mhurhangee/patent-ind-claim-en huggingface dataset:
An evaluating method comprising: obtaining (s103) a two-dimensional reflected light amount distribution of a surface (S) of a target coated by a coating film containing base coating materials and glittering materials ; characterized by : classifying (S107) an image of the surface into a particle area where influence of the glittering materials is greater, and a base area where influence of the base coating materials is greater, on the basis of chromaticity information of the two-dimensional reflected light amount distribution; and evaluating (S110, S111) appearance characteristics of the coating film on the basis of respective sets of chromaticity information of the areas. classifying (S107) an image of the surface into a particle area where influence of the glittering materials is greater, and a base area where influence of the base coating materials is greater, on the basis of chromaticity information of the two-dimensional reflected light amount distribution; and evaluating (S110, S111) appearance characteristics of the coating film on the basis of respective sets of chromaticity information of the areas.
A lithium secondary battery comprising an electrolyte, wherein the electrolyte comprises: a first electrolyte layer facing a negative electrode; and a second electrolyte layer present on the first electrolyte layer, wherein the first electrolyte layer has a higher ion conductivity than the second electrolyte layer; wherein a difference in ion conductivity between the first electrolyte layer and the second electrolyte layer is 10 to 100 times; wherein the electrolyte further comprises one or more electrolyte layers present on the second electrolyte layer; and wherein among the one or more electrolyte layers formed on the second electrolyte layer, the electrolyte layer facing a positive electrode has higher ion conductivity than the second electrolyte layer, wherein the ion conductivity is measured in accordance with the section "Experimental Example 1: Evaluation of the performance of the electrolyte" of the description. wherein a difference in ion conductivity between the first electrolyte layer and the second electrolyte layer is 10 to 100 times; wherein the electrolyte further comprises one or more electrolyte layers present on the second electrolyte layer; and wherein among the one or more electrolyte layers formed on the second electrolyte layer, the electrolyte layer facing a positive electrode has higher ion conductivity than the second electrolyte layer, wherein the ion conductivity is measured in accordance with the section "Experimental Example 1: Evaluation of the performance of the electrolyte" of the description.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a configuration for identifying narrowband reference signal, NRS, tones that are to be received during a scheduled paging occasion, wherein the NRS tones are configured to be received via a non-anchor carrier regardless of whether a page is to be received in connection with the scheduled paging occasion; and receiving the NRS tones via the non-anchor carrier based at least in part on the configuration; characterized in that the configuration identifies that the NRS tones are to be received in a subset of discontinuous reception cycles. receiving a configuration for identifying narrowband reference signal, NRS, tones that are to be received during a scheduled paging occasion, wherein the NRS tones are configured to be received via a non-anchor carrier regardless of whether a page is to be received in connection with the scheduled paging occasion; and receiving the NRS tones via the non-anchor carrier based at least in part on the configuration; characterized in that the configuration identifies that the NRS tones are to be received in a subset of discontinuous reception cycles.
A draper platform , comprising: a drive roller ; an idler roller spaced from the drive roller ; a belt operatively coupled to each of the drive roller and the idler roller ; and a belt tensioning system comprising a tension adjustment rod and a push rod operatively coupled to the idler roller , characterized in that the draper platform comprises a worm gear and a sector gear , the worm gear operatively coupled to the tension adjustment rod and the sector gear in meshed engagement with the worm gear , and that the push rod is also operatively coupled to the sector gear such that rotation of the sector gear causes translation of the idler roller so as to adjust tension of the belt. a drive roller ; an idler roller spaced from the drive roller ; a belt operatively coupled to each of the drive roller and the idler roller ; and a belt tensioning system comprising a tension adjustment rod and a push rod operatively coupled to the idler roller , characterized in that the draper platform comprises a worm gear and a sector gear , the worm gear operatively coupled to the tension adjustment rod and the sector gear in meshed engagement with the worm gear , and that the push rod is also operatively coupled to the sector gear such that rotation of the sector gear causes translation of the idler roller so as to adjust tension of the belt.
A device, comprising: a support plate ; a motor ; a linear actuator ; and a machining head (33; 33a, 33b) which is coupled to the support plate by means of the linear actuator , the machining head (33; 33a, 33b) comprising a drive shaft for directly or indirectly driving a rotatable tool ; characterized by a flexible shaft coupling a motor shaft of the motor to the drive shaft of the machining head (33; 33a, 33b); and a joint that mechanically couples the machining head (33; 33a, 33b) and the linear actuator to enable one-axis or a two-axis tilting of the machining head (33; 33a, 33b). a support plate ; a motor ; a linear actuator ; and a machining head (33; 33a, 33b) which is coupled to the support plate by means of the linear actuator , the machining head (33; 33a, 33b) comprising a drive shaft for directly or indirectly driving a rotatable tool ; characterized by a flexible shaft coupling a motor shaft of the motor to the drive shaft of the machining head (33; 33a, 33b); and a joint that mechanically couples the machining head (33; 33a, 33b) and the linear actuator to enable one-axis or a two-axis tilting of the machining head (33; 33a, 33b).
A work tool assembly comprising a work tool implement having a plurality of moveable components with inner openings and outer openings and an exchange system , the exchange system comprising: a frame ; a first arm and a second arm , each of the first arm and the second arm having an inner end and an outer end ; a first inner pin and a second inner pin to pivotally couple the first arm and the second arm to the frame at the inner ends respectively; a first hydraulic cylinder disposed between the frame and the first arm and configured to pivot the first arm about the first inner pin ; a second hydraulic cylinder disposed between the frame and the second arm and configured to pivot the second arm about the second inner pin ; and a first outer pin and a second outer pin disposed at the outer ends of the first and the second arms respectively; and wherein each of the first and second outer pins are configured to be received within the outer openings of the moveable components , characterized in that each of the first and the second inner pins include a protruded portion configured to be received within the inner opening of the moveable components , each protruded portion comprising a pair of chord cut out portions such that a rotation of the first and the second inner pins locks the first and second inner pins with the inner openings of the moveable components . a frame ; a first arm and a second arm , each of the first arm and the second arm having an inner end and an outer end ; a first inner pin and a second inner pin to pivotally couple the first arm and the second arm to the frame at the inner ends respectively; a first hydraulic cylinder disposed between the frame and the first arm and configured to pivot the first arm about the first inner pin ; a second hydraulic cylinder disposed between the frame and the second arm and configured to pivot the second arm about the second inner pin ; and a first outer pin and a second outer pin disposed at the outer ends of the first and the second arms respectively; and wherein each of the first and second outer pins are configured to be received within the outer openings of the moveable components , characterized in that each of the first and the second inner pins include a protruded portion configured to be received within the inner opening of the moveable components , each protruded portion comprising a pair of chord cut out portions such that a rotation of the first and the second inner pins locks the first and second inner pins with the inner openings of the moveable components .
Compound of formula la: in which R 1 represents a halogen atom, in particular Cl or Br, a C1-C4 alkoxy group, a C1-C3 alkyl group, or NHSO 2 R 6 ; R 2 represents OH or H; R 3 and R 4 independently of one another represent an alkyl group having 1 to 10 carbon atoms or in which R 7 represents a hydrogen atom, a halogen atom, a C1-C4 alkoxy group, a C1-C3 alkyl group or NHSO 2 R 8 ; R 6 and R 8 independently of one another represent a C1-C4 alkyl group; -X = -R 5 or the non-bonded electron pair of nitrogen, on the condition that i = + when -X = -R 5 ; R 5 represents a hydrogen atom or a C1-C4 alkyl group; m = 0 or 1, on the condition that m = 1 when -X = -R 5 and m = 0 when -X = the non-bonded electron pair of nitrogen; n = 0, 1, 2 or 3; Y - is a therapeutically acceptable anion, in particular Y - is selected from the tosylate ion, the carbonate ion, the phosphate ion, and the chloride ion; for use in the treatment or prevention of diseases relating to the instability of mitochondrial DNA. R 1 represents a halogen atom, in particular Cl or Br, a C1-C4 alkoxy group, a C1-C3 alkyl group, or NHSO 2 R 6 ; R 2 represents OH or H; R 3 and R 4 independently of one another represent an alkyl group having 1 to 10 carbon atoms or in which R 7 represents a hydrogen atom, a halogen atom, a C1-C4 alkoxy group, a C1-C3 alkyl group or NHSO 2 R 8 ; R 6 and R 8 independently of one another represent a C1-C4 alkyl group; -X = -R 5 or the non-bonded electron pair of nitrogen, on the condition that i = + when -X = -R 5 ; R 5 represents a hydrogen atom or a C1-C4 alkyl group; m = 0 or 1, on the condition that m = 1 when -X = -R 5 and m = 0 when -X = the non-bonded electron pair of nitrogen; n = 0, 1, 2 or 3; Y - is a therapeutically acceptable anion, in particular Y - is selected from the tosylate ion, the carbonate ion, the phosphate ion, and the chloride ion; for use in the treatment or prevention of diseases relating to the instability of mitochondrial DNA.
Multi-component gear wheel for a gear assembly of a brake actuator, in particular of a motor vehicle, having the following features: - a sleeve shaped support body made of a first plastic material, - a gear wheel body , rigidly formed onto the support body and made of a second plastic material which comprises a lower rigidity and a higher elasticity than the first plastic material, - the gear wheel body comprises an outer toothing and a spindle nut toothing arranged inside for engaging a spindle , - the spindle nut toothing is arranged, at least partially, axially in one direction at a distance to the outer toothing , - the support body extends axially at least partially into the region of the outer toothing and into the region of the spindle nut toothing , and - the support body comprises a smaller outer diameter than the outer toothing . - a sleeve shaped support body made of a first plastic material, - a gear wheel body , rigidly formed onto the support body and made of a second plastic material which comprises a lower rigidity and a higher elasticity than the first plastic material, - the gear wheel body comprises an outer toothing and a spindle nut toothing arranged inside for engaging a spindle , - the spindle nut toothing is arranged, at least partially, axially in one direction at a distance to the outer toothing , - the support body extends axially at least partially into the region of the outer toothing and into the region of the spindle nut toothing , and - the support body comprises a smaller outer diameter than the outer toothing .
A disk-shaped blank which is made of a final-strength dental ceramic and suitable for use in a method for producing ceramic dental prosthesis parts, characterized in that the disk-shaped blank includes at least one axially extending recess (24.1, 24.2) on each of its opposite sides, wherein the recesses (24.1, 24.2) are not extending through the entire thickness, wherein the depths of the recesses (24.1, 24.2) in sum amounts to at least the thickness of the disk-shaped blank , and wherein each recess (24.1.,24.2) is sufficient for a grinding tool of a CAD/CAM machining station to engage in the axial direction for the initial contact.
An endoluminal prosthesis comprising: a scaffold having a tubular body comprising a plurality of circumferential rings patterned from a non- degradable material, said scaffold being configured to expand from a crimped configuration to an expanded configuration; wherein at least some of the circumferential rings comprise struts (50/81/82/94a) joined by crowns ; wherein at least some circumferential rings are axially joined to adjacent circumferential rings ; wherein at least some of the circumferential rings have at least one separation region (80/87/95), said separation region (80/87/95) comprising a lock and key formed as a part of the strut (50/81/82/94a), wherein the separation region is immobilized during expansion but the lock and key are configured to separate after expansion in a physiologic environment to form at least one discontinuity in said circumferential rings. a scaffold having a tubular body comprising a plurality of circumferential rings patterned from a non- degradable material, said scaffold being configured to expand from a crimped configuration to an expanded configuration; wherein at least some of the circumferential rings comprise struts (50/81/82/94a) joined by crowns ; wherein at least some circumferential rings are axially joined to adjacent circumferential rings ; wherein at least some of the circumferential rings have at least one separation region (80/87/95), said separation region (80/87/95) comprising a lock and key formed as a part of the strut (50/81/82/94a), wherein the separation region is immobilized during expansion but the lock and key are configured to separate after expansion in a physiologic environment to form at least one discontinuity in said circumferential rings.
A recording apparatus comprising: a recording section configured to discharge a liquid onto a transported medium for recording; a corrugating section disposed on an upstream side of the recording section in a medium transport direction, the corrugating section being configured to form crests (T) and troughs (V) in the medium, wherein the crests and troughs are formed so as to alternate in a width direction (X) which intersects the medium transport direction; a plurality of post-recording transport paths disposed on a downstream side of the recording section, the post-recording transport paths having different destinations for the recorded medium; a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the medium and that is between the recording section and branch points of the post-recording transport paths in the medium transport direction; and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position, wherein the controller is configured to switch the relaxing section depending on to which one of the post-recording transport paths the recorded medium is to be transported. a recording section configured to discharge a liquid onto a transported medium for recording; a corrugating section disposed on an upstream side of the recording section in a medium transport direction, the corrugating section being configured to form crests (T) and troughs (V) in the medium, wherein the crests and troughs are formed so as to alternate in a width direction (X) which intersects the medium transport direction; a plurality of post-recording transport paths disposed on a downstream side of the recording section, the post-recording transport paths having different destinations for the recorded medium; a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the medium and that is between the recording section and branch points of the post-recording transport paths in the medium transport direction; and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position, wherein the controller is configured to switch the relaxing section depending on to which one of the post-recording transport paths the recorded medium is to be transported.
Angled ultrasound probe with a needle guide, the angled ultrasound probe having an ultrasonic transducer array disposed on the side and end of the angled ultrasound probe , a long transducer axis (x-x'), and an angled ultrasonic imaging plane at an offset angle (y°), wherein a proximal section of the angled ultrasound probe has a proximal end having an angled transducer window , characterised in that : the needle guide comprises: a port tower comprising a plurality of needle ports , each needle port aligned with the ultrasonic imaging plane and each needle port aligned at the offset angle and capable of receiving a needle that transects the ultrasonic imaging plane ; a tower guide coupled to the port tower for adjusting the port tower location along the transducer axis; and a clamp for securing the tower guide to the ultrasound probe , wherein adjustment of the port tower along the long transducer axis (x-x') maintains the alignment of the needle ports to the ultrasonic imaging plane ; and wherein the offset angle (y°) is the offset angle of the angled transducer window relative to the long transducer axis (x-x'), and wherein the offset angle is from 5 to 55 degrees. a port tower comprising a plurality of needle ports , each needle port aligned with the ultrasonic imaging plane and each needle port aligned at the offset angle and capable of receiving a needle that transects the ultrasonic imaging plane ; a tower guide coupled to the port tower for adjusting the port tower location along the transducer axis; and a clamp for securing the tower guide to the ultrasound probe , wherein adjustment of the port tower along the long transducer axis (x-x') maintains the alignment of the needle ports to the ultrasonic imaging plane ; and wherein the offset angle (y°) is the offset angle of the angled transducer window relative to the long transducer axis (x-x'), and wherein the offset angle is from 5 to 55 degrees.
A manhole cover for manholes, sewer accesses or drainage channels, comprising a reinforcing element and a body made of plastic, which is connected to the reinforcing element , the manhole cover being designed to close a manhole, sewer access or drainage channel and the reinforcing element being formed in such a way that it can rest on a bearing surface on the manhole, sewer access or drainage channel when the manhole, sewer access or drainage channel is closed by means of the manhole cover , and the body made of plastic comprising ribs , which can extend perpendicularly or at an angle of more than 45° to the surface surrounding the manhole, sewer access or drainage channel when the manhole, sewer access or drainage channel is closed, the reinforcing element being manufactured from a metal, wherein the ribs rest on the upper side of the reinforcing element , and the reinforcing element also comprises one of the following features: - the reinforcing element is arched, - the reinforcing element comprises an outer encircling strip and a central plate , which are each connected to the body made of plastic, and the central plate or a rod connected to a plate and extending in an axial direction is connected to the outer encircling strip by spokes , rods or cables, - the reinforcing element is constructed from intersecting, vertically aligned elements , - beads are formed in the reinforcing element . - the reinforcing element is arched, - the reinforcing element comprises an outer encircling strip and a central plate , which are each connected to the body made of plastic, and the central plate or a rod connected to a plate and extending in an axial direction is connected to the outer encircling strip by spokes , rods or cables, - the reinforcing element is constructed from intersecting, vertically aligned elements , - beads are formed in the reinforcing element .
A method of controlling a compressor of an air conditioner to stop, characterized by comprising: acquiring a preset phase range for stopping the compressor, wherein the preset phase range is pre-determined according to a rotor phase corresponding to a minimum load of the compressor, wherein the rotor phase corresponding to the minimum load is acquired according to a minimum amplitude of a torque current of the compressor or a minimum amplitude of a compensation torque of the compressor, and wherein the preset phase range is determined by floating the rotor phase corresponding to the minimum load upward by a first present threshold and downward by a second preset threshold; during a shutdown process of the air conditioner, acquiring a current orientation of a rotor of the compressor and determining whether a phase of the rotor is within the preset phase range according to the current orientation of the rotor; and controlling the compressor to stop if the phase of the rotor is determined to be within the preset phase range including the rotor phase corresponding to the minimum load of the compressor such that a vibration and stress of a piping connected to the compressor is reduced. acquiring a preset phase range for stopping the compressor, wherein the preset phase range is pre-determined according to a rotor phase corresponding to a minimum load of the compressor, wherein the rotor phase corresponding to the minimum load is acquired according to a minimum amplitude of a torque current of the compressor or a minimum amplitude of a compensation torque of the compressor, and wherein the preset phase range is determined by floating the rotor phase corresponding to the minimum load upward by a first present threshold and downward by a second preset threshold; during a shutdown process of the air conditioner, acquiring a current orientation of a rotor of the compressor and determining whether a phase of the rotor is within the preset phase range according to the current orientation of the rotor; and controlling the compressor to stop if the phase of the rotor is determined to be within the preset phase range including the rotor phase corresponding to the minimum load of the compressor such that a vibration and stress of a piping connected to the compressor is reduced.