mhurhangee/patent-ind-claim-en huggingface dataset:
Fixing element for anchoring in a drilled hole, wherein the fixing element extends along a longitudinal axis (L) and has a shank having a load-application means, a neck portion and an expander body , wherein on the neck portion there is arranged an expansion sleeve which is expansible radially by drawing the expander body into the expansion sleeve , and wherein on the shank there is arranged a holding element which is resiliently deformable to modify its diameter (D HA ) and which has an opening in which the shank is accommodated, characterised in that the holding element is compressible by radial pressure in such a way that the external diameter (D HA ) of the holding element is larger than the external diameter (Ds) of the unexpanded expansion sleeve and the internal diameter (D HI ) of the holding element is the same as the diameter (D) of the part of the shank on which the holding element is arranged, in such a way that the holding element is connected by frictional engagement to the shank so as to be fixed against relative rotation.
An implantable medical device system comprising: a sensing module configured to receive a cardiac electrical signal from a patient's heart via a sensing electrode vector and sense cardiac events from the cardiac electrical signal; a therapy delivery module configured to generate pulses for delivering an anti-tachycardia pacing (ATP) therapy to the patient's heart via a pacing electrode vector; and a control module coupled to the sensing module and the therapy delivery module and configured to: detect a tachyarrhythmia from the cardiac electrical signal; start an ATP therapy delay period to delay the ATP therapy in response to detecting the tachyarrhythmia; characterised in that the control module is further configured to determine whether ATP delivery criteria are satisfied based on the cardiac electrical signal received by the sensing module during the ATP therapy delay period; control the therapy delivery module to deliver the delayed ATP therapy in response to the ATP delivery criteria being satisfied; and cancel the delayed ATP therapy in response to the ATP delivery criteria not being satisfied. a sensing module configured to receive a cardiac electrical signal from a patient's heart via a sensing electrode vector and sense cardiac events from the cardiac electrical signal; a therapy delivery module configured to generate pulses for delivering an anti-tachycardia pacing (ATP) therapy to the patient's heart via a pacing electrode vector; and a control module coupled to the sensing module and the therapy delivery module and configured to: detect a tachyarrhythmia from the cardiac electrical signal; start an ATP therapy delay period to delay the ATP therapy in response to detecting the tachyarrhythmia; characterised in that the control module is further configured to determine whether ATP delivery criteria are satisfied based on the cardiac electrical signal received by the sensing module during the ATP therapy delay period; control the therapy delivery module to deliver the delayed ATP therapy in response to the ATP delivery criteria being satisfied; and cancel the delayed ATP therapy in response to the ATP delivery criteria not being satisfied. detect a tachyarrhythmia from the cardiac electrical signal; start an ATP therapy delay period to delay the ATP therapy in response to detecting the tachyarrhythmia; characterised in that the control module is further configured to determine whether ATP delivery criteria are satisfied based on the cardiac electrical signal received by the sensing module during the ATP therapy delay period; control the therapy delivery module to deliver the delayed ATP therapy in response to the ATP delivery criteria being satisfied; and cancel the delayed ATP therapy in response to the ATP delivery criteria not being satisfied.
A tibial orthopedic implant for implantation onto a proximal tibia (T) of a patient's knee joint, the proximal tibia (T) having a bone surface with a resected bone section including a medial plateau and a medial wall extending upwardly from the medial plateau , and an unresected and cartilage-free side surface extending downwardly from the medial plateau, the tibial orthopedic implant comprising a body having a bone-facing surface including a transverse section superposable to the medial plateau and a sagittal section engageable with the medial wall , the body of the tibial orthopedic implant further comprising a flange extending downwardly and inwardly from the transverse section and the flange being engageable with the unresected and cartilage-free side surface of the proximal tibia (T) and substantially conforming thereto, the body being characterized in that an acute angle is defined between the transverse section and the sagittal section to provide a vertical substantial retention of the tibial orthopedic implant on the proximal tibia (T).
A method of wireless communication performed by a user equipment, UE, comprising: determining that a downlink control information, DCI, message requests bandwidth part switching and one-shot hybrid automatic repeat request, HARQ, feedback and does not schedule a physical downlink shared channel, PDSCH, communication; and transmitting, based at least in part on the DCI message requesting the bandwidth part switching and a PDSCH to HARQ feedback timing indicator of the DCI message, the one-shot HARQ feedback. determining that a downlink control information, DCI, message requests bandwidth part switching and one-shot hybrid automatic repeat request, HARQ, feedback and does not schedule a physical downlink shared channel, PDSCH, communication; and transmitting, based at least in part on the DCI message requesting the bandwidth part switching and a PDSCH to HARQ feedback timing indicator of the DCI message, the one-shot HARQ feedback.
A device for rotating a rotor of a wind power generator, comprising at least two rotating units , each of the rotating units comprising: a telescopic cylinder ; a mounting base configured to connect a fixed end of the telescopic cylinder to a stand of the wind power generator, and detachably connected to the stand , and the mounting base comprising a body ; and a pin arranged at a movable end of the telescopic cylinder , configured to be releasably fixed to the rotor , and configured to drive the rotor to rotate relative to the stand by a stroke movement of the telescopic cylinder ; and characterized in that the bodies of the mounting bases of the at least two rotating units are connected to form an annular base , and the annular base has an opening facing the stand ; and the annular base has a radian ranging from 170 to 220 degrees. a telescopic cylinder ; a mounting base configured to connect a fixed end of the telescopic cylinder to a stand of the wind power generator, and detachably connected to the stand , and the mounting base comprising a body ; and a pin arranged at a movable end of the telescopic cylinder , configured to be releasably fixed to the rotor , and configured to drive the rotor to rotate relative to the stand by a stroke movement of the telescopic cylinder ; and characterized in that the bodies of the mounting bases of the at least two rotating units are connected to form an annular base , and the annular base has an opening facing the stand ; and the annular base has a radian ranging from 170 to 220 degrees.
A cutting station of a slicing machine comprising a plurality of blades for cutting food products and a system for attaching said blades for cutting food products, the system comprising a support frame which includes at least one crosspiece provided with a plurality of gripping elements , each designed to receive at least one respective attachment member provided on one of said blades , characterised in that : the gripping elements include at least two rectilinear contact surfaces set at an angle to each other; and that the blades are equipped with attachment members in the form of polygonal members , having two sides designed to make contact at the same time with said two contact surfaces . the gripping elements include at least two rectilinear contact surfaces set at an angle to each other; and that the blades are equipped with attachment members in the form of polygonal members , having two sides designed to make contact at the same time with said two contact surfaces .
A cell separation chip for separating cells from a solution containing the cells, comprising: an upper plate ; a membrane located in a predetermined region of the upper plate where the solution containing cells is discharged to; and an absorption means positioned at a lower end of the upper plate so as to absorb a solution which has penetrated the membrane from the solution containing the cells; and a lower plate positioned at the lower end of the upper plate by being connected to the absorption means , wherein the membrane comprises: an upper end region forming an upper end of the membrane as a region where the solution containing cells is contacted first and wherein cells from the solution containing cells are left on an upper side of the membrane; wherein the upper end region has a hole with a diameter of 2 μm or smaller; and a lower end region forming a lower end of the membrane as a region where the solution is contacted with the absorption means ; wherein the lower end region has a hole with a diameter of 10 μm or greater. and a lower plate positioned at the lower end of the upper plate by being connected to the absorption means , wherein the membrane comprises: an upper end region forming an upper end of the membrane as a region where the solution containing cells is contacted first and wherein cells from the solution containing cells are left on an upper side of the membrane; wherein the upper end region has a hole with a diameter of 2 μm or smaller; and a lower end region forming a lower end of the membrane as a region where the solution is contacted with the absorption means ; wherein the lower end region has a hole with a diameter of 10 μm or greater.
Extendable table, comprising two table leg sets arranged opposite each other, and multiple surface slats disposed between the two table leg sets , the table leg set has an inverted U-shape overall, and comprises two table legs , and a crossbeam disposed between top ends of the two table legs ; two extendable beams are provided between the two table leg sets , and an upper end face of the extendable beam is provided with a slide groove , characterized in that: a chain structure is disposed in the slide groove , the chain structure comprises multiple sliders slidably mated with the slide groove , and a separation limiting plate disposed between adjacent sliders ; one end of the separation limiting plate is provided with a fixing end head fixed to one end of the slider , the separation limiting plate is provided with a travel slot , the slider is provided with a travel post slidably mated with the travel slot , and a bottom end of the travel post is provided with an end cap head after passing through the travel slot , each of the surface slats is fixed on top of two sliders corresponding to the two chain structures . a chain structure is disposed in the slide groove , the chain structure comprises multiple sliders slidably mated with the slide groove , and a separation limiting plate disposed between adjacent sliders ; one end of the separation limiting plate is provided with a fixing end head fixed to one end of the slider , the separation limiting plate is provided with a travel slot , the slider is provided with a travel post slidably mated with the travel slot , and a bottom end of the travel post is provided with an end cap head after passing through the travel slot , each of the surface slats is fixed on top of two sliders corresponding to the two chain structures .
An air supply management system for an equipment comprising a pneumatic system at least one part or subsystem of which has to undergo a checking test before putting the equipment into operations, the air management system comprising at least: - a controller ; - a compressor configured to supply the pneumatic system with pressurized air; characterised by - at least one set of airflow control means which are connected to the pneumatic system and are configured to commute between a first state where they impede pressurized air to flow into at least one selected subsystem or part of the pneumatic system while one or more remaining subsystems or parts of the pneumatic system are filled with pressurized air, and a second state where flow of pressurized air into said at least one selected subsystem or part is allowed; wherein the controller is configured to start a checking test of at least one of said one or more remaining subsystems or parts filled with pressurized air when the internal pressure of the pneumatic system reaches a predetermined threshold, and to commute or cause said at least one set of airflow control means to commute from said first position into said second position allowing pressurized air to flow into the at least one selected subsystem or part while carrying out in parallel said checking test. - a controller ; - a compressor configured to supply the pneumatic system with pressurized air; characterised by - at least one set of airflow control means which are connected to the pneumatic system and are configured to commute between a first state where they impede pressurized air to flow into at least one selected subsystem or part of the pneumatic system while one or more remaining subsystems or parts of the pneumatic system are filled with pressurized air, and a second state where flow of pressurized air into said at least one selected subsystem or part is allowed;
A method for wireless communications by an access point, AP, comprising: obtaining a first data packet to be transmitted to a station of a first class with a long range requirement ; obtaining at least one additional data packet to be transmitted to at least one station of a second class without the long range requirement; obtaining a second data packet to be transmitted to a station of a first class; inserting the first data packet into a frame for transmission; inserting the payload data from the at least one additional data packet into another portion of the frame, and inserting the second data packet into the frame for transmission; wherein the frame including bits intended for stations of a second class without the long range requirement , wherein the bits intended for the stations of the second class include header bits; and transmitting the frame with the portion of the frame including the first data packet and the second data packet being transmitted at a higher power than the remainder of the frame; and wherein the first data packet and the second data packet are inserted into pre-defined subcarrier portions of the frame. obtaining a first data packet to be transmitted to a station of a first class with a long range requirement ; obtaining at least one additional data packet to be transmitted to at least one station of a second class without the long range requirement; obtaining a second data packet to be transmitted to a station of a first class; inserting the first data packet into a frame for transmission; inserting the payload data from the at least one additional data packet into another portion of the frame, and inserting the second data packet into the frame for transmission; wherein the frame including bits intended for stations of a second class without the long range requirement , wherein the bits intended for the stations of the second class include header bits; and transmitting the frame with the portion of the frame including the first data packet and the second data packet being transmitted at a higher power than the remainder of the frame; and wherein the first data packet and the second data packet are inserted into pre-defined subcarrier portions of the frame.
An electronic device , comprising: a camera ; a communication module ; and a processor operably coupled with the camera and the communication module , wherein the processor is configured to: obtain a first image corresponding to an external object using the camera , generate metadata associated with the first image generate a second image smaller in data size than the first image using the first image, wherein pixel coordinates of the second image correspond to pixel coordinates of the first image, transmit the second image and the metadata to an external electronic device through the communication module , receive correction area information from the external electronic device through the communication module , wherein the correction area information is based on the metadata and information associated with an image area identified from the second image, and wherein the correction area information comprises a plurality of segmentation maps, and perform correction of the first image based on at least part of the correction area information, wherein the plurality of maps are related to a result of object recognition of at least one object in the second image, a reliability of the result of the object recognition, a result of texture recognition of the recognized objects in the second image and an accuracy of the texture recognition a camera ; a communication module ; and a processor operably coupled with the camera and the communication module , wherein the processor is configured to: obtain a first image corresponding to an external object using the camera , generate metadata associated with the first image generate a second image smaller in data size than the first image using the first image, wherein pixel coordinates of the second image correspond to pixel coordinates of the first image, transmit the second image and the metadata to an external electronic device through the communication module , receive correction area information from the external electronic device through the communication module , wherein the correction area information is based on the metadata and information associated with an image area identified from the second image, and wherein the correction area information comprises a plurality of segmentation maps, and perform correction of the first image based on at least part of the correction area information, wherein the plurality of maps are related to a result of object recognition of at least one object in the second image, a reliability of the result of the object recognition, a result of texture recognition of the recognized objects in the second image and an accuracy of the texture recognition
A method for detecting thymic stromal lymphopoietin (TSLP) responsive cells in human blood, the method comprising contacting cells in vitro with TSLP, wherein the cells are previously isolated from a sample of whole blood obtained from a human subject in need of treatment for an eosinophilic gastrointestinal disorder (EGID), and detecting one or more analytes in the cells or secreted by the cells, the one or more analytes selected from phosphorylated signal transducer and activator of transcription 5 (pSTAT5), interleukin- 5 (IL-5), and interleukin- 13 (IL-13), wherein the detection of the one or more of the analytes indicates TSLP responsive cells in the blood of the human subject. contacting cells in vitro with TSLP, wherein the cells are previously isolated from a sample of whole blood obtained from a human subject in need of treatment for an eosinophilic gastrointestinal disorder (EGID), and detecting one or more analytes in the cells or secreted by the cells, the one or more analytes selected from phosphorylated signal transducer and activator of transcription 5 (pSTAT5), interleukin- 5 (IL-5), and interleukin- 13 (IL-13), wherein the detection of the one or more of the analytes indicates TSLP responsive cells in the blood of the human subject.
An organic solvent purification system that separates an organic solvent having a boiling point of more than 100 °C at 1 atm from a liquid mixture containing water and the organic solvent, and purifies the organic solvent, the organic solvent purification system comprising: a heater that heats the liquid mixture; a pervaporation apparatus provided at subsequent position of said heater, the pervaporation apparatus including a pervaporation membrane and separating the organic solvent from the water; a vacuum evaporator to which the organic solvent collected from a concentration side of said pervaporation apparatus is supplied; and piping that supplies said heater with the organic solvent vaporized in said vacuum evaporator as a heat source of said heater. a heater that heats the liquid mixture; a pervaporation apparatus provided at subsequent position of said heater, the pervaporation apparatus including a pervaporation membrane and separating the organic solvent from the water; a vacuum evaporator to which the organic solvent collected from a concentration side of said pervaporation apparatus is supplied; and piping that supplies said heater with the organic solvent vaporized in said vacuum evaporator as a heat source of said heater.
: A slip form paving machine, comprising: a machine frame ; a plurality of ground engaging wheels or tracks ; front and rear height adjustable lifting columns supporting the machine frame from the ground engaging wheels or tracks , the lifting columns being adjustable to adjust a longitudinal inclination of the machine frame in a paving direction ; a slip form mold supported from the machine frame for molding a mass of concrete into a formed not yet hardened concrete slab as the paving machine moves forward in the paving direction ; an oscillating beam supported from the machine frame behind the slip form mold for engaging and oscillating transversely to the paving direction upon an upper surface of the formed not yet hardened concrete slab to smooth the upper surface; characterized in that the slip form paving machine comprises a roll size sensor configured to detect a size of a roll of not yet hardened concrete created in front of the oscillating beam . a machine frame ; a plurality of ground engaging wheels or tracks ; front and rear height adjustable lifting columns supporting the machine frame from the ground engaging wheels or tracks , the lifting columns being adjustable to adjust a longitudinal inclination of the machine frame in a paving direction ; a slip form mold supported from the machine frame for molding a mass of concrete into a formed not yet hardened concrete slab as the paving machine moves forward in the paving direction ; an oscillating beam supported from the machine frame behind the slip form mold for engaging and oscillating transversely to the paving direction upon an upper surface of the formed not yet hardened concrete slab to smooth the upper surface; characterized in that the slip form paving machine comprises a roll size sensor configured to detect a size of a roll of not yet hardened concrete created in front of the oscillating beam .