mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable connector system comprising: a connector having a first receptacle , a second receptacle , and a first bushing received in the first receptacle, and wherein the connector includes a first threaded opening intersecting the first receptacle and a second threaded opening intersecting the second receptacle; wherein the first receptacle includes an axis extending from a front side to a back side of the connector, wherein the first bushing is axially loaded along the first axis of the first receptacle in a first orientation and pivoted to a second orientation different from the first orientation; a first rod matingly received within the first bushing when the first bushing is orientated in the second orientation; a second rod matingly received within the second receptacle; a first fastener configured to threadably engage the first threaded opening; and a second fastener configured to threadably engage the second threaded opening. a connector having a first receptacle , a second receptacle , and a first bushing received in the first receptacle, and wherein the connector includes a first threaded opening intersecting the first receptacle and a second threaded opening intersecting the second receptacle; wherein the first receptacle includes an axis extending from a front side to a back side of the connector, wherein the first bushing is axially loaded along the first axis of the first receptacle in a first orientation and pivoted to a second orientation different from the first orientation; a first rod matingly received within the first bushing when the first bushing is orientated in the second orientation; a second rod matingly received within the second receptacle; a first fastener configured to threadably engage the first threaded opening; and a second fastener configured to threadably engage the second threaded opening.
A multi-tool , comprising: a shaft component having an elongate body that defines a central longitudinal axis extending from a proximal handle to a distal tip ; a body having an opening for receiving the shaft component therethrough; and one or more coupling features configured to receive one or more surgical devices therein such that the surgical devices interface with the shaft component while disposed within the body ; and an actuation feature formed on the body that is configured to engage the shaft component to toggle the shaft component between an unlocked configuration and a locked configuration relative to the body , wherein the actuation feature comprises a button disposed in the body; characterised in that one or more of the coupling features further comprises one or more modular attachment arms ; one or more of the modular attachment arms are provided with through holes leading into the opening to allow the interface between the one or more surgical devices and the shaft component whilst disposed within the body ; the button has an interior bore formed therein to receive the shaft component . a shaft component having an elongate body that defines a central longitudinal axis extending from a proximal handle to a distal tip ; a body having an opening for receiving the shaft component therethrough; and one or more coupling features configured to receive one or more surgical devices therein such that the surgical devices interface with the shaft component while disposed within the body ; and an actuation feature formed on the body that is configured to engage the shaft component to toggle the shaft component between an unlocked configuration and a locked configuration relative to the body , wherein the actuation feature comprises a button disposed in the body; characterised in that one or more of the coupling features further comprises one or more modular attachment arms ; one or more of the modular attachment arms are provided with through holes leading into the opening to allow the interface between the one or more surgical devices and the shaft component whilst disposed within the body ; the button has an interior bore formed therein to receive the shaft component .
A vehicle controller for a vehicle including a drive source including an electric motor and an engine , the vehicle controller comprising: a sense-of-beating producer configured to acquire a total required torque which is a required torque of the entire vehicle , configured to acquire information as to a combustion cycle of the engine , and configured to derive a total target torque corresponding to the total required torque as applied to a predetermined engine combustion cycle; and a required torque allocator configured to allocate a portion of the total required torque as a target engine torque which is a target torque to be output from the engine; and a target motor torque deriver configured to, based on the total target torque and the target engine torque, derive a target motor torque for torque control of the electric motor ; and a motor controller configured to control the electric motor based on the target motor torque, the target motor torque deriver comprises: an engine output torque waveform estimator configured to estimate an engine output torque waveform from the target engine torque, the engine output torque waveform representing an engine output torque in the combustion cycle of the engine ; and a target motor torque calculator configured to calculate the target motor torque by subtracting an estimated value of the engine output torque waveform from the total target torque. a sense-of-beating producer configured to acquire a total required torque which is a required torque of the entire vehicle , configured to acquire information as to a combustion cycle of the engine , and configured to derive a total target torque corresponding to the total required torque as applied to a predetermined engine combustion cycle; and a required torque allocator configured to allocate a portion of the total required torque as a target engine torque which is a target torque to be output from the engine; and a target motor torque deriver configured to, based on the total target torque and the target engine torque, derive a target motor torque for torque control of the electric motor ; and a motor controller configured to control the electric motor based on the target motor torque, the target motor torque deriver comprises: an engine output torque waveform estimator configured to estimate an engine output torque waveform from the target engine torque, the engine output torque waveform representing an engine output torque in the combustion cycle of the engine ; and a target motor torque calculator configured to calculate the target motor torque by subtracting an estimated value of the engine output torque waveform from the total target torque. an engine output torque waveform estimator configured to estimate an engine output torque waveform from the target engine torque, the engine output torque waveform representing an engine output torque in the combustion cycle of the engine ; and a target motor torque calculator configured to calculate the target motor torque by subtracting an estimated value of the engine output torque waveform from the total target torque.
An aerobic process for treating wastewater comprising the steps of: a) contacting a composition with a wastewater to be treated to form a wastewater: granules mixture, wherein the composition comprises anaerobic granules in dry form, wherein said granules comprise a consortium of bacterial communities comprising a mixture of anaerobic and facultative anaerobic bacteria, and wherein said granules comprise at least about 30% of archaea microorganisms of the dried granules, as determined by DNA sequencing; b) incubating the mixture for a period of time sufficient to decrease a COD of the wastewater to at least about 50%, wherein said incubating is carried out with the introduction of an oxygen-containing gas; and c) separating said granules from said treated wastewater. a) contacting a composition with a wastewater to be treated to form a wastewater: granules mixture, wherein the composition comprises anaerobic granules in dry form, wherein said granules comprise a consortium of bacterial communities comprising a mixture of anaerobic and facultative anaerobic bacteria, and wherein said granules comprise at least about 30% of archaea microorganisms of the dried granules, as determined by DNA sequencing; b) incubating the mixture for a period of time sufficient to decrease a COD of the wastewater to at least about 50%, wherein said incubating is carried out with the introduction of an oxygen-containing gas; and c) separating said granules from said treated wastewater.
Cutting device for cutting a sternum (22; 8) of a patient, comprising a laser source adapted to generate a cut laser beam , a beam adjusting structure for directing the cut laser beam generated by the laser source along a predefined cut geometry at the sternum (22; 8), a support carrying the laser source , and a correction arrangement , wherein the support has a mounting structure adapted to be fixed to a rib cage of the patient such that the laser source is in a predefined position with respect to the sternum (22; 8), characterized in that the correction arrangement is adapted to automatically identify a movement of the laser source relative to the sternum (22; 8) causing the cut laser beam of the laser source to deviate from the predefined cut geometry (221; 811, 812, 821, 822) and adapted to automatically adjust the position of the laser source relative to the sternum (22; 8) to correct the deviation of the cut laser beam of the laser source with respect to the predefined cut geometry (221; 811, 812, 821, 822), wherein the correction arrangement optionally comprises a sensor adapted to provide a spatial signal related to the position of the cut laser beam and the sternum (22; 8) relative to each other.
Modular electrical plug connector arrangement for control devices in a motor vehicle, comprising a module carrier and at least one first plug-in module and one second plug-in module , wherein the first plug-in module has a first plug housing , wherein the first plug housing is formed for receiving a first electrical plug-in connector, wherein the first plug housing has an electrically conductive first contact element , wherein the second plug-in module has a second plug housing , wherein the second plug housing is formed for receiving a second electrical plug-in connector, wherein the second plug housing has an electrically conductive second contact element , wherein the first plug-in module and the second plug-in module are arranged next to one another and/or one behind the other in the module carrier , wherein the first plug-in module and the second plug-in module are positioned relative to one another in the module carrier , and wherein the first plug-in module and the second plug-in module are each non-releasably connected to the module carrier by welding or adhesive bonding, wherein the module carrier is delimited by a front side and a rear side which is situated opposite the front side , wherein the module carrier has, for the first plug-in module , a first aperture which extends between the front side and the rear side in the direction from the front side to the rear side, characterized in that the module carrier has, for the second plug-in module , a second aperture which extends between the front side and the rear side in the direction from the front side to the rear side, wherein the first aperture is configured in such a way that the first plug-in module , which can be inserted into the first aperture , can be displaced transversely in relation to a first insertion direction (E) of the first plug-in module and can be rotated about a first axis which extends parallel in relation to the first insertion direction (E), wherein the second aperture is configured in such a way that the second plug-in module , which can be inserted into the second aperture , can be displaced transversely in relation to a second insertion direction (E) of the second plug-in module and can be rotated about a second axis which extends parallel in relation to the second insertion direction (E).
A processing system, comprising: a receiving device ; a bus having an address , a write and a read channel ; a sending device configured to address the receiving device on the address channel , and read a payload from the receiving device on the read channel ; the sending device being further configured to either concurrently address the receiving device on the address channel during a first clock cycle and write a first portion of the payload to the receiving device on the write channel during the first clock cycle ; or to concurrently write a first portion of the payload to the receiving device on the address channel during a second clock cycle and a second portion of the payload to the receiving device on the write channel during the second clock cycle , wherein the first portion is sequentially consecutive to the second portion. a receiving device ; a bus having an address , a write and a read channel ; a sending device configured to address the receiving device on the address channel , and read a payload from the receiving device on the read channel ; the sending device being further configured to either concurrently address the receiving device on the address channel during a first clock cycle and write a first portion of the payload to the receiving device on the write channel during the first clock cycle ; or to concurrently write a first portion of the payload to the receiving device on the address channel during a second clock cycle and a second portion of the payload to the receiving device on the write channel during the second clock cycle , wherein the first portion is sequentially consecutive to the second portion.
Transport chute suitable for use as storage facility for goods which can be disposed one above the other, in particular for packages and items of luggage; comprising: a) a slide section having an inclined sliding surface with a direction of fall along the sliding surface ; b) wherein the aforementioned slide section is interrupted by means of at least one interruption , for example, a step, such that the sliding surface is divided into at least one upper sliding surface and one lower sliding surface ; c) wherein the aforementioned interruption is designed to facilitate the formation of at least two layers, disposed one above the other, of goods beneath the interruption ; d) wherein at least the lower sliding surface further comprises at least one drivable and controllable drive means for transporting the goods on which the goods of the bottom layer can rest at least partially for their transportation, and e) a control device for controlling the drive means , characterised in that the drive means can be driven and controlled contrary to the direction of fall , and that the control device controls the drive means such that the goods are then allowed to pass along the sliding surface in the direction of fall and the goods are transported by means of the drive means contrary to the direction of fall . a) a slide section having an inclined sliding surface with a direction of fall along the sliding surface ; b) wherein the aforementioned slide section is interrupted by means of at least one interruption , for example, a step, such that the sliding surface is divided into at least one upper sliding surface and one lower sliding surface ; c) wherein the aforementioned interruption is designed to facilitate the formation of at least two layers, disposed one above the other, of goods beneath the interruption ; d) wherein at least the lower sliding surface further comprises at least one drivable and controllable drive means for transporting the goods on which the goods of the bottom layer can rest at least partially for their transportation, and e) a control device for controlling the drive means ,
A bioprinter printing assembly, comprising: a support body comprising a supporting portion; and a rotary rod rotatably supported on the supporting portion of the support body, a surface of the rotary rod is configured to receive bio-ink provided by a printing spray head, characterized in that the rotary rod is provided with a nutrient solution supply port , wherein the rotary rod comprises a hollow tube section having a central through hole, and a tube wall of the hollow tube section is provided with a permeable hole communicating with the central through hole, and the nutrient solution supply port communicates with the central through hole of the rotary rod to guide external nutrient solution into the rotary rod, and in that the support body further comprises a nutrient solution conveying portion , sleeved on the rotary rod and has a conveying portion port, wherein a conversion cavity is provided in the nutrient solution conveying portion and communicates with the conveying portion port and surrounds the rotary rod in a circumferential direction; wherein the nutrient solution supply port is provided in a circumferential direction of the rotary rod and communicates with the central hole and the conversion cavity . a support body comprising a supporting portion; and a rotary rod rotatably supported on the supporting portion of the support body, a surface of the rotary rod is configured to receive bio-ink provided by a printing spray head, characterized in that the rotary rod is provided with a nutrient solution supply port , wherein the rotary rod comprises a hollow tube section having a central through hole, and a tube wall of the hollow tube section is provided with a permeable hole communicating with the central through hole, and the nutrient solution supply port communicates with the central through hole of the rotary rod to guide external nutrient solution into the rotary rod, and in that the support body further comprises a nutrient solution conveying portion , sleeved on the rotary rod and has a conveying portion port, wherein a conversion cavity is provided in the nutrient solution conveying portion and communicates with the conveying portion port and surrounds the rotary rod in a circumferential direction; wherein the nutrient solution supply port is provided in a circumferential direction of the rotary rod and communicates with the central hole and the conversion cavity .
A cooling system for reducing adipose tissue by cooling a skin portion of a subject comprising a base station , and one or more applicators , the applicators comprising: a cooling element with a cooling surface for entering into contact with the skin portion of the subject for cooling the skin portion of the subject, wherein the cooling element is electrically conductive and the cooling surface is substantially electrically non-conductive, wherein the cooling system is configured to determine a freezing of the skin of the subject based on a time derivative of an electrical impedance between the cooling element and a first return electrode configured to be placed on a body of the subject and wherein the cooling system is further configured to determine movements of the subject or movements of the skin portion with respect to the cooling element by determining an electrical impedance between a movement sensor electrode and a movement sensor return electrode. a cooling element with a cooling surface for entering into contact with the skin portion of the subject for cooling the skin portion of the subject, wherein the cooling element is electrically conductive and the cooling surface is substantially electrically non-conductive, wherein the cooling system is configured to determine a freezing of the skin of the subject based on a time derivative of an electrical impedance between the cooling element and a first return electrode configured to be placed on a body of the subject and wherein the cooling system is further configured to determine movements of the subject or movements of the skin portion with respect to the cooling element by determining an electrical impedance between a movement sensor electrode and a movement sensor return electrode.
An expression vector comprising a nucleotide sequence encoding a Cpf1 polypeptide comprising the amino acid sequence YLFQIYNKDF (amino acid residues 784-793 of SEQ ID NO: 1).
A water-in-oil emulsion having an oil phase (O) and an aqueous phase (A) at an O/A ratio of from 1:8 to 10:1; wherein the water-in-oil emulsion includes the oil phase as a continuous phase comprising an inert hydrophobic liquid, and the aqueous phase as a dispersed phase of distinct particles in the oil phase comprising water, a water soluble polymer, and at least one surfactant; wherein the water soluble polymer comprises from 1 to 60 weight percent of one or more cationic monomers, wherein the amount is by total weight of the water soluble polymer; wherein the water soluble polymer is present in an amount from 5 to 25 weight percent of the water-in-oil emulsion; and wherein the cationic monomer is selected from the group consisting of (meth)acrylamidopropyltrimethyl ammonium halides, (meth)acryloyloxyethyltrimethyl ammonium halides, (meth)acryloyloxyethyltrimethyl ammonium methyl sulfate, diallyl dimethyl ammonium halides, diallylamine, methyldiallylamine, dimethylaminoethylmethacrylate, and dimethylaminopropylmethacrylamide. wherein the water-in-oil emulsion includes the oil phase as a continuous phase comprising an inert hydrophobic liquid, and the aqueous phase as a dispersed phase of distinct particles in the oil phase comprising water, a water soluble polymer, and at least one surfactant; wherein the water soluble polymer comprises from 1 to 60 weight percent of one or more cationic monomers, wherein the amount is by total weight of the water soluble polymer; wherein the water soluble polymer is present in an amount from 5 to 25 weight percent of the water-in-oil emulsion; and wherein the cationic monomer is selected from the group consisting of (meth)acrylamidopropyltrimethyl ammonium halides, (meth)acryloyloxyethyltrimethyl ammonium halides, (meth)acryloyloxyethyltrimethyl ammonium methyl sulfate, diallyl dimethyl ammonium halides, diallylamine, methyldiallylamine, dimethylaminoethylmethacrylate, and dimethylaminopropylmethacrylamide.
A wing assembly including a fixed section , a foldable section , and a hinge for hinging the foldable section to the fixed section , wherein the hinge includes torque boxes that are pinned together along a hinge axis, wherein the torque boxes include at least two torque boxes extending from a closeout rib of the foldable section , and at least two torque boxes extending from a closeout rib of the fixed section .