mhurhangee/patent-ind-claim-en huggingface dataset:
A radar system comprising: a plurality of radar transceiver units (202a-c), each configured to operate according to a low frequency clock signal , and configured to generate an intermediate frequency signal and a modulated high frequency signal for transmitting and receiving radar signals; and a microcontroller unit configured to provide control signals to each transceiver unit (202a-c) to synchronize operation thereof, characterised in that each radar transceiver unit (202a-c) is configured to provide received radar data (RX 1-N ) and a monitoring signal (203a-c) to the microcontroller unit , the monitoring signal (203a-c) derived by frequency dividing and combining the modulated high frequency signal and the intermediate frequency signal, and in that the microcontroller unit is configured to derive and compensate for phase and frequency differences between the received radar data (RX 1-N ) from each transceiver unit (202a-c) based on the monitoring signals (203a-c) provided by each transceiver unit (202a-c). a plurality of radar transceiver units (202a-c), each configured to operate according to a low frequency clock signal , and configured to generate an intermediate frequency signal and a modulated high frequency signal for transmitting and receiving radar signals; and a microcontroller unit configured to provide control signals to each transceiver unit (202a-c) to synchronize operation thereof, characterised in that each radar transceiver unit (202a-c) is configured to provide received radar data (RX 1-N ) and a monitoring signal (203a-c) to the microcontroller unit , the monitoring signal (203a-c) derived by frequency dividing and combining the modulated high frequency signal and the intermediate frequency signal, and in that the microcontroller unit is configured to derive and compensate for phase and frequency differences between the received radar data (RX 1-N ) from each transceiver unit (202a-c) based on the monitoring signals (203a-c) provided by each transceiver unit (202a-c).
An occlusion device for closing an anatomical defect in a tissue comprising a conduit connecting an opening on a first tissue and an opening on a second tissue , the occlusion device comprises a scaffold and a delivering system , the scaffold comprising: a) a proximal support structure comprising at least two arms ; b) a distal support structure comprising at least two arms , wherein the arms are adapted to provide anchorage for the distal support structure within the conduit; and c) a waist portion adapted for extending through the opening on the first tissue and connecting the proximal support structure with the distal support structure, wherein the scaffold consists essentially of a biodegradable polymer, wherein the proximal support structure and the distal support structure comprise or consist of polycaprolactone (PCL), poly-(D,L-lactide-co-caprolactone) (PLC), or a mixture thereof, and the delivering system comprising: a) a sheath ; wherein, the occlusion device is configured for delivery to the tissue with the scaffold situated in the sheath, the arms of the proximal support structure being folded at their inner ends in an outward direction away from the waist portion; characterised in that the distal support structure comprises a threaded interior surface; and in that the delivery system comprises further b) a rod comprising a threaded exterior surface to engage with the threaded interior surface of the distal support structure for moving the scaffold through the sheath; and c) a reinforced rod housing which surrounds the rod, and in that the occlusion device is configured for delivery to the tissue with the scaffold situated in the sheath, the arms of the distal support structure being folded at their inner ends in an inward direction in the direction of the waist portion. a) a proximal support structure comprising at least two arms ; b) a distal support structure comprising at least two arms , wherein the arms are adapted to provide anchorage for the distal support structure within the conduit; and c) a waist portion adapted for extending through the opening on the first tissue and connecting the proximal support structure with the distal support structure, a) a sheath ; wherein, the occlusion device is configured for delivery to the tissue with the scaffold situated in the sheath, the arms of the proximal support structure being folded at their inner ends in an outward direction away from the waist portion; characterised in that the distal support structure comprises a threaded interior surface; and in that the delivery system comprises further b) a rod comprising a threaded exterior surface to engage with the threaded interior surface of the distal support structure for moving the scaffold through the sheath; and c) a reinforced rod housing which surrounds the rod, and in that the occlusion device is configured for delivery to the tissue with the scaffold situated in the sheath, the arms of the distal support structure being folded at their inner ends in an inward direction in the direction of the waist portion.
A threaded connection for pipes , comprising a pin including a pin side thread part , a pin side metal seal part , and a pin side shoulder part ; a box including a box side thread part , a box side metal seal part , and a box side shoulder part ; a shoulder part plating layer which is arranged on the pin side shoulder part , and includes one or more layers; and a non-shoulder part plating layer which is arranged on at least one of the pin side thread part and the pin side metal seal part , and includes one or more layers; characterised in that : a friction coefficient of an outermost layer of the shoulder part plating layer is higher than a friction coefficient of an outermost layer of the non-shoulder part plating layer . a pin including a pin side thread part , a pin side metal seal part , and a pin side shoulder part ; a box including a box side thread part , a box side metal seal part , and a box side shoulder part ; a shoulder part plating layer which is arranged on the pin side shoulder part , and includes one or more layers; and a non-shoulder part plating layer which is arranged on at least one of the pin side thread part and the pin side metal seal part , and includes one or more layers; characterised in that : a friction coefficient of an outermost layer of the shoulder part plating layer is higher than a friction coefficient of an outermost layer of the non-shoulder part plating layer .
Retainer plate for a vacuum cleaner filter bag, comprising: a base plate with a passage opening arranged therein, and a seal element arranged at the edge of the passage opening , wherein the seal element comprises at least one extruded film made of a thermoplastic elastomer, TPE; and wherein the melt flow index of the thermoplastic elastomer of the at least one extruded film is less than 10 g/10min, in particular less than 5 g/10min, in particular less than 3 g/10min. a base plate with a passage opening arranged therein, and a seal element arranged at the edge of the passage opening , wherein the seal element comprises at least one extruded film made of a thermoplastic elastomer, TPE; and wherein the melt flow index of the thermoplastic elastomer of the at least one extruded film is less than 10 g/10min, in particular less than 5 g/10min, in particular less than 3 g/10min.
A scissor-type stand with at least one first and one second segment , wherein the segments are connected with each other by means of a pivoting bearing , wherein the pivoting bearing is divided into two pivoting bearing halves perpendicular to the plane of extension of the scissor-type stand , wherein a device for detachable connection of the pivoting bearing halves is provided, wherein each segment can be hinged to a component part by means of a swivel bearing , wherein each segment comprises four arms (26, 27; 28, 29), characterized in that the two first and second arms are connected with each other by means of the swivel bearing , and wherein each segment comprises two further third and fourth arms , which are articulately connected with the first and second arms , wherein the third and fourth arms for the formation of the pivoting bearing halves each comprise a first and a second pivoting bearing head (33, 35; 43, 45) on their end, wherein the pivoting bearing heads (33, 35; 43, 45) of the pivoting bearing are connected with each other in a force-transmitting manner such that through the divided pivoting bearing forces are transmitted via the arms in the plane of extension.
A method of communications, comprising: determining that a user equipment, UE, is able to establish a relay link with a candidate UE based on at least one of information associated with any existing access links with the UE, information associated with any existing access links within a threshold range of the UE, or any other UE uplink, UL, interference; determining that the candidate UE is able to support the relay link based on broadcast information indicating whether one or more existing device to device, D2D, links supported by a non-candidate UE within a threshold range of the UE can tolerate an additional interfering D2D link; and performing a link establishment process for the relay link with the candidate UE based on the determinations. determining that a user equipment, UE, is able to establish a relay link with a candidate UE based on at least one of information associated with any existing access links with the UE, information associated with any existing access links within a threshold range of the UE, or any other UE uplink, UL, interference; determining that the candidate UE is able to support the relay link based on broadcast information indicating whether one or more existing device to device, D2D, links supported by a non-candidate UE within a threshold range of the UE can tolerate an additional interfering D2D link; and performing a link establishment process for the relay link with the candidate UE based on the determinations.
A method of measuring an eye of a patient, the eye having a cornea, the method comprising: generating one or more of a first image or a first shape profile of the eye when the eye is separated from a patient interface; covering the cornea with an optic of the patient interface; and generating one or more of a second image or a second shape profile of the eye with the optic of the patient interface over the cornea, wherein the patient interface alters distortion of one or more of the second image or the second shape profile of the eye. generating one or more of a first image or a first shape profile of the eye when the eye is separated from a patient interface; covering the cornea with an optic of the patient interface; and generating one or more of a second image or a second shape profile of the eye with the optic of the patient interface over the cornea, wherein the patient interface alters distortion of one or more of the second image or the second shape profile of the eye.
Apparatus for producing a food product, comprising an enclosed vessel for holding the food product, the vessel having a first end wall , a second end wall opposite to the first end wall , and a side wall between the first and second end walls ; a first agitator rotatably mounted to the first end wall , the first agitator extending inside the vessel towards the second end wall ; and a second agitator rotatably mounted to the second end wall , the second agitator extending inside the vessel towards the first end wall ; wherein the first agitator is unsupported by the second end wall , and wherein the second agitator is unsupported by the first end wall , characterized in that the sidewall is convex, and wherein an outlet is arranged at a lower cross-sectional apex of the sidewall , wherein the sidewall comprises two frustoconical portions, the base ends of the frustoconical portions facing each other.
Manual shoot remover, manoeuvrable via a handle with cross-body strap , comprising a rolled profile structure (1, 1.1, 1.2) formed by a base with a rolled profile section, centred on its lower part, also incorporating a ball-head connector designed to anchor a handle with cross-body strap and, positioned on the same base with ball-head connector , a fixed side (3, 3.1, 3.2) forming part of the rolled profile structure and a moving side (4, 4.1, 4.2), there being interchangeable brushes with several rows of bristles inserted in the profile of the said sides, wherein both the fastening of the interchangeable brushes to the profiles of the sides (3, 3.1, 3.2) and the fastening of the moving side (4, 4.1, 4.2) to the base with ball-head connector is adjusted by means of bolts , and wherein the moving side (4, 4.1, 4.2) has a position adjustable along the base with the rolled profile section.
An electric grass cutter comprising: a motor housing ; a motor accommodated in the motor housing and including a stator fixed to the motor housing and a rotor provided integrally with an output shaft rotatably supported by the motor housing ; a rotary blade that is attached to the output shaft so that the power of the motor is directly transmitted to the rotary blade ; an operation section disposed apart from the motor housing and including a trigger switch operable for driving and stopping the motor ; and a hollow tube that couples the motor housing to the operation section , wherein the rotor of the motor includes a fan for sucking air through an inlet port disposed apart from the rotary blade and exhausting the air out of an exhaust port formed in the motor housing , characterised in that the motor is a brushless motor ; a drive circuit is accommodated in the motor housing and includes a FET switching element (81-86) mounted on a motor drive board and a control section to control the switching element to drive the motor; and the motor drive board accommodated in the motor housing is fixed to the motor housing and facing a floor surface of the motor housing that is formed close to the portion facing the rotary blade whereby the flow of air produced by the rotary blade cools the floor surface with the effect of cooling the switching element (81-86) mounted on the motor drive board . a motor housing ; a motor accommodated in the motor housing and including a stator fixed to the motor housing and a rotor provided integrally with an output shaft rotatably supported by the motor housing ; a rotary blade that is attached to the output shaft so that the power of the motor is directly transmitted to the rotary blade ; an operation section disposed apart from the motor housing and including a trigger switch operable for driving and stopping the motor ; and a hollow tube that couples the motor housing to the operation section , the motor is a brushless motor ; a drive circuit is accommodated in the motor housing and includes a FET switching element (81-86) mounted on a motor drive board and a control section to control the switching element to drive the motor; and the motor drive board accommodated in the motor housing is fixed to the motor housing and facing a floor surface of the motor housing that is formed close to the portion facing the rotary blade whereby the flow of air produced by the rotary blade cools the floor surface with the effect of cooling the switching element (81-86) mounted on the motor drive board .
A flexible medical appliance intended to be placed on a part of a patient's body and to match its shape, the flexible medical appliance comprising a rigid structure having a contour , as well as at least one deformable layer , and being characterized in that it comprises a bonding fabric engaged in at least one peripheral portion of the rigid structure extending along its contour , the rest of the bonding fabric forming an exposed portion to receive the deformable layer , the rigid structure and the deformable layer being assembled edge to edge, the deformable layer completing the rigid structure to form the medical appliance .
A conveying unit comprising - at least two longitudinal members which extend in a longitudinal direction and which are spaced apart from one another in a transverse direction; and - a plurality of receivers which are arranged behind one another in the longitudinal direction, which are carried by the longitudinal members and at which conveyor belt sections are supported which are individually attachable and removable and which together form a conveying path extending in the longitudinal direction, characterized in that the receivers for the conveyor belt sections are asymmetrical and each comprise a carrier side for force transfer into the longitudinal members and an access side via which the respective conveyor belt section is laterally attachable and removable. - at least two longitudinal members which extend in a longitudinal direction and which are spaced apart from one another in a transverse direction; and - a plurality of receivers which are arranged behind one another in the longitudinal direction, which are carried by the longitudinal members and at which conveyor belt sections are supported which are individually attachable and removable and which together form a conveying path extending in the longitudinal direction,
Exhaust system for an internal combustion engine, containing a flexible line element with an annular or helically corrugated metal bellows , through which an exhaust gas stream can flow, arranged upstream of an SCR catalytic converter and a line section arranged upstream of the metal bellows , as well as an apparatus for injecting the urea necessary for the SCR catalytic converter upstream of the flexible line element, characterised in that at least one separating apparatus , which is designed as a flow obstacle for the surface layer of the exhaust gas stream , for urea derivatives transported in a surface layer of the exhaust gas stream and/or for urea from this supersaturated surface layer of the exhaust gas stream is provided in the line section of the flexible line element arranged upstream of the metal bellows , or attached to the latter, wherein the flow obstacle is designed as an element projecting at the edge into the exhaust gas stream , which is directly or indirectly attached annularly or in annular sections to the line section arranged upstream of the metal bellows , wherein the flow obstacle is designed as a baffle plate, at which the urea derivatives are separated, and wherein the baffle plate is provided with at least one flow separation edge , such that urea derivatives are separated at the downstream side of the baffle plate. at least one separating apparatus , which is designed as a flow obstacle for the surface layer of the exhaust gas stream , for urea derivatives transported in a surface layer of the exhaust gas stream and/or for urea from this supersaturated surface layer of the exhaust gas stream is provided in the line section of the flexible line element arranged upstream of the metal bellows , or attached to the latter, wherein the flow obstacle is designed as an element projecting at the edge into the exhaust gas stream , which is directly or indirectly attached annularly or in annular sections to the line section arranged upstream of the metal bellows , wherein the flow obstacle is designed as a baffle plate, at which the urea derivatives are separated, and wherein the baffle plate is provided with at least one flow separation edge , such that urea derivatives are separated at the downstream side of the baffle plate.
Wheel disk assembly , having a wheel disk and having a plurality of blade devices , which are fastened along an outer circumference of the wheel disk , and having a plurality of sealing plates , which are received between the wheel disk and the blade devices such that they can be displaced in the circumferential direction, and having securing devices which secure the sealing plates against displacement in the circumferential direction (U), wherein bolts are provided as securing devices, which bolts are releasably held in bores arranged on the wheel disk and engage in cutouts which are formed in faces of the sealing plates oriented toward the wheel disk , wherein at least one of the bolts , in order to release the engagement from the associated cutout , can be resiliently pressed further into the bore , characterized in that the bolt has, at its end region oriented away from the wheel disk , at least one radially outwardly protruding projection as a bearing surface for an associated sealing plate .
Guidewire for minimally invasive interventions, with a distal wire endpiece adjoining a wire main piece , wherein a) the guidewire has, at least in the distal wire endpiece , an inner shaft and at least one protective layer enveloping the inner shaft , b) the inner shaft has a first fiber composite material, and c) at least in the distal wire endpiece , the inner shaft has a multiplicity of weakened sites , which are generated by mechanical interventions, characterized in that d) the inner shaft has a core and at least one envelope layer surrounding the core , e) the core has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer or at least one of the envelope layers has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, g) the weakened sites are generated by buckling loads, bending loads and/or breaking loads, and h) a free proximal wire endpiece is given which adjoins the end of the wire main piece opposite the distal wire endpiece . a) the guidewire has, at least in the distal wire endpiece , an inner shaft and at least one protective layer enveloping the inner shaft , b) the inner shaft has a first fiber composite material, and c) at least in the distal wire endpiece , the inner shaft has a multiplicity of weakened sites , which are generated by mechanical interventions, d) the inner shaft has a core and at least one envelope layer surrounding the core , e) the core has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer or at least one of the envelope layers has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, g) the weakened sites are generated by buckling loads, bending loads and/or breaking loads, and h) a free proximal wire endpiece is given which adjoins the end of the wire main piece opposite the distal wire endpiece .
Braking device for a movable door leaf , with a generator , the at least one generator shaft of which is rotatable by movement of the door leaf and at the connection terminals (K1, K2) of which a movement-dependent first output voltage (U A1 ) is produced which is applied to an evaluation and control electronics system having an evaluation and control unit and a braking circuit which generates an effective braking force for damping the movement of the door leaf , wherein the braking circuit has at least one switching element (FET) via which the connection terminals (K1, K2) can be short-circuited, characterized in that a second output voltage (U A2 ) of the generator is applied to a charging circuit which stores electrical energy for supplying the evaluation and control electronics system with power.