mhurhangee/patent-ind-claim-en huggingface dataset:
A granule comprising a complex fiber of a cellulose fiber with inorganic particles, and having a particle size of 0.1 to 10 mm and a water content of less than 60 %, wherein the inorganic particles comprise a metal salt of calcium, magnesium, barium or aluminum, or metal particles containing titanium, copper or zinc, or a silicate.
A device for processing a medical image, the device comprising: an input interface configured to input a depth adjusting command from a user; an image processing and control unit configured to generate a two-dimensional reconstruction image by overlapping a part or all of CT image data in a view direction , and change a contrast of at least a part of the two-dimensional reconstruction image according to the depth adjusting command; and a display unit displaying the two-dimensional reconstruction image, characterized in that the image processing and control unit sets a plurality of sections in the CT image data along the view direction , generates a weight map (1000; 1100) for each of the plurality of sections, and changes a contrast of at least a part of the two-dimensional reconstruction image based on the weight map (1000; 1100) of a selected section according to the depth adjusting command. an input interface configured to input a depth adjusting command from a user; an image processing and control unit configured to generate a two-dimensional reconstruction image by overlapping a part or all of CT image data in a view direction , and change a contrast of at least a part of the two-dimensional reconstruction image according to the depth adjusting command; and a display unit displaying the two-dimensional reconstruction image, characterized in that the image processing and control unit sets a plurality of sections in the CT image data along the view direction , generates a weight map (1000; 1100) for each of the plurality of sections, and changes a contrast of at least a part of the two-dimensional reconstruction image based on the weight map (1000; 1100) of a selected section according to the depth adjusting command.
A display device (DD) comprising: a display panel (DP) comprising a base layer (SUB), a circuit layer (DP-CL), and an organic light emitting diode (OLED) comprising a first electrode (AE) electrically connected to the circuit layer (DP-CL), an organic light emitting layer (EML), and a second electrode (CE); and a conductive portion (EP), wherein a plurality of through holes (HL) is defined in the conductive portion, (EP) the circuit layer (DP-CL) comprising a plurality of clock signal lines (CL), the display device (DD) further comprising a touch detection unit (TS) disposed on the display panel (DP) and comprising a touch detection part (TSP) and a plurality of touch signal lines (TSL), and the conductive portion (EP) being disposed between the plurality of clock signal lines (CL) and the plurality of touch signal lines (TSL), wherein the plurality of through holes (HL) do not overlap with an overlapping area (OA) where at least some of the clock signal lines (CL) and at least some of the touch signal lines (TSL) overlap each other, and wherein the display panel (DP) is defined as a display area (DA) and a non-display area (NDA) surrounding the display area (DA) on a plane, and the clock signal lines (CL), the touch signal lines (TSL), and the conductive portion (EP) are disposed in the non-display area (NDA). a display panel (DP) comprising a base layer (SUB), a circuit layer (DP-CL), and an organic light emitting diode (OLED) comprising a first electrode (AE) electrically connected to the circuit layer (DP-CL), an organic light emitting layer (EML), and a second electrode (CE); and a conductive portion (EP), wherein a plurality of through holes (HL) is defined in the conductive portion, (EP) the circuit layer (DP-CL) comprising a plurality of clock signal lines (CL), the display device (DD) further comprising a touch detection unit (TS) disposed on the display panel (DP) and comprising a touch detection part (TSP) and a plurality of touch signal lines (TSL), and the conductive portion (EP) being disposed between the plurality of clock signal lines (CL) and the plurality of touch signal lines (TSL), wherein the plurality of through holes (HL) do not overlap with an overlapping area (OA) where at least some of the clock signal lines (CL) and at least some of the touch signal lines (TSL) overlap each other, and wherein the display panel (DP) is defined as a display area (DA) and a non-display area (NDA) surrounding the display area (DA) on a plane, and the clock signal lines (CL), the touch signal lines (TSL), and the conductive portion (EP) are disposed in the non-display area (NDA).
A method performed by a user equipment, UE, for grant free transmissions, the method comprising: receiving, from a network equipment, a radio resource control, RRC, signaling indicating an uplink grant free transmission resource configuration, the uplink grant free transmission resource configuration including a number of transmission repetitions K for grant free transmissions, receiving, from the network equipment, a first downlink control information, DCI, message , wherein the first DCI message includes an activation indication indicating that the UE is permitted to perform uplink grant free data transmissions and a reference signal, RS, value for the UE assigned from a group of RS values, obtaining uplink grant free transmission resources based on the uplink grant free transmission resource configuration indicated in the RRC signaling and the first DCI message, and transmitting , to the network equipment, one or more repetitions of an uplink data transmission using the uplink grant free transmission resources, and using an RS determined based on the RS value. receiving, from a network equipment, a radio resource control, RRC, signaling indicating an uplink grant free transmission resource configuration, the uplink grant free transmission resource configuration including a number of transmission repetitions K for grant free transmissions, receiving, from the network equipment, a first downlink control information, DCI, message , wherein the first DCI message includes an activation indication indicating that the UE is permitted to perform uplink grant free data transmissions and a reference signal, RS, value for the UE assigned from a group of RS values, obtaining uplink grant free transmission resources based on the uplink grant free transmission resource configuration indicated in the RRC signaling and the first DCI message, and transmitting , to the network equipment, one or more repetitions of an uplink data transmission using the uplink grant free transmission resources, and using an RS determined based on the RS value.
Instrument for tissue treatment, in particular for mucosa ablation, with a first gas supply line with a first electrode arranged at least partially therein, and a second gas supply line with a second electrode arranged at least partially therein, characterised in that the first gas supply line and the second gas supply line are arranged relative to each other such that the distal end of the first gas supply line 35a) encloses an acute angle (a) with the distal end of the second gas supply line , so that the gas supply lines (35a,b) diverge in the distal direction at their distal ends (36a,b), wherein a space is arranged between the distal end of the first gas supply line and the distal end of the second gas supply line , which space allows a view between the ends (36a,b) of the gas supply lines (35a,b) onto the action region of the instrument in front of the distal ends (36a,b) of the gas supply lines (35a,b).
A method for sensorless control of an electric motor implemented in a variable speed drive , wherein the method comprises: - determining a control voltage (u 0 ) to be applied to the motor ; - injecting a high frequency signal (S 0 ) to the control voltage (u 0 ) to obtain an excitation voltage (u 1 ); - applying the excitation voltage (u 1 ) to the motor ; - measuring a current (y) induced in the motor by the excitation voltage (u 1 ), wherein the current (y) comprises a fundamental current (y a ), induced by the control voltage (u 0 ), and a disturbance current (y b S 1 ), induced by the high frequency signal (S 0 ); - demodulating the current signal (y), - subtracting the fundamental current (y a ) from the current signal (y) to extract the disturbance current (y b S 1 ); - determining an amplitude of a ripple (y b ) of the disturbance current (y b S 1 ), the amplitude of the ripple (y b ) depending on the state the motor, characterized in that the one or more frequencies of the high frequency signal (S 0 ) is varied with time, and demodulating the current signal (y) comprises: ∘ applying a first finite impulse response filter to the current signal (y) to extract the fundamental current (y a ), wherein a duration of a response from the first finite impulse response filter varies according to the one or more frequencies of the high frequency signal (S 0 ). - determining a control voltage (u 0 ) to be applied to the motor ; - injecting a high frequency signal (S 0 ) to the control voltage (u 0 ) to obtain an excitation voltage (u 1 ); - applying the excitation voltage (u 1 ) to the motor ; - measuring a current (y) induced in the motor by the excitation voltage (u 1 ), wherein the current (y) comprises a fundamental current (y a ), induced by the control voltage (u 0 ), and a disturbance current (y b S 1 ), induced by the high frequency signal (S 0 ); - demodulating the current signal (y), - subtracting the fundamental current (y a ) from the current signal (y) to extract the disturbance current (y b S 1 ); - determining an amplitude of a ripple (y b ) of the disturbance current (y b S 1 ), the amplitude of the ripple (y b ) depending on the state the motor, ∘ applying a first finite impulse response filter to the current signal (y) to extract the fundamental current (y a ), wherein a duration of a response from the first finite impulse response filter varies according to the one or more frequencies of the high frequency signal (S 0 ).
A method of feeding fur animals, such as minks, in cages arranged in rows by means of a motorized feeding vehicle , the method comprising - during a feed-delivering session moving the feed vehicle along a row of cages and for each cage: - determining the amount of feed leftover on the cage by means of an electronic detector , such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage. - during a feed-delivering session moving the feed vehicle along a row of cages and for each cage: - determining the amount of feed leftover on the cage by means of an electronic detector , such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage. - determining the amount of feed leftover on the cage by means of an electronic detector , such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage.
A pharmaceutical composition comprising Compound 100: wherein the pharmaceutical composition comprises 0.1 g to 60 g of the compound; and wherein each position designated specifically as deuterium has at least 50.1 % incorporation of deuterium; or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier. the pharmaceutical composition comprises 0.1 g to 60 g of the compound; and wherein each position designated specifically as deuterium has at least 50.1 % incorporation of deuterium; or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier.
Mobile carriage comprising at least two pairs of rollers , of which the first pair of rollers is arranged at the front in the usual direction of travel (r) of the mobile carriage and the second pair of rollers is arranged at the rear, the mobile carriage further having a connecting rod which is arranged in an articulated manner on the mobile carriage for coupling to a towing vehicle, for example, which connecting rod is movable about a pivot axis (x) between a pivoted-out position and a pivoted-up position, the connecting rod being articulated to a holder attached to the chassis and being preloaded into the pivoted-up position thereof by a spring , the spring being articulated at one end to the connecting rod and said articulation taking place in the region of a lever extension which extends the connecting rod and is opposite the connecting rod with respect to the pivot axis (x), characterised in that the spring is a movement-damped spring , in that the spring , at the other end, is articulated to a holding arm fixed to the holder or to a frame portion , the spring extending completely below the chassis and approximately horizontally in the pivoted-out state of the connecting rod when the spring is articulated on the frame portion .
Method for producing a wooden part connection, in particular a timber board element for a house wall, from a plurality of individual layers, which are preferably laid at an angle to one another as longitudinal layers (L) and transverse layers (Q) and are finally joined, preferably glued and pressed, on their mutually facing main surfaces (H), characterized in that at least the boards of the longitudinal layer (L) are pre-fixed in their transverse direction with an elongated sealing trim at least in the end region, wherein the sealing trim is inserted into a groove that is sawn or milled into the main surface (H).
A method for determining the concentration of mercury present in a sample, the method comprising: contacting a sample to a mercury sensor comprising: a transparent substrate ; and a monolayer of spherical gold nanoparticles on a surface of the substrate wherein the spherical gold nanoparticles have an average diameter of 5nm; directing light from a light source to the sample-contacted mercury sensor; detecting a localized surface plasmon resonance (LSPR) wavelength from the spherical gold nanoparticles ; characterized by : quantifying the concentration of mercury present in the sample based on a shift rate in the detected LSPR wavelength, and regenerating the mercury sensor, wherein the regenerating comprises heating the mercury sensor to a temperature of 433 Kelvin for one hour. contacting a sample to a mercury sensor comprising: a transparent substrate ; and a monolayer of spherical gold nanoparticles on a surface of the substrate wherein the spherical gold nanoparticles have an average diameter of 5nm; a transparent substrate ; and a monolayer of spherical gold nanoparticles on a surface of the substrate wherein the spherical gold nanoparticles have an average diameter of 5nm; directing light from a light source to the sample-contacted mercury sensor; detecting a localized surface plasmon resonance (LSPR) wavelength from the spherical gold nanoparticles ; characterized by : quantifying the concentration of mercury present in the sample based on a shift rate in the detected LSPR wavelength, and regenerating the mercury sensor, wherein the regenerating comprises heating the mercury sensor to a temperature of 433 Kelvin for one hour.
An adhesive tape dispenser head assembly arranged to dispense pieces of adhesive tape onto a moving object at a deposition zone , the assembly comprising: a feed spool arranged to hold adhesive tape ; a tape launching cutter movable between a first configuration in which the tape launching cutter is arranged to launch the adhesive tape onto the moving object and a second configuration in which the tape launching cutter is arranged to cut the adhesive tape to a desired length, characterized by the assembly being arranged such that the adhesive tape is gripped and moved to launch the adhesive tape to travel from the tape launching cutter further downstream to the deposition zone . a feed spool arranged to hold adhesive tape ; a tape launching cutter movable between a first configuration in which the tape launching cutter is arranged to launch the adhesive tape onto the moving object and a second configuration in which the tape launching cutter is arranged to cut the adhesive tape to a desired length, characterized by the assembly being arranged such that the adhesive tape is gripped and moved to launch the adhesive tape to travel from the tape launching cutter further downstream to the deposition zone .
A furnace for the treatment of material, in particular for the oxidative treatment of fiber material, in particular for the production of carbon fibers, with a) a housing with a housing interior space , which housing is gas-tight apart from passage regions for the fibers ; b) a process space which is situated in the housing interior space of the housing ; c) an atmosphere device , by means of which a hot working atmosphere can be generated and which comprises a flow system with flow ducts which are arranged in the housing interior space , delimit in each case one flow space , and have flow passages, with the result that the respective flow spaces are connected in flow terms to the process space in such a way that hot working atmosphere can be fed to the process space with at least one main flow direction and can be discharged from the process space ; characterized in that d) there is an overhaul system , by way of which flow spaces of flow ducts are accessible through the housing ; e) flow ducts comprise at least one overhaul entrance to the flow space ; f) the housing comprises at least one overhaul inlet which defines an inner side which faces the process space and on which flow ducts are arranged in such a way that their overhaul entrances can be reached through the overhaul inlet . a) a housing with a housing interior space , which housing is gas-tight apart from passage regions for the fibers ; b) a process space which is situated in the housing interior space of the housing ; c) an atmosphere device , by means of which a hot working atmosphere can be generated and which comprises a flow system with flow ducts which are arranged in the housing interior space , delimit in each case one flow space , and have flow passages, with the result that the respective flow spaces are connected in flow terms to the process space in such a way that hot working atmosphere can be fed to the process space with at least one main flow direction and can be discharged from the process space ; characterized in that d) there is an overhaul system , by way of which flow spaces of flow ducts are accessible through the housing ; e) flow ducts comprise at least one overhaul entrance to the flow space ; f) the housing comprises at least one overhaul inlet which defines an inner side which faces the process space and on which flow ducts are arranged in such a way that their overhaul entrances can be reached through the overhaul inlet .
A fiber optic cable assembly comprising: a fiber optic cable including at least one strength member ; a fiber optic connector including a connector body ; a weld collar positioned such that the at least one strength member is at least partially captured between the connector body and the weld collar ; and a composite including a portion of the at least one strength member and a portion of at least one of the weld collar or the connector body , characterized in that the connector body or the weld collar includes a plurality of longitudinally-extending teeth defining a plurality of recesses for receiving the at least one strength member . a fiber optic cable including at least one strength member ; a fiber optic connector including a connector body ; a weld collar positioned such that the at least one strength member is at least partially captured between the connector body and the weld collar ; and a composite including a portion of the at least one strength member and a portion of at least one of the weld collar or the connector body , characterized in that the connector body or the weld collar includes a plurality of longitudinally-extending teeth defining a plurality of recesses for receiving the at least one strength member .
A single-stage or multi-stage heat press with at least one heating plate , at least one press plate and at least one press pad disposed between the heating plate and the press plate and which includes a carrier material in the form of a metallic fabric and a layer of padding consisting of a FKM rubber material, characterized in that the press pad is introduced into the single-stage or multi-stage heat press in a condition in which the layer of padding includes a partially cross linked or a partially vulcanized FKM rubber material, and in that the final cross linking or final vulcanization of the press pad is carried out in the single-stage or multi-stage heat press between the heating plate and the press plate using pressure and heat in a manner such that the press pad can adapt to the characteristics of the press equipment.
A long part separator for bulk material having long parts and compact parts comprising a conveying device for conveying the bulk material along a conveying direction (F) and a rake , which is situated behind the conveying device when seen along the conveying direction (F) of the conveying device , wherein the rake comprises a plurality of interspaces , having in a first direction (R1) a clear length (y) and in a second direction (R2) lying transversely to the first direction (R1) a clear width (x), characterised in that the long part separator furthermore comprises a deflecting device arranged between the conveying device and the rake , which is suitable for orienting the long parts at an angle of 45° to 90° to the first direction (R1) or to the clear length (y) of the interspaces . a conveying device for conveying the bulk material along a conveying direction (F) and a rake , which is situated behind the conveying device when seen along the conveying direction (F) of the conveying device , wherein the rake comprises a plurality of interspaces , having in a first direction (R1) a clear length (y) and in a second direction (R2) lying transversely to the first direction (R1) a clear width (x), characterised in that the long part separator furthermore comprises a deflecting device arranged between the conveying device and the rake , which is suitable for orienting the long parts at an angle of 45° to 90° to the first direction (R1) or to the clear length (y) of the interspaces .