mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus comprising: an arranger configured to acquire magnetic resonance time-series data based on a pulse sequence executed by undersampling k-space; a sensitivity deriver configured to: transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and an image generator configured to generate an image of the time-series data using the time-series data and the sensitivity distribution. an arranger configured to acquire magnetic resonance time-series data based on a pulse sequence executed by undersampling k-space; a sensitivity deriver configured to: transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and an image generator configured to generate an image of the time-series data using the time-series data and the sensitivity distribution.
An eyewear configured to be wearable by a user, the eyewear comprising: an antenna ; and a storage compartment configured to store the antenna; wherein the eyewear is configured to be wearable by the user such that the storage compartment is positioned at a side of the head of the user; and wherein the antenna is capable of selectively adopting a stored state and a deployed state, the antenna being stored in the storage compartment in the stored state, and a greater portion of the antenna being separated from the storage compartment in the deployed state than in the stored state; characterized by a wearing detector configured to detect whether the user is wearing the eyewear; an antenna detector configured to detect whether the antenna is in the stored state; a notification interface ; and a controller configured to cause the notification interface to provide notification when the wearing detector detects that the user is wearing the eyewear and the antenna detector detects that the antenna is in the stored state. an antenna ; and a storage compartment configured to store the antenna; wherein the eyewear is configured to be wearable by the user such that the storage compartment is positioned at a side of the head of the user; and wherein the antenna is capable of selectively adopting a stored state and a deployed state, the antenna being stored in the storage compartment in the stored state, and a greater portion of the antenna being separated from the storage compartment in the deployed state than in the stored state; characterized by a wearing detector configured to detect whether the user is wearing the eyewear; an antenna detector configured to detect whether the antenna is in the stored state; a notification interface ; and a controller configured to cause the notification interface to provide notification when the wearing detector detects that the user is wearing the eyewear and the antenna detector detects that the antenna is in the stored state.
Pump intended to be submerged in a fluid comprising: - an inducer equipped with guide blades to make the flow of the fluid linear; characterized in that it also comprises: - a rotor comprising a central body having a flared shape, this rotor being intended to create kinetic energy and being arranged downstream of the inducer with respect to the direction of flow of the fluid; - a shaft for driving and supporting the rotor , this shaft being fixed on the upstream end of the rotor and passing through the inlet chamber in its axial area; - at least one helical blade produced around said central body; this helical blade having a flared external profile and comprising turns with an increasing winding pitch that tends towards infinity, and the internal volume of the casing being complementary to the flared shape of said at least one helical blade , - a casing around the rotor ; - a diffuser equipped with blades to make the flow of fluid linear and increase the pressure of the fluid; this diffuser being arranged downstream of the rotor so as to evacuate the fluid outwards from the rotor , converting the kinetic energy created by the rotor into potential energy; and - a straightener equipped with blades and an outlet orifice having a diameter smaller than the inlet diameter of the straightener , the blades directing the fluid originating from the diffuser to the orifice so as to increase the speed and give the fluid a predefined profile when leaving the orifice. - an inducer equipped with guide blades to make the flow of the fluid linear; - a rotor comprising a central body having a flared shape, this rotor being intended to create kinetic energy and being arranged downstream of the inducer with respect to the direction of flow of the fluid; - a shaft for driving and supporting the rotor , this shaft being fixed on the upstream end of the rotor and passing through the inlet chamber in its axial area; - at least one helical blade produced around said central body; this helical blade having a flared external profile and comprising turns with an increasing winding pitch that tends towards infinity, and the internal volume of the casing being complementary to the flared shape of said at least one helical blade , - a casing around the rotor ; - a diffuser equipped with blades to make the flow of fluid linear and increase the pressure of the fluid; this diffuser being arranged downstream of the rotor so as to evacuate the fluid outwards from the rotor , converting the kinetic energy created by the rotor into potential energy; and - a straightener equipped with blades and an outlet orifice having a diameter smaller than the inlet diameter of the straightener , the blades directing the fluid originating from the diffuser to the orifice so as to increase the speed and give the fluid a predefined profile when leaving the orifice.
Head part for forming a liquid treatment apparatus, which head part includes: a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; a cartridge recognition component , exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part; and a receiving part defining a cavity for receiving at least part of the connecting head, wherein the receiving part is journalled for movement between first and second positions within the housing with the received part of the connecting head , and wherein the receiving part is provided with an aperture providing access to the cavity, characterised in that the cartridge recognition component protrudes into the aperture in the receiving part in at least one position of the receiving part within the housing. a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; a cartridge recognition component , exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part; and a receiving part defining a cavity for receiving at least part of the connecting head, wherein the receiving part is journalled for movement between first and second positions within the housing with the received part of the connecting head , and wherein the receiving part is provided with an aperture providing access to the cavity, characterised in that the cartridge recognition component protrudes into the aperture in the receiving part in at least one position of the receiving part within the housing.
A feeding tube position confirmation device operable to confirm the position of a predetermined portion of a medical feeding tube in a predetermined portion of a human or animal body, the position confirmation device comprising an optical waveguide dimensioned to be insertable into the lumen of said feeding tube, the optical waveguide having a sensing distal end comprising a sensing material operable to provide a change in optical properties at the distal end of the optical waveguide dependent on the environment to which the sensing distal end of the waveguide is exposed, wherein the sensing material comprises an optical indicator and a reflective material, wherein the optical indicator and the reflective material are mixed with a hydrophilic polyurethane.
A crop harvesting machine comprising: a harvesting vehicle mounted on ground wheels for movement across ground carrying a standing crop for harvesting; a header having a cutter bar for cutting standing crop and a crop transport device for transporting the standing crop inwardly from ends of the header to a collection location of the harvesting vehicle ; a mounting assembly for carrying the header on the harvesting vehicle ; a reel for rotation about an axis parallel to the cutter bar above the cutter bar to sweep the crop over the cutter bar to the transport device ; a detector for detecting a condition of the crop in advance of the cutter bar and providing in response to the signal a control output to the machine; characterized in that : the reel comprises a plurality of transversely separated reel sections 191, 192) mounted on a plurality of transversely spaced reel support arms ; and wherein the control output to the machine causes adjustment of the reel support arms independently to raise and lower independently one of the sections relative to at least one other section to accommodate down sections of crop differentially across the width of the header . a harvesting vehicle mounted on ground wheels for movement across ground carrying a standing crop for harvesting; a header having a cutter bar for cutting standing crop and a crop transport device for transporting the standing crop inwardly from ends of the header to a collection location of the harvesting vehicle ; a mounting assembly for carrying the header on the harvesting vehicle ; a reel for rotation about an axis parallel to the cutter bar above the cutter bar to sweep the crop over the cutter bar to the transport device ; a detector for detecting a condition of the crop in advance of the cutter bar and providing in response to the signal a control output to the machine; characterized in that : the reel comprises a plurality of transversely separated reel sections 191, 192) mounted on a plurality of transversely spaced reel support arms ; and wherein the control output to the machine causes adjustment of the reel support arms independently to raise and lower independently one of the sections relative to at least one other section to accommodate down sections of crop differentially across the width of the header .
A magnetic robot system for treatment of tubular tissues and organs comprising: a mobile robot comprising a mobile robot body part ; a driving magnet fixedly coupled to the mobile robot body part and generating a rotating magnetic torque upon application of an external rotating magnetic force; and a plurality of blades formed of a flexible material, and provided along a circumference of the mobile robot body part and coupled to the mobile robot body part in a direction that is arranged in an oblique direction with respect to a rotational axis of the driving magnet ; and a catheter provided at a distal end thereof with a first magnet coupling part ; wherein the mobile robot further comprises a second magnet coupling part coupled to a rear end of the mobile robot body part , wherein the mobile robot is coupled to the catheter by a magnetic force between the first magnet coupling part and the second magnet coupling part , and a magnetic coupling between the first magnet coupling part and the second magnet coupling part is released by the rotating magnetic torque. a mobile robot comprising a mobile robot body part ; a driving magnet fixedly coupled to the mobile robot body part and generating a rotating magnetic torque upon application of an external rotating magnetic force; and a plurality of blades formed of a flexible material, and provided along a circumference of the mobile robot body part and coupled to the mobile robot body part in a direction that is arranged in an oblique direction with respect to a rotational axis of the driving magnet ; and a catheter provided at a distal end thereof with a first magnet coupling part ; wherein the mobile robot further comprises a second magnet coupling part coupled to a rear end of the mobile robot body part , wherein the mobile robot is coupled to the catheter by a magnetic force between the first magnet coupling part and the second magnet coupling part , and a magnetic coupling between the first magnet coupling part and the second magnet coupling part is released by the rotating magnetic torque.
A main shaft of a cone crusher , comprising: an interference fit section for supporting a crusher head , the interference fit section having a nominal interference fit diameter D if ; a bottom shaft section extending between a bottom end of the main shaft and the interference fit section ; the bottom shaft section comprising a bottom part and a neck part ; wherein the bottom part has a bottom part length L bp and a bottom part diameter D bp that is constant below the neck part on at least 50 % of the bottom part length L bp ; the neck part has a neck part diameter that is growing towards the interference fit section ; the main shaft has a main shaft length L ms ; characterized in that for reducing fretting wear in the interference fit section , L ms 1.3 /D if is at most 40 mm 0.3 ; and D bp 1.421 /D if is at most 9.0 mm 0.421 . an interference fit section for supporting a crusher head , the interference fit section having a nominal interference fit diameter D if ; a bottom shaft section extending between a bottom end of the main shaft and the interference fit section ; the bottom shaft section comprising a bottom part and a neck part ; wherein the bottom part has a bottom part length L bp and a bottom part diameter D bp that is constant below the neck part on at least 50 % of the bottom part length L bp ; the neck part has a neck part diameter that is growing towards the interference fit section ; the main shaft has a main shaft length L ms ; characterized in that for reducing fretting wear in the interference fit section , L ms 1.3 /D if is at most 40 mm 0.3 ; and D bp 1.421 /D if is at most 9.0 mm 0.421 .
A pattern forming method of forming a pattern on an underlying layer (UL) of a target object (W), comprising: forming a block copolymer layer (BCL), which includes a first polymer and a second polymer and is configured to be self-assembled, on the underlying layer (UL); processing the target object (W) to form a first region (R1) containing the first polymer and a second region (R2) containing the second polymer in the block copolymer layer (BCL), an etching rate in the second region (R2) being higher than an etching rate in the first region (R1); etching the second region (R2) partway in a thickness direction of the second region (R2) in a capacitively coupled plasma processing apparatus after the processing of the target object (W); supplying a processing gas for generating cations into the plasma processing apparatus and exciting the processing gas to generate the cations; generating secondary electrons from an upper electrode of the plasma processing apparatus by applying a negative DC voltage to the upper electrode such that the cations collide with the upper electrode , and irradiating the secondary electrons onto the target object (W) such that the first region (R1) is further cured than the second region (R2) by the secondary electrons, after the supplying of the processing gas; and additionally etching the second region (R2) in the plasma processing apparatus after the irradiating of the secondary electrons onto the target object (W). forming a block copolymer layer (BCL), which includes a first polymer and a second polymer and is configured to be self-assembled, on the underlying layer (UL); processing the target object (W) to form a first region (R1) containing the first polymer and a second region (R2) containing the second polymer in the block copolymer layer (BCL), an etching rate in the second region (R2) being higher than an etching rate in the first region (R1); etching the second region (R2) partway in a thickness direction of the second region (R2) in a capacitively coupled plasma processing apparatus after the processing of the target object (W); supplying a processing gas for generating cations into the plasma processing apparatus and exciting the processing gas to generate the cations; generating secondary electrons from an upper electrode of the plasma processing apparatus by applying a negative DC voltage to the upper electrode such that the cations collide with the upper electrode , and irradiating the secondary electrons onto the target object (W) such that the first region (R1) is further cured than the second region (R2) by the secondary electrons, after the supplying of the processing gas; and additionally etching the second region (R2) in the plasma processing apparatus after the irradiating of the secondary electrons onto the target object (W).
A lighting system with at least one motion detector , a control unit and at least one light source , wherein: - the motion detector has at least one sensor, which is configured to receive electromagnetic waves and/or sound waves and to differentiate with respect to their angles of incidence; - the motion detector is functionally connected to the control unit , which is configured to determine from the different angles of incidence a parameter reflecting a change in position; and - the motion detector is configured to control the at least one light source depending on the parameter; characterized in that - the motion detector controls the at least one light source depending on the parameter, so that a lighting is activated/deactivated for a position of the object extrapolated into the future. - the motion detector has at least one sensor, which is configured to receive electromagnetic waves and/or sound waves and to differentiate with respect to their angles of incidence; - the motion detector is functionally connected to the control unit , which is configured to determine from the different angles of incidence a parameter reflecting a change in position; and - the motion detector is configured to control the at least one light source depending on the parameter; characterized in that - the motion detector controls the at least one light source depending on the parameter, so that a lighting is activated/deactivated for a position of the object extrapolated into the future.
A method for a mobile transceiver configured to communicate in a mobile communication system , the method comprising providing information on a field of application of the mobile transceiver to a network entity of the mobile communication system for scheduling radio resources as resource blocks for data communication with the mobile transceiver based on the information on the field of application; communicating data in the mobile communication system using scheduled radio resources, wherein the information on the field of application comprises information on whether the mobile transceiver is permanently mounted into a vehicle. providing information on a field of application of the mobile transceiver to a network entity of the mobile communication system for scheduling radio resources as resource blocks for data communication with the mobile transceiver based on the information on the field of application; communicating data in the mobile communication system using scheduled radio resources, wherein the information on the field of application comprises information on whether the mobile transceiver is permanently mounted into a vehicle.
Filter insert for a liquid filter which in particular has a housing and a cover, the filter insert having: - a first end cap which in particular faces the cover ; - a second end cap ; - a filter medium which in an axial direction (A) is disposed between the two end caps ; wherein the first end cap has a fastening structure which is eccentric in relation to a longitudinal axis (LA) and in particular does not fully encircle the first end cap and by means of which the filter insert is releasably fastenable in the liquid filter , wherein an undercut which serves as the fastening structure is formed on the first end cap , wherein the undercut is able to be coupled to a mating structure , which is formed as a hook in particular on the cover of the liquid filter , wherein the first end cap when viewed along the axial direction (A) has an axially inner first ply and, spaced apart therefrom, an axially outer ply , wherein the first ply and the second ply are connected to one another by a collar which extends in the axial direction (A), wherein the first ply and the second ply overlap one another in particular at least in portions, wherein the undercut is formed on the second ply . - a first end cap which in particular faces the cover ; - a second end cap ; - a filter medium which in an axial direction (A) is disposed between the two end caps ; wherein the first end cap has a fastening structure which is eccentric in relation to a longitudinal axis (LA) and in particular does not fully encircle the first end cap and by means of which the filter insert is releasably fastenable in the liquid filter , wherein an undercut which serves as the fastening structure is formed on the first end cap , wherein the undercut is able to be coupled to a mating structure , which is formed as a hook in particular on the cover of the liquid filter , wherein the first end cap when viewed along the axial direction (A) has an axially inner first ply and, spaced apart therefrom, an axially outer ply , wherein the first ply and the second ply are connected to one another by a collar which extends in the axial direction (A), wherein the first ply and the second ply overlap one another in particular at least in portions, wherein the undercut is formed on the second ply . wherein the first end cap has a fastening structure which is eccentric in relation to a longitudinal axis (LA) and in particular does not fully encircle the first end cap and by means of which the filter insert is releasably fastenable in the liquid filter , wherein an undercut which serves as the fastening structure is formed on the first end cap , wherein the undercut is able to be coupled to a mating structure , which is formed as a hook in particular on the cover of the liquid filter , wherein the first end cap when viewed along the axial direction (A) has an axially inner first ply and, spaced apart therefrom, an axially outer ply , wherein the first ply and the second ply are connected to one another by a collar which extends in the axial direction (A), wherein the first ply and the second ply overlap one another in particular at least in portions, wherein the undercut is formed on the second ply .