the positive electrode , the negative electrode , and the separator containing an alkali metal oxide, 50% or more of alkali metal ions included in the alkali metal oxide being exchangeable with protons, and among the positive electrode active material and the negative electrode active material, a number of active material particles in contact with the alkali metal oxide being 10% or less of the whole.
A catheter assembly comprising: a flexible catheter ; a catheter hub ; a needle having a distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage the catheter hub; an inner member engaged to and movably disposed in the outer member, the inner member having an opposing member that engages the catheter hub when the needle is in the first position; a needle protection member disposed in the inner member, the needle protection member enclosing at least a portion of the needle when the needle is in the second position; wherein when the needle is moved to the second position, the inner member is configured to axially move relative to the outer member causing the opposing member to disengage the catheter hub to allow the outer member to disengage from the catheter hub. a flexible catheter ; a catheter hub ; a needle having a distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage the catheter hub; an inner member engaged to and movably disposed in the outer member, the inner member having an opposing member that engages the catheter hub when the needle is in the first position; a needle protection member disposed in the inner member, the needle protection member enclosing at least a portion of the needle when the needle is in the second position; wherein when the needle is moved to the second position, the inner member is configured to axially move relative to the outer member causing the opposing member to disengage the catheter hub to allow the outer member to disengage from the catheter hub.
A fluid delivery system for intravenous infusion comprising: a fluid delivery assembly including an inlet , an outlet , a pneumatic pump , a fluid flow resistor , and a fluid pathway , the fluid pathway extending between the inlet and the outlet , the fluid flow resistor disposed in the fluid pathway ; a first pressure sensor to monitor a pressure of gas applied to operate the pneumatic pump that pumps fluid through the fluid pathway from the inlet to the outlet ; and the fluid delivery assembly including a second pressure sensor disposed downstream of the fluid flow resistor in the fluid pathway , characterized in that a pressure sensor circuitry is arranged such that the pressure sensor circuitry is in communication with the second pressure sensor , the second pressure sensor is arranged to monitor the pressure of the fluid in the fluid pathway between the fluid flow resistor and the outlet such that when the pressure sensor circuitry detects that the pressure at the location monitored by the second pressure sensor is above a threshold value, the pressure sensor circuitry generates a corresponding signal indicating a blockage and/or inability to deliver fluid to the recipient . a fluid delivery assembly including an inlet , an outlet , a pneumatic pump , a fluid flow resistor , and a fluid pathway , the fluid pathway extending between the inlet and the outlet , the fluid flow resistor disposed in the fluid pathway ; a first pressure sensor to monitor a pressure of gas applied to operate the pneumatic pump that pumps fluid through the fluid pathway from the inlet to the outlet ; and the fluid delivery assembly including a second pressure sensor disposed downstream of the fluid flow resistor in the fluid pathway , characterized in that a pressure sensor circuitry is arranged such that the pressure sensor circuitry is in communication with the second pressure sensor , the second pressure sensor is arranged to monitor the pressure of the fluid in the fluid pathway between the fluid flow resistor and the outlet such that when the pressure sensor circuitry detects that the pressure at the location monitored by the second pressure sensor is above a threshold value, the pressure sensor circuitry generates a corresponding signal indicating a blockage and/or inability to deliver fluid to the recipient .
Electromagnetically actuable inlet valve for a high-pressure pump, in particular of a fuel injection system, having a valve member which is able to be moved between an open position and a closed position, and having an electromagnetic actuator by way of which the valve member is able to be moved, wherein the electromagnetic actuator has a magnet armature which acts at least indirectly on the valve member , a magnet coil which surrounds the magnet armature , and a magnet core against which the magnet armature comes to bear at least indirectly when the magnet coil is energized, wherein the magnet armature is guided in a displaceable manner in a carrier element , and wherein the carrier element and the magnet core are connected to one another, characterized in that the magnet core is surrounded at least partially by a housing body , and in that the magnet core is supported via an intermediate layer in the housing body only on that side of said magnet core which is averted from the magnet armature , and in that the intermediate layer consists of adhesive which is plastically deformable while the magnet core is being introduced into the housing body and which cures after the magnet core has been introduced.
A catalyst for exhaust gas purification supporting two-element fine particles composed of rhodium and gold, wherein the rhodium and gold are in separate phases in the fine particles, the rhodium:gold ratio being 90 to 99 atomic percent: 10 to 1 atomic percent, wherein the mean primary particle size of the fine particles measured by powder X-ray diffraction half-power band width measurement and calculated using the crystallite diameter calculation method is 2 nm to 5 nm.
An electrochemical cell comprising: a container ; an organic, non-aqueous electrolyte; a spirally wound electrode assembly having a separator , an anode consisting essentially of lithium or a lithium alloy strip and a cathode having active material disposed on both sides of a current collector having a terminal edge oriented on an outermost surface of the spirally wound electrode assembly; a spacer situated proximate to the terminal edge having a thickness that is: i) at least twice the thickness of the cathode , inclusive of the coating on both sides and the current collector , or ii) greater than a combined thickness of the anode , the cathode and the separator ; wherein the spacer comprises: iii) a plurality of members or iv) an elastomeric material; and wherein the cell possesses an interfacial anode under-balance, and the anode and the cathode are spirally wound so that at least 50% of an outermost surface of the electrode assembly, excluding the separator and optional non-active components, is covered by the cathode . a container ; an organic, non-aqueous electrolyte; a spirally wound electrode assembly having a separator , an anode consisting essentially of lithium or a lithium alloy strip and a cathode having active material disposed on both sides of a current collector having a terminal edge oriented on an outermost surface of the spirally wound electrode assembly; a spacer situated proximate to the terminal edge having a thickness that is: i) at least twice the thickness of the cathode , inclusive of the coating on both sides and the current collector , or ii) greater than a combined thickness of the anode , the cathode and the separator ; wherein the spacer comprises: iii) a plurality of members or iv) an elastomeric material; and wherein the cell possesses an interfacial anode under-balance, and the anode and the cathode are spirally wound so that at least 50% of an outermost surface of the electrode assembly, excluding the separator and optional non-active components, is covered by the cathode .
A buoy comprising an internally hollow floating body and a first electrical generator (16; 161; 1611; 16III), in particular a dynamo, which comprises, in turn, a stator (18; 181; 1811; 18III) and a rotor (19; 191; 1911; 19III), which is rotatable mounted about a rotation axis (X2) so as to be able to rotate relative to said stator (18; 181; 1811; 18III); wherein the buoy has a longitudinal axis (X1) and comprises an operating system (14; 141; 1411; 14III) to operate the rotor (19; 191; 1911; 19III) of said first electrical generator (16; 161; 1611; 16III); wherein the operating system (14; 141; 1411; 14III) comprises a rotating body ; the buoy comprising a second electrical generator ; wherein said second electrical generator is operated by a pulling system (15; 115), which is configured to connect the buoy to an anchoring area by a cable , which, in use, anchors the buoy to a seabed (φ); wherein the rotating body is rotatable around said longitudinal axis (X1) of the buoy ; wherein the rotating body is a crescent mounted on a surface substantially perpendicular to said longitudinal axis (X1); and wherein the pulling system (15; 115) comprises a storage unit (50; 150) configured to store kinetic energy; the storage unit (50; 150) is configured to ensure the winding of the cable around a reel and the continuous operation of the second electrical generator , especially after the passage of a wave, namely when the pulling system (15; 115) is not subjected to a pulling force (T).
A combine harvester comprising a grain cleaning system , the cleaning system comprising a pair of side walls , a rear wall that extends between the side walls, a sieve operable to oscillate in a fore and aft path between the side walls, a fan unit for generating a cleaning airstream, and an outlet for discharging residue from a grain cleaning process, wherein the outlet is framed in part by a lower edge of the rear wall, characterised in that the rear wall is provided with an aperture .
Crimping pliers comprising a die with two die half units wherein one die half unit comprises a die half and a bearing body which is supported in a bearing accommodation associated with a pliers jaw (3; 6) such that a die half bearing is built, the die half being coupled for being rotated about a crimping axis relative to the bearing body by a rotational bearing , characterized in that the bearing body and the bearing accommodation are connected to each other by an arresting device embodied as a latching and/or locking device (75; 76), in particular with an arresting element and a counter arresting element , so that the bearing body of the die half unit can be assembled to the bearing accommodation of the pliers jaw (3; 6) and disassembled from the same without the use of any tool.