mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a neighboring base station, comprising: receiving, by a first base station, a signal transmitted by a second base station; obtaining, by the first base station, a path loss of the signal according to the signal; and sending, by the first base station, the path loss of the signal to a processing network element; receiving, by the processing network element, the path loss of the signal, sent by the first base station, and, determining, by the processing network element, a neighboring base station of the first base station according to the path loss of the signal, wherein the step of obtaining, by the first base station, the path loss of the signal according to the signal, comprises, performing a signal test on the signal as received to obtain the path loss of the signal; and when the receiving, by the first base station, of the signal transmitted by the second base station is performed, the method further comprises: increasing, by the second base station, a ratio of pilot channel power of the second base station to total transmit power. receiving, by a first base station, a signal transmitted by a second base station; obtaining, by the first base station, a path loss of the signal according to the signal; and sending, by the first base station, the path loss of the signal to a processing network element; receiving, by the processing network element, the path loss of the signal, sent by the first base station, and, determining, by the processing network element, a neighboring base station of the first base station according to the path loss of the signal, wherein the step of obtaining, by the first base station, the path loss of the signal according to the signal, comprises, performing a signal test on the signal as received to obtain the path loss of the signal; and when the receiving, by the first base station, of the signal transmitted by the second base station is performed, the method further comprises: increasing, by the second base station, a ratio of pilot channel power of the second base station to total transmit power.
A banknote storing/feeding unit comprising: a tape; a drum which one end of the tape is attached to, and winds and rewinds the banknote together with the tape; a reel which another end of the tape is attached to, and winds and rewinds the tape on and from the drum; wherein the banknote storing/feeding unit stores a banknote transported from the outside, and feeds the stored banknote to the outside; and the banknote storing/feeding unit further comprising: a guide body which has a guide passage that guides the tape to be wound and rewound on and from the drum, and guides the banknote to be wound and rewound together with the tape on and from the drum, wherein the guide body swings according to winding and rewinding of the tape and the banknote on and from the drum between the drum and the reel centering on a supporting point located within a region parallel to a first virtual line connecting a rotational center of the drum and a rotational center of the reel, characterized in that said region is between a second virtual line perpendicular to the first virtual line from the rotational center of the drum and a third virtual line perpendicular to the first virtual line from the rotational center of the reel. a tape; a drum which one end of the tape is attached to, and winds and rewinds the banknote together with the tape; a reel which another end of the tape is attached to, and winds and rewinds the tape on and from the drum; wherein the banknote storing/feeding unit stores a banknote transported from the outside, and feeds the stored banknote to the outside; and the banknote storing/feeding unit further comprising: a guide body which has a guide passage that guides the tape to be wound and rewound on and from the drum, and guides the banknote to be wound and rewound together with the tape on and from the drum, wherein the guide body swings according to winding and rewinding of the tape and the banknote on and from the drum between the drum and the reel centering on a supporting point located within a region parallel to a first virtual line connecting a rotational center of the drum and a rotational center of the reel, characterized in that said region is between a second virtual line perpendicular to the first virtual line from the rotational center of the drum and a third virtual line perpendicular to the first virtual line from the rotational center of the reel. a guide body which has a guide passage that guides the tape to be wound and rewound on and from the drum, and guides the banknote to be wound and rewound together with the tape on and from the drum, wherein the guide body swings according to winding and rewinding of the tape and the banknote on and from the drum between the drum and the reel centering on a supporting point located within a region parallel to a first virtual line connecting a rotational center of the drum and a rotational center of the reel, characterized in that said region is between a second virtual line perpendicular to the first virtual line from the rotational center of the drum and a third virtual line perpendicular to the first virtual line from the rotational center of the reel.
A system, comprising: a telecom utility cabinet; an air-based geothermal cooling system for the telecom utility cabinet, wherein the air-based geothermal cooling system comprises a plurality of heat exchange tubes configured to extend into an underground environment; and characterized by that: the system further comprises a leak detector for the air-based geothermal cooling system, wherein the leak detector is located below at least one of said heat exchange tubes, and wherein the air-based geothermal cooling system comprises a leak detector maintenance tube separate from the plurality of heat exchange tubes, the leak detector maintenance tube enables the leak detector access to a base of the air-based geothermal cooling system. a telecom utility cabinet; an air-based geothermal cooling system for the telecom utility cabinet, wherein the air-based geothermal cooling system comprises a plurality of heat exchange tubes configured to extend into an underground environment; and characterized by that: the system further comprises a leak detector for the air-based geothermal cooling system, wherein the leak detector is located below at least one of said heat exchange tubes, and wherein the air-based geothermal cooling system comprises a leak detector maintenance tube separate from the plurality of heat exchange tubes, the leak detector maintenance tube enables the leak detector access to a base of the air-based geothermal cooling system.
A system for measuring the amount of potential energy stored within a piston-type hydraulic accumulator, the system comprising: the piston-type hydraulic accumulator having an oil side and a gas side; a piston slidingly engaged with the accumulator; a sensor package (61, 62) for sensing the linear motion of the piston; and an electrical connector (14, 22) connected to the sensor package for signaling the position of the piston within the accumulator; wherein: the sensor package (61, 62) comprises a flexible connector, the piston comprises a base portion integrally formed at a distal end of a sleeve portion, and a sensor extension affixed to an interior surface of the base portion and extending along a longitudinal axis of the sleeve beyond a proximal end of the sleeve, the sensor package (61, 62) is installed on the gas side of the accumulator, the sensor extension is connected at a proximal end to the flexible connector, and the sensor extension is supported by a centering disk within the sleeve portion extending laterally away from the longitudinal axis, the centering disk acting to maintain the position of the sensor extension along the longitudinal axis. the piston-type hydraulic accumulator having an oil side and a gas side; a piston slidingly engaged with the accumulator; a sensor package (61, 62) for sensing the linear motion of the piston; and an electrical connector (14, 22) connected to the sensor package for signaling the position of the piston within the accumulator; wherein: the sensor package (61, 62) comprises a flexible connector, the piston comprises a base portion integrally formed at a distal end of a sleeve portion, and a sensor extension affixed to an interior surface of the base portion and extending along a longitudinal axis of the sleeve beyond a proximal end of the sleeve, the sensor package (61, 62) is installed on the gas side of the accumulator, the sensor extension is connected at a proximal end to the flexible connector, and the sensor extension is supported by a centering disk within the sleeve portion extending laterally away from the longitudinal axis, the centering disk acting to maintain the position of the sensor extension along the longitudinal axis. the sensor package (61, 62) comprises a flexible connector, the piston comprises a base portion integrally formed at a distal end of a sleeve portion, and a sensor extension affixed to an interior surface of the base portion and extending along a longitudinal axis of the sleeve beyond a proximal end of the sleeve, the sensor package (61, 62) is installed on the gas side of the accumulator, the sensor extension is connected at a proximal end to the flexible connector, and the sensor extension is supported by a centering disk within the sleeve portion extending laterally away from the longitudinal axis, the centering disk acting to maintain the position of the sensor extension along the longitudinal axis.
Method for HVAC system control of a thermostat, the method comprising: accessing a first comfort map; receiving comfort event data at a comfort event time point and a comfort event temperature point, wherein the comfort event data comprises a temperature increase request data or a temperature decrease request data; determining a temperature range based on the comfort event temperature point, a temperature offset and the temperature increase request data or the temperature decrease request data, wherein the temperature range having an absolute minimum value of the system if the comfort event data comprise the temperature increase request data and an absolute maximum value of the system if the comfort event data comprises the temperature decrease request data; determining a time range based on the comfort event time point, a first time offset and a second time offset; determining a two-dimensional comfort event window based on the temperature range and the time range; updating the first comfort map using the comfort event window by overlaying the comfort event window onto the first comfort map; and controlling a temperature trajectory based on the updated comfort map. accessing a first comfort map; receiving comfort event data at a comfort event time point and a comfort event temperature point, wherein the comfort event data comprises a temperature increase request data or a temperature decrease request data; determining a temperature range based on the comfort event temperature point, a temperature offset and the temperature increase request data or the temperature decrease request data, wherein the temperature range having an absolute minimum value of the system if the comfort event data comprise the temperature increase request data and an absolute maximum value of the system if the comfort event data comprises the temperature decrease request data; determining a time range based on the comfort event time point, a first time offset and a second time offset; determining a two-dimensional comfort event window based on the temperature range and the time range; updating the first comfort map using the comfort event window by overlaying the comfort event window onto the first comfort map; and controlling a temperature trajectory based on the updated comfort map.
A method for evaluating the shape of an orthodontic aligner worn by a patient, said method comprising the following steps: 1) acquisition of at least one two-dimensional image of teeth of said patient, referred to as "updated image", under actual acquisition conditions; at least one updated image referred to as "aligner image", at least partially representing the aligner in a service position in which it is worn by said teeth; and at least one updated image referred to as "dentition image", identical to or different from the aligner image, representing said teeth, 2) if the dentition image is different from the aligner image, conversion of the dentition image so that it represents said teeth as seen under the acquisition conditions used during the acquisition of the aligner image in step 1); 3) determination, for each of a plurality of teeth represented on the dentition and aligner images, of interior and exterior tooth outlines representing the outline of the free end of said tooth on the dentition and aligner images, respectively; 4) comparison of the interior and exterior tooth outlines, followed by determination of at least one score according to said comparison. 1) acquisition of at least one two-dimensional image of teeth of said patient, referred to as "updated image", under actual acquisition conditions; at least one updated image referred to as "aligner image", at least partially representing the aligner in a service position in which it is worn by said teeth; and at least one updated image referred to as "dentition image", identical to or different from the aligner image, representing said teeth, 2) if the dentition image is different from the aligner image, conversion of the dentition image so that it represents said teeth as seen under the acquisition conditions used during the acquisition of the aligner image in step 1); 3) determination, for each of a plurality of teeth represented on the dentition and aligner images, of interior and exterior tooth outlines representing the outline of the free end of said tooth on the dentition and aligner images, respectively; 4) comparison of the interior and exterior tooth outlines, followed by determination of at least one score according to said comparison.
An assembly for adjusting the distance between the loading deck of a vehicle and a ground surface, the assembly comprising: an axle casing connected substantially parallel to at least one wheel axle and rotatably connected proximal to an underside of the vehicle; a pair of swing arms, each swing arm being resiliently and rotatably connected at a firstl end to the axle casing; a wheel axle connected at a second end of each swing arm; characterized by two actuator arms fixed to and extending from the axle casing; a retraction mechanism (13,14,15) associated with each of the two actuator arms and rotatably connected in a fixed position in relation to the vehicle, each retraction mechanism having a retractable linkage connected to the associated actuator arm, each retraction mechanism when rotated adjusting the length of the retractable linkage to rotate the associated actuator arm, the axle casing attached thereto, and the swing arms with respect to the vehicle; and a shaft (22; 26; 31) interconnecting the retraction mechanisms. an axle casing connected substantially parallel to at least one wheel axle and rotatably connected proximal to an underside of the vehicle; a pair of swing arms, each swing arm being resiliently and rotatably connected at a firstl end to the axle casing; a wheel axle connected at a second end of each swing arm; characterized by two actuator arms fixed to and extending from the axle casing; a retraction mechanism (13,14,15) associated with each of the two actuator arms and rotatably connected in a fixed position in relation to the vehicle, each retraction mechanism having a retractable linkage connected to the associated actuator arm, each retraction mechanism when rotated adjusting the length of the retractable linkage to rotate the associated actuator arm, the axle casing attached thereto, and the swing arms with respect to the vehicle; and a shaft (22; 26; 31) interconnecting the retraction mechanisms.
A method, comprising: operating (925, 930) in a frequency hopping communication network according to a common broadcast schedule for the network that simultaneously overlays a configured portion of all independently determined unicast listening schedules in the network, wherein the overlaid configured portion is based on broadcast schedule parameters consisting of a first time spent for broadcast transmissions in each broadcast period and a second time between broadcast periods; monitoring network characteristics relating to unicast traffic and broadcast traffic in the network; determining updated broadcast schedule parameters based on the network characteristics; and characterised by: updating operation of the common broadcast schedule with the updated broadcast schedule parameters by adjusting one or more of the first time and the second time. operating (925, 930) in a frequency hopping communication network according to a common broadcast schedule for the network that simultaneously overlays a configured portion of all independently determined unicast listening schedules in the network, wherein the overlaid configured portion is based on broadcast schedule parameters consisting of a first time spent for broadcast transmissions in each broadcast period and a second time between broadcast periods; monitoring network characteristics relating to unicast traffic and broadcast traffic in the network; determining updated broadcast schedule parameters based on the network characteristics; and characterised by: updating operation of the common broadcast schedule with the updated broadcast schedule parameters by adjusting one or more of the first time and the second time.
A cartridge for the preparation of a liquid product by means of liquid and/or steam introduced into the cartridge, the cartridge including a casing with a central axis (X 14), said casing having therein a receiving chamber with a filling of a substance for the preparation of said liquid product, said casing having a bottom wall for said liquid product to flow from the cartridge, wherein said bottom wall has a peripheral rim lying in a plane (B-B') and presents, when observed on the outer side with respect to the cartridge, a central protruding portion providing therein an extension of said receiving chamber with a filling of a substance for the preparation of said liquid product, characterized in that: - said central portion protrudes from the casing of the cartridge beyond (d) the plane (B-B') of said peripheral rim, - said central portion is surrounded by an annular portion of said bottom wall which extends in a direction orthogonal to said central axis (X 14), - at least one opening is provided for the outflow of said liquid product from the cartridge located at said central protruding portion, with said bottom wall exempt from apertures for the outflow of said liquid product from the cartridge in said annular portion. - said central portion protrudes from the casing of the cartridge beyond (d) the plane (B-B') of said peripheral rim, - said central portion is surrounded by an annular portion of said bottom wall which extends in a direction orthogonal to said central axis (X 14), - at least one opening is provided for the outflow of said liquid product from the cartridge located at said central protruding portion, with said bottom wall exempt from apertures for the outflow of said liquid product from the cartridge in said annular portion.
Method for configuring a communication network containing a plurality of network nodes (R1, R2, D2, D3) and at least one central control unit, wherein a communication structure, comprising physical or virtual network nodes and connections, is made available by the communication network and is used by the network nodes (R1, R2, D2, D3) to communicate in accordance with the respective functionalities and the respectively used services (S11, S12, S21, S22), having the following steps: - registering a further network node having a unique identification with the central control unit, wherein the unique identification of the further network node is assigned at least one function class by the at least one central control unit, and the function class defines a service-specific functionality of the respective network node and comprises interfaces to the communication structure provided and/or required by the functionality of the respective network node, and the service-specific functionality comprises corresponding data and information about the exchange between network nodes; - adding the further network node to the communication network; - sending configuration information by way of the added network node, comprising at least the unique identification of the network node; - forwarding the configuration information to the central control unit; - authenticating the added network node based on the unique identification in the configuration information by way of the central control unit; - deriving configuration and communication data for the added network node on the basis of the at least one function class that has been assigned to the unique identification of the added network node; - reconfiguring the communication structure based on the configuration and communication data for the added network node. - registering a further network node having a unique identification with the central control unit, wherein the unique identification of the further network node is assigned at least one function class by the at least one central control unit, and the function class defines a service-specific functionality of the respective network node and comprises interfaces to the communication structure provided and/or required by the functionality of the respective network node, and the service-specific functionality comprises corresponding data and information about the exchange between network nodes; - adding the further network node to the communication network; - sending configuration information by way of the added network node, comprising at least the unique identification of the network node; - forwarding the configuration information to the central control unit; - authenticating the added network node based on the unique identification in the configuration information by way of the central control unit; - deriving configuration and communication data for the added network node on the basis of the at least one function class that has been assigned to the unique identification of the added network node; - reconfiguring the communication structure based on the configuration and communication data for the added network node.