mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a radar sensor capable of emitting a radio wave; a printed circuit board, PCB, having a first side and a second side opposite the first side with the radar sensor mounted on the first side thereof to form a PCB assembly, PCBA, ; a radome with a cavity in which the PCBA is disposed; and a PCB holder along a circumference of an inner wall of the radome , the PCB holder configured to hold the PCBA such that a distance between an inner surface of the radome and a side of the radar sensor facing the inner surface of the radome is proportional to half wavelength of the radio wave; a housing with a further cavity such that the housing and the radome are mated together to form an enclosure with the PCBA and PCB holder contained therein; and potting glue filled in a space defined by at least the housing , the PCB holder and the second side of the PCB , wherein the PCB holder is configured to function as a glue stopper to prevent the potting glue from leaking to the first side of the PCB , the apparatus being characterized in that : the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome , and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus. a radar sensor capable of emitting a radio wave; a printed circuit board, PCB, having a first side and a second side opposite the first side with the radar sensor mounted on the first side thereof to form a PCB assembly, PCBA, ; a radome with a cavity in which the PCBA is disposed; and a PCB holder along a circumference of an inner wall of the radome , the PCB holder configured to hold the PCBA such that a distance between an inner surface of the radome and a side of the radar sensor facing the inner surface of the radome is proportional to half wavelength of the radio wave; a housing with a further cavity such that the housing and the radome are mated together to form an enclosure with the PCBA and PCB holder contained therein; and potting glue filled in a space defined by at least the housing , the PCB holder and the second side of the PCB , wherein the PCB holder is configured to function as a glue stopper to prevent the potting glue from leaking to the first side of the PCB , the apparatus being characterized in that : the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome , and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus. the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome , and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus.
A recombinant bacteriophage comprising a phage genome polynucleotide including a gene encoding a heterologous antigen protein wherein the heterologous antigen protein is a bacterial protein originating from a Gram positive or Gram negative bacterium which is a staphylococcal, streptococcal, Pseudomonas, Propionibacterium, Acinetobacter or meningococcal protein or a protein from P. aeruginosa , C. difficile , P.acnes, or N. gonorrhoeae, wherein the heterologous antigen protein is naturally present in a bacterium that is infectable by the recombinant bacteriophage, wherein the heterologous protein is expressed at a higher level after infection with the recombinant bacteriophage and is capable of generating an immune response against the bacterial host, and a killing gene encoding a protein that is capable of killing the host bacterium wherein the heterologous antigen protein , after expression is released into the cytoplasm of the bacterium infected by the bacteriophage due to the absence of a leader sequence from the heterologous protein antigen.
A method of implementing a personally customized bed , the method comprising: downloading , by the personally customized bed , personal data of a user from a user terminal being a portable medical device, wherein the portable medical device is worn on a wrist and measures biological signals; and controlling , by the personally customized bed , one or more functions provided by the personally customized bed , based on the personal data, wherein the personal data of the user downloaded from the user terminal includes physical state information based on biological signals measured by a measurement device of the user terminal. downloading , by the personally customized bed , personal data of a user from a user terminal being a portable medical device, wherein the portable medical device is worn on a wrist and measures biological signals; and controlling , by the personally customized bed , one or more functions provided by the personally customized bed , based on the personal data, wherein the personal data of the user downloaded from the user terminal includes physical state information based on biological signals measured by a measurement device of the user terminal.
A clot retrieval device comprising a collapsed configuration and an expanded configuration and being configured to remove clot from a blood vessel, the device comprising: an inner expandable member comprising a first framework of struts ; and an outer expandable member comprising a second framework of struts that form closed cells larger than closed cells of the inner expandable member and that at least partially radially surround the inner expandable member, the outer expandable member comprising a first and a second body segment connected by two connecting arms , the first body segment being positioned in a proximal direction in relation the second body segment, and characterised by each of the two connecting arms respectively comprising a tapered shape being wider near the first body segment and narrower near the second body segment. an inner expandable member comprising a first framework of struts ; and an outer expandable member comprising a second framework of struts that form closed cells larger than closed cells of the inner expandable member and that at least partially radially surround the inner expandable member, the outer expandable member comprising a first and a second body segment connected by two connecting arms , the first body segment being positioned in a proximal direction in relation the second body segment, and characterised by each of the two connecting arms respectively comprising a tapered shape being wider near the first body segment and narrower near the second body segment. the outer expandable member comprising a first and a second body segment connected by two connecting arms , the first body segment being positioned in a proximal direction in relation the second body segment, and characterised by each of the two connecting arms respectively comprising a tapered shape being wider near the first body segment and narrower near the second body segment.
A motor comprising: a stator formed with a plurality of core plates being stacked one on top of another; and a rotor rotatably disposed at an inner side or at an outer side of the stator , wherein each core plate comprises: a body provided in a shape of an arc; a plurality of teeth radially extended from the body , and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth , the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body , and at least one second slit part formed by being slit in a circumferential direction of the body , and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body . a stator formed with a plurality of core plates being stacked one on top of another; and a rotor rotatably disposed at an inner side or at an outer side of the stator , wherein each core plate comprises: a body provided in a shape of an arc; a plurality of teeth radially extended from the body , and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth , the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body , and at least one second slit part formed by being slit in a circumferential direction of the body , and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body . a body provided in a shape of an arc; a plurality of teeth radially extended from the body , and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth , the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body , and at least one second slit part formed by being slit in a circumferential direction of the body , and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body .
A metal powder for additive manufacturing, comprising, in wt%, Ni 9.0-12.0, Cr 2.0-4.5, Mo 3.5-4.5 and Ti 0.1-1.0; and, if present, Si up to 0.5, Mn up to 0.5, Al up to 0.1, Co up to 0.1, N up to 0.05 and/or C up to 0.07; the balance being Fe and usual impurities.
Bolt lock device, comprising a lockable sliding bolt with a first and a second bolt end and a corresponding bolt guide, characterised in that the sliding bolt of the bolt lock device comprises a locking device fixed at the first locking end , wherein the sliding bolt and the locking device are arranged such that they can be actuated in a slidable manner together in the interior of an in particular tubular bolt guide , wherein at least the locking device is encompassed by the bolt guide in each bolt position.
Dispensing device of a fluid substance (F1), comprising a manually operated pump , a deformable bag coupled to the pump , and a container , the deformable bag being housed inside the container , the container being formed by a collar and a tubular element , the collar being made of plastic material snap coupled to the tubular element made of a material formed from paper or cardboard, the pump being coupled to the collar and the lower end of the collar being snap-coupled to the tubular element , characterized in that the tubular element has at least one window (F) which is coupled in undercut manner with a tooth (D) made in the collar, wherein the at least one window is made at one end of the tubular element which carries at least one notch (I) to facilitate the elastic deformation of the end of the tubular element when the window (F) snaps with the tooth (D).
A method of coating fertilizer particles with a coating, wherein the method comprises: a) providing fertilizer particles in a coating unit, b) a step of applying a coating layer comprising: - applying one or more coating components to the fertilizer particles in the coating unit to provide coated fertilizer particles comprising a coating layer and the fertilizer particles, - and at least partially curing or hardening the coating layer, wherein said curing or hardening involves a chemical reaction of said one or more coating components, wherein step b) is performed one or more times to provide coated fertilizer particles, and c) discharging the coated fertilizer particles from the coating unit, or performing a final cure or hardening of the coated fertilizer particles in the coating unit and subsequently releasing the fertilizer particles from the coating unit, wherein the discharged fertilizer particles comprise said coating, wherein the coating comprises a polymer, wherein the coating unit comprises a stationary frame and at least two movable elements, wherein said movable elements are independently movable with respect to the frame, and wherein the method comprises moving said at least two movable elements with respect to the frame during at least step b). a) providing fertilizer particles in a coating unit, b) a step of applying a coating layer comprising: - applying one or more coating components to the fertilizer particles in the coating unit to provide coated fertilizer particles comprising a coating layer and the fertilizer particles, - and at least partially curing or hardening the coating layer, wherein said curing or hardening involves a chemical reaction of said one or more coating components, wherein step b) is performed one or more times to provide coated fertilizer particles, and - applying one or more coating components to the fertilizer particles in the coating unit to provide coated fertilizer particles comprising a coating layer and the fertilizer particles, - and at least partially curing or hardening the coating layer, wherein said curing or hardening involves a chemical reaction of said one or more coating components, c) discharging the coated fertilizer particles from the coating unit, or performing a final cure or hardening of the coated fertilizer particles in the coating unit and subsequently releasing the fertilizer particles from the coating unit, wherein the discharged fertilizer particles comprise said coating, wherein the coating comprises a polymer,
An article of footwear having an upper and a sole structure secured to the upper, the upper including a knitted component that is formed of unitary knit construction, the knitted component comprising: a first region forming a collar of the upper and having a first stretch-resistance, the collar defining an opening to a void within the upper for receiving a foot; a second region extending outward from the first region and toward a forefoot region of the knitted component, the second region having a second stretch-resistance; and a third region extending at least partially around the second region and having a third stretch-resistance, the first stretch-resistance being less than the second stretch-resistance, and the second stretch-resistance being less than the third stretch-resistance, wherein an inlaid strand extends through the third region , wherein the inlaid strand forms lace loops , and pairs of the lace loops overlap each other and are configured to receive a lace . a first region forming a collar of the upper and having a first stretch-resistance, the collar defining an opening to a void within the upper for receiving a foot; a second region extending outward from the first region and toward a forefoot region of the knitted component, the second region having a second stretch-resistance; and a third region extending at least partially around the second region and having a third stretch-resistance, the first stretch-resistance being less than the second stretch-resistance, and the second stretch-resistance being less than the third stretch-resistance, wherein an inlaid strand extends through the third region , wherein the inlaid strand forms lace loops , and pairs of the lace loops overlap each other and are configured to receive a lace .
An abnormality detection device comprising: an acquirer configured to acquire a plurality of detection results of a plurality of sensors configured to detect a state of a detection target at predetermined time intervals; an estimator configured to estimate a specific sensor in which an abnormality is likely to have occurred among the plurality of sensors on the basis of a plurality of mode information elements obtained by performing a plurality of mode information acquisition processes of extracting features according to properties of the abnormality with respect to each of the plurality of detection results acquired by the acquirer ; and a deriver configured to derive a trajectory in which a first mode information element derived on the basis of a detection result of a first sensor to define a first axis of a two-dimensional phase plane, and a second mode information element derived on the basis of a detection result of a second sensor to define a second axis of the phase plane are combined using principal component analysis, elements whose detection timings match among elements included in the first mode information and elements included in the second mode information are plotted according to the respective first and second axes on the phase plane, wherein, when a shape of the trajectory derived by the deriver is different from a shape of a trajectory in a normal state, the estimator is configured to estimate that the sensor related to the abnormality of trajectory is the specific sensor. an acquirer configured to acquire a plurality of detection results of a plurality of sensors configured to detect a state of a detection target at predetermined time intervals; an estimator configured to estimate a specific sensor in which an abnormality is likely to have occurred among the plurality of sensors on the basis of a plurality of mode information elements obtained by performing a plurality of mode information acquisition processes of extracting features according to properties of the abnormality with respect to each of the plurality of detection results acquired by the acquirer ; and a deriver configured to derive a trajectory in which a first mode information element derived on the basis of a detection result of a first sensor to define a first axis of a two-dimensional phase plane, and a second mode information element derived on the basis of a detection result of a second sensor to define a second axis of the phase plane are combined using principal component analysis, elements whose detection timings match among elements included in the first mode information and elements included in the second mode information are plotted according to the respective first and second axes on the phase plane, wherein, when a shape of the trajectory derived by the deriver is different from a shape of a trajectory in a normal state, the estimator is configured to estimate that the sensor related to the abnormality of trajectory is the specific sensor.
Machine reamer with cutting edges from progressive cutting materials, comprising shank and a cutting ring , the shank being provided with a clamping portion , by which the shank can be clamped in a spindle of a machine tool and the shank being provided with a supporting portion , wherein in the center of the shank of the machine reamer there is a through-channel for cooling liquid, wherein the supporting portion of the shank is terminated on its free end with a centering pin , on the centering pin the cutting ring with a central opening is arranged, wherein on the circumference of the centering pin and also of the opening in the cutting ring shape profiles are provided, with mutually corresponding shapes, wherein the cooling liquid is discharged at the face of the cutting portion of the reamer or alternatively wherein in the center of the shank there is a cut-off channel for cooling liquid, which is discharged from radial channels into an annular space and from this annular space the cooling liquid is discharged into tooth's grooves of the cutting ring , characterized in that the shape profiles of the centering pin and of the opening in the cutting ring are created as longitudinal grooves parallel with the axe of the machine reamer with a peak angle of 90°-120° and with a depth of 0,3 - 0,5 mm and the shape profile of the opening in the cutting ring is arranged on the shape profile of the centering pin with a radial clearance of 0,05 - 0,1 mm filled with an adhesive material for achievement of a non-taking apart joint of the cutting ring with the supporting portion of the shank of the machine reamer after its hardening.
A reciprocating piston machine, in particular a single-, two- or multi-stage piston compressor , comprising: - at least one cylinder and at least one piston (K1, K2) respectively associated with one cylinder , wherein during operation the piston (K1, K2) is deflected along a radially oriented cylinder axis (Z) in a cylinder displacement space of the cylinder , - a crankshaft , which can be driven during operation and which has a crankshaft journal , which is arranged eccentric to a shaft axis (E) of the crankshaft , and which has a drive shaft coupling , which is designed for coupling a drive shaft for driving the crankshaft , - at least one connecting rod (P1, P2), which can be moved by means of the crankshaft journal , each connecting rod being designed to deflect one of the at least one pistons (K1, K2) and extending along a connecting rod axis (Pa, Pb), characterized in that - the crankshaft journal and/or the drive shaft coupling is oriented along an axially oriented shaft axis (E), which extends perpendicularly to the radially oriented cylinder axis (Z), - wherein the connecting rod axis (Pa) of the connecting rod (P1) is arranged on the eccentric crankshaft journal with a connecting rod bearing (L1) offset by an offset (Δx) opposite the cylinder axis (Z) and - the connecting rod axis (Pa) of the connecting rod (P1) is tilted with respect to the radially oriented cylinder axis (Z) such that the bearing play of at least one connecting rod bearing (L1, L2) is reduced. - at least one cylinder and at least one piston (K1, K2) respectively associated with one cylinder , wherein during operation the piston (K1, K2) is deflected along a radially oriented cylinder axis (Z) in a cylinder displacement space of the cylinder , - a crankshaft , which can be driven during operation and which has a crankshaft journal , which is arranged eccentric to a shaft axis (E) of the crankshaft , and which has a drive shaft coupling , which is designed for coupling a drive shaft for driving the crankshaft , - at least one connecting rod (P1, P2), which can be moved by means of the crankshaft journal , each connecting rod being designed to deflect one of the at least one pistons (K1, K2) and extending along a connecting rod axis (Pa, Pb), characterized in that - the crankshaft journal and/or the drive shaft coupling is oriented along an axially oriented shaft axis (E), which extends perpendicularly to the radially oriented cylinder axis (Z), - wherein the connecting rod axis (Pa) of the connecting rod (P1) is arranged on the eccentric crankshaft journal with a connecting rod bearing (L1) offset by an offset (Δx) opposite the cylinder axis (Z) and - the connecting rod axis (Pa) of the connecting rod (P1) is tilted with respect to the radially oriented cylinder axis (Z) such that the bearing play of at least one connecting rod bearing (L1, L2) is reduced.