mhurhangee/patent-ind-claim-en huggingface dataset:
A calibrated inspection unit for direct application to the skin of a patient or for examining the interior of a hollow organ or cavity of the body of a patient, said calibrated inspection unit comprising: an optical array of elements in an optical path, said optical array comprising: at least one light source , an image capturing device having a field of view, an imaging lens having a radius of curvature and a focal length defining a focus position , focusing means for changing the focus position as a function of adjustment values, and a reference viewing surface through which images are captured for the image capturing device , the calibrated inspection unit further comprising a calibration means for defining a relationship between at least two adjustment values of the focusing means and at least two focus positions , including an adjustment value for a focus position at a first fixed position of a first calibration pattern ; and a substrate comprising an upper surface configured to be in contact with the reference viewing surface , the substrate comprising the first calibration pattern located in the first fixed position with respect to the upper surface , characterized in that the first calibration pattern comprises a pattern which is in a plane which forms an angle with the upper surface in an x-direction, wherein the plane comprises parallel calibration lines . at least one light source , an image capturing device having a field of view, an imaging lens having a radius of curvature and a focal length defining a focus position , focusing means for changing the focus position as a function of adjustment values, and a reference viewing surface through which images are captured for the image capturing device , the calibrated inspection unit further comprising a calibration means for defining a relationship between at least two adjustment values of the focusing means and at least two focus positions , including an adjustment value for a focus position at a first fixed position of a first calibration pattern ; and a substrate comprising an upper surface configured to be in contact with the reference viewing surface , the substrate comprising the first calibration pattern located in the first fixed position with respect to the upper surface , characterized in that the first calibration pattern comprises a pattern which is in a plane which forms an angle with the upper surface in an x-direction, wherein the plane comprises parallel calibration lines .
Use of a light-to-heat conversion member for converting light to heat, the member comprising a composite material of one or more kinds of semiconductor and one or more kinds of metal material , wherein the metal material is in the form of particles, wherein the metal material comprises one or more of Ag material, Mo material, and Cu material, characterized in that the metal material is dispersed within the semiconductor , and the semiconductor comprises FeSix (X = 0.5-4).
A pressure containment device for sealing around a rotating drill pipe during drilling of a well bore, comprising an actuator assembly and a seal assembly , the actuator assembly being operable to engage with the seal assembly to prevent significant rotation of the seal assembly with respect to the actuator assembly and to force the seal assembly into sealing engagement with the drill pipe mounted in the pressure containment device whilst allowing rotation of the drill pipe relative to the pressure containment device , the seal assembly comprising a tubular seal sleeve having a radially inward portion made from a non-elastomeric polymer, and a radially outward portion made from an elastomer characterised in that the radially inward portion of the seal sleeve contains a plurality of apertures; and parts of the radially outward portion of the seal sleeve extend into the apertures of the radially inward portion .
An elevator service request system comprising: a wireless signal apparatus of an elevator system wherein the wireless signal apparatus contains a location notification unit , wherein the wireless signal apparatus broadcasts a corresponding wireless signal and the location notification unit broadcasts corresponding location marker data; an elevator service request application component running at an application layer of an operating system of a personal mobile terminal , wherein the wireless signal is received by the personal mobile terminal ; and a wake-up module running at a system layer of the operating system of the personal mobile terminal , wherein the wake-up module is used for waking up the elevator service request application component in response to reception of the location marker data. a wireless signal apparatus of an elevator system wherein the wireless signal apparatus contains a location notification unit , wherein the wireless signal apparatus broadcasts a corresponding wireless signal and the location notification unit broadcasts corresponding location marker data; an elevator service request application component running at an application layer of an operating system of a personal mobile terminal , wherein the wireless signal is received by the personal mobile terminal ; and a wake-up module running at a system layer of the operating system of the personal mobile terminal , wherein the wake-up module is used for waking up the elevator service request application component in response to reception of the location marker data.
Apparatus for generating geometric data for use in an additive manufacturing process, the apparatus comprising a processing unit , the processing unit arranged for receiving data defining surface geometry of a plurality of objects to be built together in an additive manufacturing process, providing a user interface that allows a user to define a location of each object within a common build volume and determine sections of the objects , the sections to be built as layers in the additive manufacturing process, characterised in that the processing unit is arranged to receive a user selection of at least one of the objects located in the common build volume , carry out a slicing operation on the at least one selected object independently from unselected ones of the objects located in the common build volume , the slicing operation determining the sections of the at least one selected object without carrying out slicing operations on the unselected objects.
A tomography apparatus comprises: a controller configured to acquire a point spread function (PSF) map representing a PSF that varies according to a position in a field of view (FOV) created within a gantry; and an image processor configured to acquire a final tomography image by deblurring a tomography image based on the acquired PSF map, characterized in that the image processor is further configured to remove a noise component from the tomography image and deblur the tomography image from which the noise component is removed, based on the acquired PSF map. a controller configured to acquire a point spread function (PSF) map representing a PSF that varies according to a position in a field of view (FOV) created within a gantry; and an image processor configured to acquire a final tomography image by deblurring a tomography image based on the acquired PSF map, characterized in that the image processor is further configured to remove a noise component from the tomography image and deblur the tomography image from which the noise component is removed, based on the acquired PSF map.
A domestic appliance including at least one pivoting door and at least one door opening system, wherein - the door opening system comprises at least one door hinge , - the door opening system comprises at least one hook mechanism , - the hook mechanism includes a hook element engaged or engageable with a recess in a closed state of said door , so that the hook element and the recess form a snap-in mechanism, - the hook element is disengaged or disengageable from the recess by operating a control element, - the door hinge includes a stationary hinge part and a pivoting hinge part , - the stationary hinge part is provided for a support structure of the domestic appliance , while the pivoting hinge part is provided for the pivoting door , - the stationary hinge part is arranged or arrangea-ble horizontally inside or at the support structure of the domestic appliance , - a spring element is provided for generating an opening force for the door within an inner opening angular range, so that the door is pushed into a partially opened state, - the inner opening angular range extends between a closed state and the partially opened state of the door , and - the outer opening angular range extends between the partially opened state and a completely opened state of the door , characterized in that the hook element is disengageable from the recess by operating said hook element , and the stationary hinge part comprises a first spring element and a second spring element , wherein the first spring element and the second spring element are provided for generating horizontal forces in the mounted state of the door hinge at the domestic appliance , and wherein the first spring element is provided for keeping the door balanced within an outer opening angular range of said door , while the second spring element is provided for generating the opening force for the door within the inner opening angular range. - the door opening system comprises at least one door hinge , - the door opening system comprises at least one hook mechanism , - the hook mechanism includes a hook element engaged or engageable with a recess in a closed state of said door , so that the hook element and the recess form a snap-in mechanism, - the hook element is disengaged or disengageable from the recess by operating a control element, - the door hinge includes a stationary hinge part and a pivoting hinge part , - the stationary hinge part is provided for a support structure of the domestic appliance , while the pivoting hinge part is provided for the pivoting door , - the stationary hinge part is arranged or arrangea-ble horizontally inside or at the support structure of the domestic appliance , - a spring element is provided for generating an opening force for the door within an inner opening angular range, so that the door is pushed into a partially opened state, - the inner opening angular range extends between a closed state and the partially opened state of the door , and - the outer opening angular range extends between the partially opened state and a completely opened state of the door ,
A nutritional composition comprising a) 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and b) lipid globules i. with a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or ii. with a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid and wherein the composition comprises 0.3 to 25 wt.% polar lipids based on total lipids, wherein polar lipids are the sum of phospholipids, glycosphingolipids and cholesterol, and wherein volume and size distribution of the lipid globules is determined by the method described in Michalski et al, 2001, Lait 81: 787-796, using a Mastersizer, Malvern Instruments, Malvern, UK, as particle size analyzer, and wherein the lipid globules are coated with a layer of polar lipids, and wherein the composition comprises a linoleic acid to alpha-linolenic acid weight ratio between 2 and 15, for use in prevention of obesity and/or reducing the risk of obesity, wherein the nutritional composition is for feeding a human subject with an age between 0 and 36 months and is for use in preventing obesity later in life and/or reducing the risk of obesity later in life, when said human subject has an age above 18 years. a) 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and b) lipid globules i. with a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or ii. with a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid i. with a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or ii. with a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid
A mobile terminal , comprising: a display unit ; a camera configured to capture an image; a wireless communication unit configured to obtain location information corresponding to the image; and a memory configured to store the image and at least one of the location information, a date on which the image is captured, and a time at which the image is captured; characterized in that the mobile terminal further comprises: a controller configured to: in response to a first command, display a group of images having a matching at least one of the location information, the date and the time, and a camera indicator on a specific image of the group of images, and in response to selection of the camera indicator, display a preview image of the camera instead of the specific image, together with the rest of the group of images. a display unit ; a camera configured to capture an image; a wireless communication unit configured to obtain location information corresponding to the image; and a memory configured to store the image and at least one of the location information, a date on which the image is captured, and a time at which the image is captured; characterized in that the mobile terminal further comprises: a controller configured to: in response to a first command, display a group of images having a matching at least one of the location information, the date and the time, and a camera indicator on a specific image of the group of images, and in response to selection of the camera indicator, display a preview image of the camera instead of the specific image, together with the rest of the group of images. in response to a first command, display a group of images having a matching at least one of the location information, the date and the time, and a camera indicator on a specific image of the group of images, and in response to selection of the camera indicator, display a preview image of the camera instead of the specific image, together with the rest of the group of images.
A method for producing fibre-reinforced plastic mouldings, wherein fibre strands are coated and fed to a plasticizing device in which the fibre strands are drawn in by a single screw or a double screw and incorporated into a molten plastic material, wherein a mixture of plastic melt and fibre material is produced and this mixture is fed to a shaping device, characterized in that for coating the fibre strands initially an air stream of ionized air is produced and guided through a Venturi nozzle , that powder is removed from a storage container by means of a screw conveyor and fed to the Venturi nozzle , that a stream of a powder-air mixture forms in the direction of flow behind the Venturi nozzle and this stream is introduced into a chamber , that fibre strands that are earthed or ionized opposite to the powder are passed through the chamber and through the powder-air mixture flowing through the chamber , wherein powder particles are deposited on the fibre strands and the fibre strands guided out of the chamber have a coating and that the fibre strands thus coated are fed to the plasticizing device.
A downlink control information, DCI, transmission method, wherein the method comprises: receiving (S602), by a terminal, first DCI, wherein the first DCI comprises first indication information, and the first indication information indicates a first antenna port; and determining (S603), by the terminal based on the first antenna port and antenna port configuration information, whether second DCI exists; wherein a second antenna port indicated by the second DCI and the first antenna port belong to different code division multiplexing, CDM, groups or belong to different antenna port groups; wherein the configuration information comprises an index of a CDM group to which each of a plurality of antenna ports belongs and a maximum quantity of CDM groups that is supported by the terminal; and wherein the determining, by the terminal based on the first antenna port and the configuration information, whether the second DCI exists comprises: determining, by the terminal based on an index of the first antenna port and the index of the CDM group to which each antenna port belongs, information about a CDM group to which the first antenna port belongs; and determining, by the terminal based on the information about the CDM group to which the first antenna port belongs and the maximum quantity of CDM groups that is supported by the terminal, whether the second DCI exists. receiving (S602), by a terminal, first DCI, wherein the first DCI comprises first indication information, and the first indication information indicates a first antenna port; and determining (S603), by the terminal based on the first antenna port and antenna port configuration information, whether second DCI exists; wherein a second antenna port indicated by the second DCI and the first antenna port belong to different code division multiplexing, CDM, groups or belong to different antenna port groups; wherein the configuration information comprises an index of a CDM group to which each of a plurality of antenna ports belongs and a maximum quantity of CDM groups that is supported by the terminal; and wherein the determining, by the terminal based on the first antenna port and the configuration information, whether the second DCI exists comprises: determining, by the terminal based on an index of the first antenna port and the index of the CDM group to which each antenna port belongs, information about a CDM group to which the first antenna port belongs; and determining, by the terminal based on the information about the CDM group to which the first antenna port belongs and the maximum quantity of CDM groups that is supported by the terminal, whether the second DCI exists. determining, by the terminal based on an index of the first antenna port and the index of the CDM group to which each antenna port belongs, information about a CDM group to which the first antenna port belongs; and determining, by the terminal based on the information about the CDM group to which the first antenna port belongs and the maximum quantity of CDM groups that is supported by the terminal, whether the second DCI exists.
An electric valve, comprising: a valve body component , wherein, the valve body component comprises a valve body and a valve cover , and the valve cover is fixedly connected with an outer margin portion of the valve body ; a valve seat component , which is fixedly connected with the valve body ; a valve core component , which is arranged in an inner chamber of the valve body ; a transmission component , wherein, the transmission component comprise a magnetic rotor , a screw rod , and a screw nut , the magnetic rotor is arranged inside an inner chamber of the valve cover , the screw nut is screwed to the screw rod , and the screw rod is static with respect to the valve body in an axial direction; and a screw nut kit , wherein the screw nut kit comprises a first limiting portion configured to limit circumferential rotation of the screw nut , and a cross-section of the first limiting portion is non-circular, characterized in that, the screw nut kit is a thin-walled metal cylinder and comprises two or more axial ribbed plates formed by punching and bending the thin-walled cylinder inwardly, and the axial ribbed plates serve as the first limiting portion . a valve body component , wherein, the valve body component comprises a valve body and a valve cover , and the valve cover is fixedly connected with an outer margin portion of the valve body ; a valve seat component , which is fixedly connected with the valve body ; a valve core component , which is arranged in an inner chamber of the valve body ; a transmission component , wherein, the transmission component comprise a magnetic rotor , a screw rod , and a screw nut , the magnetic rotor is arranged inside an inner chamber of the valve cover , the screw nut is screwed to the screw rod , and the screw rod is static with respect to the valve body in an axial direction; and a screw nut kit , wherein the screw nut kit comprises a first limiting portion configured to limit circumferential rotation of the screw nut , and a cross-section of the first limiting portion is non-circular, characterized in that, the screw nut kit is a thin-walled metal cylinder and comprises two or more axial ribbed plates formed by punching and bending the thin-walled cylinder inwardly, and the axial ribbed plates serve as the first limiting portion .
A method of detecting a stalled start in a multiphase induction motor , comprising: obtaining measurements of motor phase currents during a startup interval of the induction motor; deriving a magnitude of a positive sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; deriving a magnitude of a negative sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; characterised by calculating a stall indicator as a ratio of the magnitude of the positive sequence to the magnitude of the negative sequence; and removing power provided to the induction motor if the stall indicator meets a predefined criterion, wherein the predefined criterion is met if the ratio remains substantially unchanged from a previously calculated ratio during the startup interval. obtaining measurements of motor phase currents during a startup interval of the induction motor; deriving a magnitude of a positive sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; deriving a magnitude of a negative sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; characterised by calculating a stall indicator as a ratio of the magnitude of the positive sequence to the magnitude of the negative sequence; and removing power provided to the induction motor if the stall indicator meets a predefined criterion, wherein the predefined criterion is met if the ratio remains substantially unchanged from a previously calculated ratio during the startup interval.
A milling cutter for processing plastic materials, comprising a disc-shaped base body that can be fixed on a milling spindle, wherein milling tools , which protrude beyond the base body plane and are realized in the form of cutting pins , are embedded in the region of the periphery of the disc-shaped base body and clamped in insert holders , and wherein the individual insert holder is fixed in a receptacle pocket provided in the base body , characterized in that the insert holder in the receptacle pocket can be inserted into the receptacle pocket under the effect of a self-clamping device , wherein the insert holder is fixed by the device in the inserted state, and wherein the device comprises a spring-loaded clamping pin , which is arranged in the base body in an oblique position and snap-locks the insert holder in the receptacle pocket in the inserted state. wherein milling tools , which protrude beyond the base body plane and are realized in the form of cutting pins , are embedded in the region of the periphery of the disc-shaped base body and clamped in insert holders , and wherein the individual insert holder is fixed in a receptacle pocket provided in the base body , characterized in that the insert holder in the receptacle pocket can be inserted into the receptacle pocket under the effect of a self-clamping device , wherein the insert holder is fixed by the device in the inserted state, and wherein the device comprises a spring-loaded clamping pin , which is arranged in the base body in an oblique position and snap-locks the insert holder in the receptacle pocket in the inserted state.