mhurhangee/patent-ind-claim-en huggingface dataset:
An insulator comprising: a part to be wound with a coil , the part covering an axial end surface of a tooth protruding from a core segment and a part of at least both circumferential side surfaces of the tooth ; a first flange continuous with the part to be wound with the coil at one of sides closer to a proximal end near the core segment and a distal end radially inward in relation to the core segment of the tooth , and including a coil guide groove therein that guides the coil to the part to be wound with the coil ; and a second flange continuous with the part to be wound with the coil at the other of the sides closer to the proximal end and the distal end of the tooth , wherein the coil guide groove includes a first groove extending at an acute angle θ from an radially inner surface of the first flange facing the second flange , characterized in that : the coil guide groove further includes a second groove continuous with the first groove and located more radially inward in relation to the first groove , an angle θ1 between a radially outer side surface of the second groove and the inner surface is acute and smaller than the angle θ, the coil guide groove includes a coil lock that locks a winding starting part of the coil , and the coil guide groove is a groove tapered toward a bottom, and the tapered groove serves as the coil lock . a part to be wound with a coil , the part covering an axial end surface of a tooth protruding from a core segment and a part of at least both circumferential side surfaces of the tooth ; a first flange continuous with the part to be wound with the coil at one of sides closer to a proximal end near the core segment and a distal end radially inward in relation to the core segment of the tooth , and including a coil guide groove therein that guides the coil to the part to be wound with the coil ; and a second flange continuous with the part to be wound with the coil at the other of the sides closer to the proximal end and the distal end of the tooth , wherein the coil guide groove includes a first groove extending at an acute angle θ from an radially inner surface of the first flange facing the second flange , the coil guide groove further includes a second groove continuous with the first groove and located more radially inward in relation to the first groove , an angle θ1 between a radially outer side surface of the second groove and the inner surface is acute and smaller than the angle θ, the coil guide groove includes a coil lock that locks a winding starting part of the coil , and the coil guide groove is a groove tapered toward a bottom, and the tapered groove serves as the coil lock .
Use of tar aroma components or a flavor containing the tar aroma components in preparation of a cigarette, wherein the tar aroma components are obtained by a method for extracting the tar aroma components from the cigarette butt comprising the following steps : adding the cigarette butt to an extraction solvent, and carrying out ultrasound-assisted extraction to obtain an extraction solution; centrifuging the extraction solution, and carrying out vacuum distillation on the supernatant to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light fraction of the molecular distillation to obtain the tar aroma components. adding the cigarette butt to an extraction solvent, and carrying out ultrasound-assisted extraction to obtain an extraction solution; centrifuging the extraction solution, and carrying out vacuum distillation on the supernatant to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light fraction of the molecular distillation to obtain the tar aroma components.
A tissue extraction device , comprising: a hollow tissue harvesting tip rotatably disposed at the distal end of a shaft, said tissue harvesting tip having cutting elements and openings disposed thereon; and a driver mechanism coupled to the tissue harvesting tip and effective to rotate the tissue harvesting tip , wherein the cutting elements comprise cutting surfaces which are disposed around the circumference of the tissue harvesting tip for excise of tissue upon rotation of the tip and wherein the openings are formed in a wall of the tissue harvesting tip to allow excised pieces of tissue to pass into the hollow tip ; characterized in that said openings are in the range of about 1 mm to 3 mm across; and the tissue harvesting tip further comprises one or more cutting surfaces on its distal end , to allow distal pressure on the device and the tissue harvesting tip to cut or drill into tissue. a hollow tissue harvesting tip rotatably disposed at the distal end of a shaft, said tissue harvesting tip having cutting elements and openings disposed thereon; and a driver mechanism coupled to the tissue harvesting tip and effective to rotate the tissue harvesting tip , wherein the cutting elements comprise cutting surfaces which are disposed around the circumference of the tissue harvesting tip for excise of tissue upon rotation of the tip and wherein the openings are formed in a wall of the tissue harvesting tip to allow excised pieces of tissue to pass into the hollow tip ; characterized in that said openings are in the range of about 1 mm to 3 mm across; and the tissue harvesting tip further comprises one or more cutting surfaces on its distal end , to allow distal pressure on the device and the tissue harvesting tip to cut or drill into tissue.
Granular sorption material composed of buildupagglomerated, porous granules (1; 8) for removal, in particular absorption, of harmful gases, in particular of SO x and/or HF and/or HCl, from exhaust gases from thermal processes, where the granules (1; 8) contain > 80% by weight, preferably > 95% by weight, of Ca(OH) 2 and/or CaCO 3 , based on the dry mass, and where the granules (1; 5) contain primary particles agglomerated with one another, characterized in that the granules (1; 8) have a dry bulk density p, determined by means of a bulk density pycnometer, of from 0.5 to 1.2 kg/dm 3 , preferably from 0.7 to 1.1 kg/dm 3 , and in that the granules (1; 8) have an open pore system having pores which have been produced by means of a porositising agent during production of the granular sorption material and are present between the primary particles .
A method for wireless communication at a user equipment, UE, (115-b) comprising: receiving, from a base station (105-b), an indication of a plurality of codebook sets, each codebook set including one or more precoding matrices for precoding downlink transmissions to the UE; identifying at least one set of the plurality of codebook sets to be evaluated for determining one or more preferred precoding matrices, wherein identifying the at least one set of the plurality of codebook sets comprises: receiving control information in a transmission time interval, TTI, that triggers the UE to transmit the CSI report; and determining the at least one set based at least in part on an index of the TTI; evaluating the one or more precoding matrices in the at least one set to determine the one or more preferred precoding matrices; and transmitting, to the base station, a precoding matrix indicator, PMI, of the one or more preferred precoding matrices in a channel state information, CSI, report. receiving, from a base station (105-b), an indication of a plurality of codebook sets, each codebook set including one or more precoding matrices for precoding downlink transmissions to the UE; identifying at least one set of the plurality of codebook sets to be evaluated for determining one or more preferred precoding matrices, wherein identifying the at least one set of the plurality of codebook sets comprises: receiving control information in a transmission time interval, TTI, that triggers the UE to transmit the CSI report; and determining the at least one set based at least in part on an index of the TTI; evaluating the one or more precoding matrices in the at least one set to determine the one or more preferred precoding matrices; and transmitting, to the base station, a precoding matrix indicator, PMI, of the one or more preferred precoding matrices in a channel state information, CSI, report. receiving control information in a transmission time interval, TTI, that triggers the UE to transmit the CSI report; and determining the at least one set based at least in part on an index of the TTI; evaluating the one or more precoding matrices in the at least one set to determine the one or more preferred precoding matrices; and transmitting, to the base station, a precoding matrix indicator, PMI, of the one or more preferred precoding matrices in a channel state information, CSI, report.
Use of the anelloviral load as a marker for immunosuppression, comprising determining the anelloviral load by measuring the level of anellovirus DNA in a biological sample of a subject.
A cooking apparatus comprising: a cooking plate ; first induction heating coils installed under the cooking plate ; a first driving assembly including a first driving circuit configured to generate a first driving current and distribute the first driving current to each of the first induction heating coils ; second induction heating coils installed under the cooking plate ; and a third driving assembly separated from the first driving assembly and including a third driving circuit configured to generate a third driving current and to distribute the third driving current to each of the second induction heating coils , characterized by a temperature sensor configured to output a signal indicating a temperature of a cooking vessel placed on the cooking plate; by a sub assembly including a temperature sensing circuit configured to determine a temperature of a cooking vessel based on the signal of the temperature sensor ; and characterized in that the sub assembly is separated from the first driving assembly and from the third driving assembly , and in that the sub assembly is disposed between the first driving assembly and the third driving assembly . a cooking plate ; first induction heating coils installed under the cooking plate ; a first driving assembly including a first driving circuit configured to generate a first driving current and distribute the first driving current to each of the first induction heating coils ; second induction heating coils installed under the cooking plate ; and a third driving assembly separated from the first driving assembly and including a third driving circuit configured to generate a third driving current and to distribute the third driving current to each of the second induction heating coils , characterized by a temperature sensor configured to output a signal indicating a temperature of a cooking vessel placed on the cooking plate; by a sub assembly including a temperature sensing circuit configured to determine a temperature of a cooking vessel based on the signal of the temperature sensor ; and characterized in that the sub assembly is separated from the first driving assembly and from the third driving assembly , and in that the sub assembly is disposed between the first driving assembly and the third driving assembly . the sub assembly is separated from the first driving assembly and from the third driving assembly , and in that the sub assembly is disposed between the first driving assembly and the third driving assembly .
A stereoscopic endoscope extending between proximal and distal ends thereof comprising; A) a main body at the proximal end having an internal cavity and having at least one fiber port that passes optical fiber from the exterior of said endoscope into said internal cavity, B) an outer tube extending from said main body to the distal end of said endoscope , C) first and second inner tubes , each with a lens train assembly, extending proximally from said distal end in said outer tube , characterised in that it further comprises: D) proximal and distal inserts at the proximal and distal ends of said outer tube , each insert including first and second support portions that position said first and second inner tubes along parallel paths, said insert defining first and second voids that extend between said insert and the inner surface of said outer tube , and E) first and second optical fiber bundles extending from said at least one fiber port through said first and second voids, respectively, to the distal end of said endoscope whereby the voids between said inserts and the inner surface of said outer tube are substantially filled with fiber. A) a main body at the proximal end having an internal cavity and having at least one fiber port that passes optical fiber from the exterior of said endoscope into said internal cavity, B) an outer tube extending from said main body to the distal end of said endoscope , C) first and second inner tubes , each with a lens train assembly, extending proximally from said distal end in said outer tube , D) proximal and distal inserts at the proximal and distal ends of said outer tube , each insert including first and second support portions that position said first and second inner tubes along parallel paths, said insert defining first and second voids that extend between said insert and the inner surface of said outer tube , and E) first and second optical fiber bundles extending from said at least one fiber port through said first and second voids, respectively, to the distal end of said endoscope whereby the voids between said inserts and the inner surface of said outer tube are substantially filled with fiber.
An information display method, comprising: receiving (S 110) a press operation on a preset display content; displaying (S120), based on the press operation, a loading bar representing a magnitude of a force value of the press operation; and loading (S130) the loading bar to a preset length and parsing the preset display content when the force value of the press operation reaches a preset threshold to obtain detailed information of the preset display content; characterized in that the method further comprises: cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content. receiving (S 110) a press operation on a preset display content; displaying (S120), based on the press operation, a loading bar representing a magnitude of a force value of the press operation; and loading (S130) the loading bar to a preset length and parsing the preset display content when the force value of the press operation reaches a preset threshold to obtain detailed information of the preset display content; characterized in that the method further comprises: cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content. cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content.
A particulate metal oxide comprising metal oxide core particles having a coating layer comprising an inorganic material, a silane coupling agent and a hydrophobizing agent, wherein the metal oxide is titanium oxide, zinc oxide, or iron oxide, wherein the inorganic material is chemically different to the metal oxide of the core particles, wherein the inorganic material comprises an oxide of silicon, aluminium, zirconium, cerium or zinc or a phosphate, and wherein the coating layer comprises 0.5% to 35% by weight of inorganic material, and/or 0.5 to 20% by weight of silane coupling agent, and/or 0.5% to 20% by weight of hydrophobizing agent, all based on the weight of the metal oxide core particles.
A method, comprising: receiving, at a device in a network, privatized network trace data that comprises round trip time information for hops along a communication path; grouping, by the device , the trace data into a plurality of network segments based on the round trip time information , wherein grouping the trace data into the plurality of network segments based on the round trip time information comprises sorting, by the device , the trace data by round trip time, and, based on the sorting, assigning, by the device, each of the round trip times to one of the plurality of network segments using a machine learning classifier; based on the grouping, calculating, by the device , a segment trip time metric for one or more of the network segments based on the round trip time information associated with the one or more network segments to determine characteristics of the communication path; and based on the calculating, identifying, by the device , one of the network segments as a source of delay along the communication path based on calculated segment trip time metrics for the plurality of network segments. receiving, at a device in a network, privatized network trace data that comprises round trip time information for hops along a communication path; grouping, by the device , the trace data into a plurality of network segments based on the round trip time information , wherein grouping the trace data into the plurality of network segments based on the round trip time information comprises sorting, by the device , the trace data by round trip time, and, based on the sorting, assigning, by the device, each of the round trip times to one of the plurality of network segments using a machine learning classifier; based on the grouping, calculating, by the device , a segment trip time metric for one or more of the network segments based on the round trip time information associated with the one or more network segments to determine characteristics of the communication path; and based on the calculating, identifying, by the device , one of the network segments as a source of delay along the communication path based on calculated segment trip time metrics for the plurality of network segments.
A tethered aircraft system for producing electrical energy, the system comprises: - a ground positioned electrical generator , - an aircraft comprising - one or more activatable propellers each connected to a motor-generator , - an on-board electrical energy storage connected to the motor-generator(s) , - moveable control surfaces connected to the wings of the aircraft for changing the lift coefficient and/or drag coefficient of the aircraft either locally or globally for the aircraft, - a tether connected at one end to the aircraft and distal thereto connected to said generator so that a pull in the tether result in a rotation of generator's rotor, wherein tether is electrically isolated from the electrical energy storage and from the power circuit of the motor-generator(s) , wherein the system is adapted to activate the one or more, such as all, of said activatable propellers , at least parttime, during reeling-in to produce electrical power. - a ground positioned electrical generator , - an aircraft comprising - one or more activatable propellers each connected to a motor-generator , - an on-board electrical energy storage connected to the motor-generator(s) , - moveable control surfaces connected to the wings of the aircraft for changing the lift coefficient and/or drag coefficient of the aircraft either locally or globally for the aircraft, - one or more activatable propellers each connected to a motor-generator , - an on-board electrical energy storage connected to the motor-generator(s) , - moveable control surfaces connected to the wings of the aircraft for changing the lift coefficient and/or drag coefficient of the aircraft either locally or globally for the aircraft, - a tether connected at one end to the aircraft and distal thereto connected to said generator so that a pull in the tether result in a rotation of generator's rotor, wherein tether is electrically isolated from the electrical energy storage and from the power circuit of the motor-generator(s) ,
A method for performing a random access procedure, the method being performed by a user equipment, UE, and comprising: selecting one random access preamble from among a first random access preamble and a second random access preamble if a dual connectivity is configured and if a first subframe of the first random access preamble is overlapped with a second subframe of the second random access preamble; transmitting the selected one random access preamble, wherein the first random access preamble is to be transmitted toward a first cell belonging to a master cell group, MCG, of a first base station, wherein the second random access preamble is to be transmitted toward a second cell belonging to a secondary cell group, SCG, of a second base station, wherein if a transmission of an unselected random access preamble is dropped, information used for suspending a power ramping is delivered to an upper layer, and wherein the information used for suspending the power ramping enables the upper layer to suspend the power ramping. selecting one random access preamble from among a first random access preamble and a second random access preamble if a dual connectivity is configured and if a first subframe of the first random access preamble is overlapped with a second subframe of the second random access preamble; transmitting the selected one random access preamble, wherein the first random access preamble is to be transmitted toward a first cell belonging to a master cell group, MCG, of a first base station, wherein the second random access preamble is to be transmitted toward a second cell belonging to a secondary cell group, SCG, of a second base station, wherein if a transmission of an unselected random access preamble is dropped, information used for suspending a power ramping is delivered to an upper layer, and wherein the information used for suspending the power ramping enables the upper layer to suspend the power ramping.
A communication method in a handover process, comprising: when a terminal is handed over from a source access network device to a target access network device, obtaining , by a gateway device, address information of the target access network device; obtaining , by the gateway device, address information of a Mobile Edge Computing, MEC, network element; and sending , by the gateway device, the address information of the target access network device to the MEC network element based on the address information of the MEC network element, so that the MEC network element modifies stored address information of the source access network device to the address information of the target access network device. when a terminal is handed over from a source access network device to a target access network device, obtaining , by a gateway device, address information of the target access network device; obtaining , by the gateway device, address information of a Mobile Edge Computing, MEC, network element; and sending , by the gateway device, the address information of the target access network device to the MEC network element based on the address information of the MEC network element, so that the MEC network element modifies stored address information of the source access network device to the address information of the target access network device.