mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, comprising: an angular field estimation section configured to estimate an angular field (A1, A2) of a picture acquired by an imaging apparatus, based on positions in the picture, the positions relating to at least two points whose position relationship in a real space is already known; and a composition specification information output section configured to output information specifying a composition of the picture, in a manner that a position relationship between a photographic subject and the imaging apparatus, prescribed in accordance with the angular field, is satisfied. an angular field estimation section configured to estimate an angular field (A1, A2) of a picture acquired by an imaging apparatus, based on positions in the picture, the positions relating to at least two points whose position relationship in a real space is already known; and a composition specification information output section configured to output information specifying a composition of the picture, in a manner that a position relationship between a photographic subject and the imaging apparatus, prescribed in accordance with the angular field, is satisfied.
A portable air blast system configured for freezing and thawing biological solution inside a container comprising a vent enclosure 30 with walls 301 configured to create a vent 302 in the portable air blast system; a stand 20 comprising several supports 202; wherein the stand 20 and the supports 202 are configured to receive a container with side walls 503 so that the distance between the stand and the vent enclosure 30 ranges from 1 cm to 10 cm and the position of the container is maintained in the center of the vent enclosure 30 such that the distance between the walls of the vent enclosure 301 and side walls of the container 503 ranges from 1 cm to 10 cm and is approximately constant to ensure similar vertical airflow velocity around all side walls of the container; at least one fan, wherein the fan forces air to pass through the vent 302 for uniform heat transfer coefficient in the walls of the container 503; a controller for controlling the vertical airflow velocity; and a fan enclosure; wherein the vertical airflow velocity ranges from approximately 0.5 m/s to approximately 20 m/s; wherein the container 503 is a bag, bottle, or carboy; and wherein the system is configured to receive a container 503 with a volumetric capacity ranging from approximately 1 mL to approximately 20 L. a vent enclosure 30 with walls 301 configured to create a vent 302 in the portable air blast system; a stand 20 comprising several supports 202; wherein the stand 20 and the supports 202 are configured to receive a container with side walls 503 so that the distance between the stand and the vent enclosure 30 ranges from 1 cm to 10 cm and the position of the container is maintained in the center of the vent enclosure 30 such that the distance between the walls of the vent enclosure 301 and side walls of the container 503 ranges from 1 cm to 10 cm and is approximately constant to ensure similar vertical airflow velocity around all side walls of the container; at least one fan, wherein the fan forces air to pass through the vent 302 for uniform heat transfer coefficient in the walls of the container 503; a controller for controlling the vertical airflow velocity; and a fan enclosure; wherein the vertical airflow velocity ranges from approximately 0.5 m/s to approximately 20 m/s; wherein the container 503 is a bag, bottle, or carboy; and wherein the system is configured to receive a container 503 with a volumetric capacity ranging from approximately 1 mL to approximately 20 L.
A decoder (100; 200) comprising: a set of input leads for receiving input signals (A 0 to A 2; SEL 0 to SEL 7); a set of intermediate leads; a resonant circuit (104; 140; 150; 170; 180) for generating a resonating signal; a resonant input signal lead configured to receive the resonating signal from the resonant circuit (104; 140; 150; 170; 180); a set of pairs of switches (120; 220), a first switch of each pair of switches being associated with a first one of said intermediate leads and one of said input leads, and the second switch of each pair of switches being associated with a second one of said intermediate leads and the same input lead, each pair of switches coupling the resonating input signal lead to either said first one of said intermediate leads to receive said resonating signal or said second one of said intermediate leads to receive said resonating signal in response to the input signal received by the input lead associated with said pair of switches; a set of pointer circuits (118; 184; 236) coupled to said intermediate leads for generating a set of decoded output signals corresponding to the signals on the input leads, the intermediate leads that are not coupled to receive the resonating signal being held at a first binary voltage; wherein said decoder is coupled to receive a strobe signal (STRB, STRBn), said pointer circuits (118; 184; 236) performing a logic function on the signals on said intermediate leads when said strobe signal is asserted, said strobe signal being asserted when the resonating signal is at a second binary voltage opposite said first binary voltage. a set of input leads for receiving input signals (A 0 to A 2; SEL 0 to SEL 7); a set of intermediate leads; a resonant circuit (104; 140; 150; 170; 180) for generating a resonating signal; a resonant input signal lead configured to receive the resonating signal from the resonant circuit (104; 140; 150; 170; 180); a set of pairs of switches (120; 220), a first switch of each pair of switches being associated with a first one of said intermediate leads and one of said input leads, and the second switch of each pair of switches being associated with a second one of said intermediate leads and the same input lead, each pair of switches coupling the resonating input signal lead to either said first one of said intermediate leads to receive said resonating signal or said second one of said intermediate leads to receive said resonating signal in response to the input signal received by the input lead a set of pointer circuits (118; 184; 236) coupled to said intermediate leads for generating a set of decoded output signals corresponding to the signals on the input leads, the intermediate leads that are not coupled to receive the resonating signal being held at a first binary voltage; wherein said decoder is coupled to receive a strobe signal (STRB, STRBn), said pointer circuits (118; 184; 236) performing a logic function on the signals on said intermediate leads when said strobe signal is asserted, said strobe signal being asserted when the resonating signal is at a second binary voltage opposite said first binary voltage.
A base node in communication with a wireless network, the base node comprising: a processor, the processor configured to: determine a first energy-saving mode; place the base node into the first energy-saving mode; and provide an indication of a first energy-saving mode status; characterized in that the first energy-saving mode includes broadcasting only a Master Information Block, MIB, message and one or more System Information Block, SIB, messages that include cell access information. a processor, the processor configured to: determine a first energy-saving mode; place the base node into the first energy-saving mode; and provide an indication of a first energy-saving mode status; determine a first energy-saving mode; place the base node into the first energy-saving mode; and provide an indication of a first energy-saving mode status; characterized in that the first energy-saving mode includes broadcasting only a Master Information Block, MIB, message and one or more System Information Block, SIB, messages that include cell access information.
Filter part for use in an air filter attachment, comprising a filter element having a filter wall made of pleated filter material and an inner free space, an outline of the filter part being elongate and curved in the manner of a circular segment and being formed having curved edges (14, 15) in the extension direction, two filter elements being provided so as to be merged and each filter wall consisting of a pleated material, the filter part having, on its upper side, a tightly closed filter cover which sits directly on the filter material and has a bottom part, two separate filter walls of the filter elements extending between the bottom part and the filter cover, the bottom part having a bottom opening associated with each free space, the filter cover and the bottom part having matching, elongated outlines, characterised in that for screw fastening in the air filter attachment, the filter part has, on the filter cover, ear-like formations protruding in several places over the outline of the filter cover, in that the curved edges (14, 15) merge into one another via more heavily curved end edges (16, 17), in that both filter walls end with the more heavily curved end edges of the bottom part and in that the filter walls are arranged directly next to one another.
Method for producing a sleeve for electrical cables, according to which the sleeve is produced wholly or partly by means of a generative manufacturing process by building a predetermined layer sequence, further according to which the sleeve completely or partially surrounds the cables in the manner of a flexible tubular sleeve for bundling cables in automobiles to form a cable bundle, and further according to which the tubular sleeve is built up layer by layer starting on a disc-like base with central opening and for this purpose the cable bundle is passed through the opening in the base, and the layer sequence built up on the base consequently surrounds the cable bundle as the tubular sleeve, and according to which the tubular sleeve is moulded against the cables from a amorphous or form-neutral material with a processing temperature below the melting temperature of a cable insulation and subsequently solidified.
A method for wireless communications at a user equipment, UE (115-b), comprising: determining (405, 1305, 1405), by the UE (115-b), a preference of the UE for a termination point (105-c, 105-d) between a core network and a radio access network, the core network and the radio access network supporting communications for the UE via at least one of a first cell associated with a multi-connectivity mode of the UE and a second cell associated with the multi-connectivity mode of the UE; and transmitting (410, 1310, 1410), to a base station, an indication of the preference of the UE for the termination point based at least in part on the determining. determining (405, 1305, 1405), by the UE (115-b), a preference of the UE for a termination point (105-c, 105-d) between a core network and a radio access network, the core network and the radio access network supporting communications for the UE via at least one of a first cell associated with a multi-connectivity mode of the UE and a second cell associated with the multi-connectivity mode of the UE; and transmitting (410, 1310, 1410), to a base station, an indication of the preference of the UE for the termination point based at least in part on the determining.
A system for monitoring a condition of a nuclear reactor pressure vessel disposed in a radioactive environment, the system comprising: an instrument structured to monitor a condition of the nuclear reactor pressure vessel; a powered wireless transmitting modem to be disposed in the radioactive environment, the wireless transmitting modem being electrically coupled to the instrument; a receiving modem to be disposed in the line of sight of the transmitting modem, the receiving modem being in wireless communication with the transmitting modem; and a signal processing unit electrically coupled to the receiving modem, the signal processing unit being structured to determine the condition of the nuclear reactor pressure vessel from the instrument, characterized in that the transmitting modem is powered by a thermocouple to be disposed in or on the reactor pressure vessel. an instrument structured to monitor a condition of the nuclear reactor pressure vessel; a powered wireless transmitting modem to be disposed in the radioactive environment, the wireless transmitting modem being electrically coupled to the instrument; a receiving modem to be disposed in the line of sight of the transmitting modem, the receiving modem being in wireless communication with the transmitting modem; and a signal processing unit electrically coupled to the receiving modem, the signal processing unit being structured to determine the condition of the nuclear reactor pressure vessel from the instrument, characterized in that the transmitting modem is powered by a thermocouple to be disposed in or on the reactor pressure vessel.
Control method for adjusting a driving behaviour of an electric bicycle when pushing the electric bicycle, at least comprising the following steps • identifying activation of a pushing assistance operating mode of the electric bicycle by a user, • detecting an ego speed (v ego) of the electric bicycle, characterized by the following steps: • ascertaining an external speed (v external) of the user and/or at least one other vehicle, and • controlling an electric motor of the electric bicycle depending on the identified activation of the pushing assistance operating mode, the detected ego speed (v ego) and the ascertained external speed (v external) for adjusting the ego speed (v ego) and/or an acceleration (a) of the electric bicycle. • identifying activation of a pushing assistance operating mode of the electric bicycle by a user, • detecting an ego speed (v ego) of the electric bicycle, characterized by the following steps: • ascertaining an external speed (v external) of the user and/or at least one other vehicle, and • controlling an electric motor of the electric bicycle depending on the identified activation of the pushing assistance operating mode, the detected ego speed (v ego) and the ascertained external speed (v external) for adjusting the ego speed (v ego) and/or an acceleration (a) of the electric bicycle.
A hydraulic pump system comprising: a housing defining a tank for containing hydraulic fluid in use; one or more pump modules each comprising a hydraulic pump for supplying hydraulic fluid from the tank to a hydraulic system; and a mounting arrangement; wherein the or each pump module is mounted to the housing by the mounting arrangement, wherein the or each hydraulic pump comprises a body, and wherein the body extends at least partially into the tank, and wherein the housing comprises an outer casing, and characterised in that the hosing further comprises an inner liner spaced apart from the outer casing to define a cavity therebetween. a housing defining a tank for containing hydraulic fluid in use; one or more pump modules each comprising a hydraulic pump for supplying hydraulic fluid from the tank to a hydraulic system; and a mounting arrangement; wherein the or each pump module is mounted to the housing by the mounting arrangement, wherein the or each hydraulic pump comprises a body, and wherein the body extends at least partially into the tank, and wherein the housing comprises an outer casing, and characterised in that the hosing further comprises an inner liner spaced apart from the outer casing to define a cavity therebetween.
Shaft rod for a heald frame of a loom, with a base body comprising at least one receiving chamber which extends in a longitudinal direction, is delimited on three sides by a respective web (19, 27) of the base body and has an opening towards one side, with a latching means arranged on the base body, with a reinforcing rod which comprises a first portion with a substantially constant first width and directly adjoining this a second portion with a second width different from the first width, wherein the reinforcing rod is loaded by the locking means of the base body, characterized in that the first portion of the reinforcing rod is arranged in the receiving chamber.
A blood coagulation system examination module comprising a thrombin potential examination unit configured to examine thrombin potential on a basis of an electrical property of blood as measured at a specific frequency and predetermined time intervals in a predetermined period after reversal of an anticoagulation action working on the blood, wherein the thrombin potential examination unit is configured to examine the thrombin potential on a basis of a value G max /A max obtained by dividing a maximum gradient (G max) of a waveform of the electrical property at the specific frequency in the predetermined period with a maximum amplitude (A max) of the waveform of the electrical property at the specific frequency in the predetermined period.
An epoxy resin, comprising an epoxy compound having at least two mesogenic structures and at least one divalent biphenyl group, wherein at least one of the at least two mesogenic structures includes a structure represented by the following Formula: wherein each of R 3 to R 6 independently represents a hydrogen atom or an alkyl group of 1 to 3 carbon atoms.
A device for the transportation and temporary storage of a medical instrument such as an endoscope, the device comprising: an instrument bag formed of a plastics material substantially impermeable to bodily fluids, the bag having an opening for receiving the instrument; an inner label which has a first portion adhered to an external surface of the bag adjacent to the opening and has a second portion which is disposed beyond the opening and which has a lower surface which is adhesive and covered by a removable backing; and an outer label which overlies the inner label and which has a first portion which has a lower surface adhered to at least one of an external surface of the bag and an upper surface of the inner label, and a second portion which is disposed beyond the opening and which has a lower surface at least part of which is adhesive and covered by a removable backing. an instrument bag formed of a plastics material substantially impermeable to bodily fluids, the bag having an opening for receiving the instrument; an inner label which has a first portion adhered to an external surface of the bag adjacent to the opening and has a second portion which is disposed beyond the opening and which has a lower surface which is adhesive and covered by a removable backing; and an outer label which overlies the inner label and which has a first portion which has a lower surface adhered to at least one of an external surface of the bag and an upper surface of the inner label, and a second portion which is disposed beyond the opening and which has a lower surface at least part of which is adhesive and covered by a removable backing.
A device for handling banknotes, comprising a display unit having a display surface for displaying at least one graphical user interface, the display unit being rotatably mounted about an axis of rotation for changing the tilt of the display surface, and comprising a drive unit for rotating the display unit about the axis of rotation, a control unit in which a home position tilt angle is stored in a preset manner, and after termination of an operating transaction, the control unit controls the drive unit such that it moves the display unit in a home position defined by the home position tilt angle characterized in that the display unit is connected to a first gear segment and a second gear segment each formed along a circular arc, the axis of rotation extending through the center of curvature of the circular arc, in that a first gear and a second gear are operatively connected to the drive unit, wherein the first gear engages with the teeth of the first gear segment formed along the circular arc, wherein the second gear engages with the teeth of the second gear segment formed along the circular arc.
A remote control apparatus comprising: a main body; a sliding unit that is slidable along a plurality of positions at the main body; a communication unit to communicate with an external device; a controller to control a mode of the external device in correspondence to a position among the plurality of positions of the sliding unit with respect to the main body; a display unit to display status information of the external device; and a manipulation unit to allow a user input to change the status information, wherein the display unit is disposed at one surface of the main body, wherein the controller is adapted to change the mode of the external device from a power off mode to a power on mode when the sliding unit slides from a first position to a second position of the main body, characterized in that the sliding unit is movable over the display unit, the manipulation unit is located at an outer surface of the sliding unit, the controller is adapted to stop supply of power to the display unit and the manipulation unit in a state in which the sliding unit is located at the first position, the controller is adapted to supply power to the display unit and the manipulation unit and the display unit is adapted to display status information of the external device, and the manipulation unit is adapted to display operating keys required to change the status information in a state in which the sliding unit is located at the second position. a main body; a sliding unit that is slidable along a plurality of positions at the main body; a communication unit to communicate with an external device; a controller to control a mode of the external device in correspondence to a position among the plurality of positions of the sliding unit with respect to the main body; a display unit to display status information of the external device; and a manipulation unit to allow a user input to change the status information, wherein the display unit is disposed at one surface of the main body, wherein the controller is adapted to change the mode of the external device from a power off mode to a power on mode when the sliding unit slides from a first position to a second position of the main body, characterized in that the sliding unit is movable over the display unit, the manipulation unit is located at an outer surface of the sliding unit, the controller is adapted to stop supply of power to the display unit and the manipulation unit in a state in which the sliding unit is located at the first position, the controller is adapted to supply power to the display unit and the manipulation unit and the display unit is adapted to display status information of the external device, and the manipulation unit is adapted to display operating keys required to change the status information in a state in which the sliding unit is located at the second position.