mhurhangee/ep-ind-claims huggingface dataset:
An advertisement display system comprising: a photograph unit adapted to take a photograph of a signal light of a signal such as a traffic signal or an alarm for a railway crossing within a certain time interval; an image display unit adapted to display an image taken by the photograph unit; an optical sensor attached to the screen of the image display unit; a relay unit connected to the optical sensor; a display unit connected to the relay unit and adapted to display a display body on the basis of a display body switching signal transmitted from the relay unit, wherein the optical sensor is adapted to detect the signal condition of the signal light from the image displayed on the image display unit and to output an electric current to the relay unit; the relay unit is adapted to output the display body switching signal to the display unit in response to the change of the electric current output from the optical sensor; and the display unit is adapted to store a plurality of patterns of advertisement display information, to which a flag correlated to the signal condition is supplied, in the display unit in advance and to extract an advertisement display information having a pattern to be displayed on the basis of the flag according to the signal condition. a photograph unit adapted to take a photograph of a signal light of a signal such as a traffic signal or an alarm for a railway crossing within a certain time interval; an image display unit adapted to display an image taken by the photograph unit; an optical sensor attached to the screen of the image display unit; a relay unit connected to the optical sensor; a display unit connected to the relay unit and adapted to display a display body on the basis of a display body switching signal transmitted from the relay unit, wherein the optical sensor is adapted to detect the signal condition of the signal light from the image displayed on the image display unit and to output an electric current to the relay unit; the relay unit is adapted to output the display body switching signal to the display unit in response to the change of the electric current output from the optical sensor; and the display unit is adapted to store a plurality of patterns of advertisement display information, to which a flag correlated to the signal condition is supplied, in the display unit in advance and to extract an advertisement display information having a pattern to be displayed on the basis of the flag according to the signal condition.
A membrane potential change detection device comprising: a reflection interference measurement light source; holding means which comprise a transparent member on which cells are mounted; reflection interference imaging means which images light emitted from the reflection interference measurement light source and reflected from the cells through the transparent member to generate a reflection interference image; and analysis means which calculates a parameter of adhesion between the cells and the transparent member from the reflection interference image and detects a change of membrane potential of the cells on the basis of a change of said parameter. a reflection interference measurement light source; holding means which comprise a transparent member on which cells are mounted; reflection interference imaging means which images light emitted from the reflection interference measurement light source and reflected from the cells through the transparent member to generate a reflection interference image; and analysis means which calculates a parameter of adhesion between the cells and the transparent member from the reflection interference image and detects a change of membrane potential of the cells on the basis of a change of said parameter.
A method for the preparation of cold coffee milk beverages, consisting of brewed coffee and milk and flavoring agents, characterized by the following steps: a) desired flavoring agents are added to milk with a standardized fat content, with the exception of coffee, and are mixed into a mixed milk beverage; b) the mixed milk beverage from step a) as component A is pasteurized at a temperature of between 120° and 130 °C, and is cooled down immediately thereafter to a storage temperature of between 6° and 12 °C; c) desired green coffee types or coffee type mixtures, respectively, are roasted and ground at a temperature of between 180° and 220 °C, preferably between 190 °C and 200 °C, and are subsequently d) brewed into a coffee beverage in a brewing process at between 85 °C and 95 °C, and are removed at an outlet temperature of between 75 °C and 85 °C, and are then pasteurized at a temperature of between 120 °C and 130 °C for a time period of less than one minute; e) immediately afterwards, the coffee beverage of steps c) and d) as component B is cooled down to a storage temperature of between 6° and 12 °C; f) immediately prior to a filling process, the mixed milk beverage and the coffee beverage are brought together at a desired mixing ratio of component A to component B. a) desired flavoring agents are added to milk with a standardized fat content, with the exception of coffee, and are mixed into a mixed milk beverage; b) the mixed milk beverage from step a) as component A is pasteurized at a temperature of between 120° and 130 °C, and is cooled down immediately thereafter to a storage temperature of between 6° and 12 °C; c) desired green coffee types or coffee type mixtures, respectively, are roasted and ground at a temperature of between 180° and 220 °C, preferably between 190 °C and 200 °C, and are subsequently d) brewed into a coffee beverage in a brewing process at between 85 °C and 95 °C, and are removed at an outlet temperature of between 75 °C and 85 °C, and are then pasteurized at a temperature of between 120 °C and 130 °C for a time period of less than one minute; e) immediately afterwards, the coffee beverage of steps c) and d) as component B is cooled down to a storage temperature of between 6° and 12 °C; f) immediately prior to a filling process, the mixed milk beverage and the coffee beverage are brought together at a desired mixing ratio of component A to component B.
A method of demodulation reference signal, DMRS, communication, performed by an apparatus and comprising: determining a DMRS pattern for at least orthogonal frequency-division multiplexing, OFDM, and single-carrier frequency-division multiplexing, SC-FDM; selecting between OFDM and SC-FDM for a transmission to a base station; and transmitting a DMRS in accordance with the selected one of OFDM and SC-FDM and based on the DMRS pattern, the method characterized in that the DMRS pattern corresponds to a comb tone pattern according to which the DMRS is transmitted on evenly spaced tones such that the DMRS is interlaced with data tones, and in that the transmitting comprises: transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected. determining a DMRS pattern for at least orthogonal frequency-division multiplexing, OFDM, and single-carrier frequency-division multiplexing, SC-FDM; selecting between OFDM and SC-FDM for a transmission to a base station; and transmitting a DMRS in accordance with the selected one of OFDM and SC-FDM and based on the DMRS pattern, the method characterized in that the DMRS pattern corresponds to a comb tone pattern according to which the DMRS is transmitted on evenly spaced tones such that the DMRS is interlaced with data tones, and in that the transmitting comprises: transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected. transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected.
A stunner for stunning an animal comprising: a housing having a stunning rod therein capable of being driven along a longitudinal axis forward to stun an animal and rearward to retract the stunning rod; a handle (136, 110) having a valve (142, 112) and a valve trigger (146, 114) to control flow of pressurized fluid to drive the stunning rod forward; a mount (220, 220') between the handle and the housing, the mount having a first portion connected to the housing, a second portion connected to the handle, the first and second mount portions (222, 226) each having opposite edges, the edges of the first mount portion being spaced from the edges of the second mount portion, the first and second mount portions (222, 226) being secured to each other between the opposite edges; and at least one shock and vibration absorbing cushion (230a', 230b') disposed between the first and second mount portions (222, 226), the cushion (230a', 230b') having opposite sides to seal the space between the first and second mount portions (222, 226). a housing having a stunning rod therein capable of being driven along a longitudinal axis forward to stun an animal and rearward to retract the stunning rod; a handle (136, 110) having a valve (142, 112) and a valve trigger (146, 114) to control flow of pressurized fluid to drive the stunning rod forward; a mount (220, 220') between the handle and the housing, the mount having a first portion connected to the housing, a second portion connected to the handle, the first and second mount portions (222, 226) each having opposite edges, the edges of the first mount portion being spaced from the edges of the second mount portion, the first and second mount portions (222, 226) being secured to each other between the opposite edges; and at least one shock and vibration absorbing cushion (230a', 230b') disposed between the first and second mount portions (222, 226), the cushion (230a', 230b') having opposite sides to seal the space between the first and second mount portions (222, 226).
An analysis device that analyzes a code included in web content, the device comprising: a syntax analysis unit that searches a transfer code to another site or a content acquisition code from the code by performing syntax analysis of the code included in the web content acquired by a browser emulator and specifies at least any of an object and a function and a property of the object which are used in the transfer code or the content acquisition code found as a result of the search; and a program dependence graph construction unit that constructs a program dependence graph, which represents a data dependence relationship and a control dependence relationship between nodes, using each statement of the code included in the web content as the node, based on at least any of the object and the function and the property of the object thus specified, when the transfer code or the content acquisition code is found as a result of the search by the syntax analysis unit, and specifies a node corresponding to the found transfer code or content acquisition code using the program dependence graph, a program slicing unit that extracts a code having the dependence relationship with the transfer code or the content acquisition code, reversely slicing the code based on the data dependence relationship in the program dependence graph using the node specified by the program dependence graph construction unit as a slicing criteria. a syntax analysis unit that searches a transfer code to another site or a content acquisition code from the code by performing syntax analysis of the code included in the web content acquired by a browser emulator and specifies at least any of an object and a function and a property of the object which are used in the transfer code or the content acquisition code found as a result of the search; and a program dependence graph construction unit that constructs a program dependence graph, which represents a data dependence relationship and a control dependence relationship between nodes, using each statement of the code included in the web content as the node, based on at least any of the object and the function and the property of the object thus specified, when the transfer code or the content acquisition code is found as a result of the search by the syntax analysis unit, and specifies a node corresponding to the found transfer code or content acquisition code using the program dependence graph, a program slicing unit that extracts a code having the dependence relationship with the transfer code or the content acquisition code, reversely slicing the code based on the data dependence relationship in the program dependence graph using the node specified by the program dependence graph construction unit as a slicing criteria.
A container lid assembly comprising: a cover configured to fit with an associated container and defining an opening through the cover; a pivoting lid connected with the cover and positioned in the opening in the cover, the pivoting lid being movable between an open position and a closed position; and a lid gasket connected with the pivoting lid, the lid gasket defining an upper surface and a lower surface, the pivoting lid including a forward end and a rear end, wherein the pivoting lid pivots about a pivot axis disposed between the forward end and the rear end, the pivoting lid being configured to pivot towards the open position when a downward force is applied to the pivoting lid adjacent the rear end, the lower surface of the lid gasket positioned along the forward end of the pivoting lid contacting the cover when the pivoting lid is in the closed position, characterized in that the upper surface of the lid gasket positioned along the rear end of the pivoting lid contacts the cover when the pivoting lid is in the closed position. a cover configured to fit with an associated container and defining an opening through the cover; a pivoting lid connected with the cover and positioned in the opening in the cover, the pivoting lid being movable between an open position and a closed position; and a lid gasket connected with the pivoting lid, the lid gasket defining an upper surface and a lower surface, the pivoting lid including a forward end and a rear end, wherein the pivoting lid pivots about a pivot axis disposed between the forward end and the rear end, the pivoting lid being configured to pivot towards the open position when a downward force is applied to the pivoting lid adjacent the rear end, the lower surface of the lid gasket positioned along the forward end of the pivoting lid contacting the cover when the pivoting lid is in the closed position, characterized in that the upper surface of the lid gasket positioned along the rear end of the pivoting lid contacts the cover when the pivoting lid is in the closed position.
Portable object, comprising a near-field communication device, the communication device comprising an electronic chip provided with two terminals (2, 3) connected to an electrical circuit comprising an antenna and a filter, the communication device being provided in order to receive and transmit at a defined frequency corresponding to the resonance frequency of the electrical circuit, the portable object comprising a control element which is able to be displaced between two predefined positions, i.e. an active position in which the communication device is activated and a passive position in which the communication device is deactivated, the electrical circuit comprising a bypass branch provided with a switch which is able to switch between an open state and a closed state in response to a displacement of the control element from one to the other of its predefined positions causing a modification in the resonance frequency of the electrical circuit, characterised in that the portable object is a watch, and in that it comprises a pivoting bezel which is the control element.
A polyolefin porous membrane comprising a mixture of high molecular weight polyethylene with a weight average molecular weight not less than 5 × 10 5 and high density polyethylene with a weight average molecular weight not less than 1 × 10 4 and less than 5 × 10 5 and protrusions of polyolefin having a size within a range of 5 μm ≤ W ≤ 50 μm and a height within a range of 0.5 μm ≤ H, (as measured according to the method described in the "Working examples" section of the description), and randomly disposed on one side of the polyolefin porous membrane in density not less than 3 /cm 2 and not more than 200 /cm 2, the polyolefin porous membrane having a thickness of not more than 20 μm.
Suspension for an upholstered item of furniture, with a frame and a number of spring strips (7, 7.1), spanning the basic area encompassed by the frame and held by two opposing spars of the frame in an arrangement next to one another, of which at least two are connected to the spars as carrier spring strips (11, 11.1) directly or with the intermediate arrangement of spring strip holders (9, 9.1), arranged between the said two carrier spring strips (11, 11.1; 17, 17.1) is at least one spring strip (12, 12.1) which is not supported on the spar side, wherein the spring strip group (10, 10.1), formed from the two carrier spring strips (11, 11.1; 17, 17.1) and from the at least one spring strip (12, 12.1) arranged between these carrier spring strips, is connected by carrying means extending between the end sections of these spring strips (11, 11.1, 12, 12.1), characterised in that each carrying means is elastically flexible but tension-resistant, and extends from the first carrier spring strip over the at least one spring strip (12, 12.1; 18), which is carried together with the carrier spring strip, as far as the second carrier spring strip (11.1), and that the spring strips (11, 11.1, 12, 12.1) connected by the carrying means comprise in each case a carrying means guide, in which the carrying means is displaceably guided in the direction of its longitudinal extension and is held in the radial direction in positive fit to the carrying means.
A method for transferring state information in a computer cluster comprising a plurality of computer nodes (110 1 -110 N), the method comprising the steps of: - receiving, in a second computer node (110 2 -110 N) of a computer cluster, periodic heartbeat messages from a first computer node (110 1) of the computer cluster, the second computer node including at least one resource for performing at least one cluster-specific task; - transmitting heartbeat acknowledgement messages (HB_ACK; 501, 502) from the second computer node to the first computer node as responses to the heartbeat messages, wherein each heartbeat acknowledgement message indicates to the first computer node (110 1) that the second computer node (110 2 -110 N) is operative within the computer cluster and wherein the heartbeat acknowledgement messages form a sequence of heartbeat acknowledgement messages transmitted from the second computer node to the first computer node; characterized in that the method further comprises the steps of examining, in the second computer node, on the basis of a time period that has passed since the latest transmission of state information to the first computer node, whether state information is to be retrieved for a heartbeat acknowledgment message (HB_ACK; 501, 502) to be transmitted to the first computer node, the state information being indicative of the current ability of said at least one resource to perform said at least one cluster-specific task; - retrieving the state information for the heartbeat acknowledgment message when the examining indicates that the state information is to be retrieved; and - sending the retrieved state information in the heartbeat acknowledgment message to the first computer node, wherein the examining is performed for each heartbeat acknowledgement message to be transmitted to the first computer node, thereby to carry a sequence of the state information within the sequence of heartbeat acknowledgement messages. - receiving, in a second computer node (110 2 -110 N) of a computer cluster, periodic heartbeat messages from a first computer node (110 1) of the computer cluster, the second computer node including at least one resource for performing at least one cluster-specific task; - transmitting heartbeat acknowledgement messages (HB_ACK; 501, 502) from the second computer node to the first computer node as responses to the heartbeat messages, wherein each heartbeat acknowledgement message indicates to the first computer node (110 1) that the second computer node (110 2 -110 N) is operative within the computer cluster and wherein the heartbeat acknowledgement messages form a sequence of heartbeat acknowledgement messages transmitted from the second computer node to the first computer node; - retrieving the state information for the heartbeat acknowledgment message when the examining indicates that the state information is to be retrieved; and - sending the retrieved state information in the heartbeat acknowledgment message to the first computer node,
Ex-vivo use of a differentiation-inducing composition for inducing cell differentiation, the differentiation-inducing composition comprising a cysteine protease degradation product of a collagen or an atelocollagen, the degradation product containing at least a portion of a triple helical domain of the collagen or the atelocollagen.
A method for optimizing a keyword spotting system, comprising: generating a set of utterance texts including a given keyword; synthesizing a set of speech signals corresponding to the set of utterance texts; and optimizing an acoustic model in the keyword spotting system with at least one part of speech signals in the set of speech signals and utterance texts in the set of utterance texts corresponding to the at least one part of speech signals, wherein the generating a set of utterance texts including a given keyword comprises: searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts. generating a set of utterance texts including a given keyword; synthesizing a set of speech signals corresponding to the set of utterance texts; and optimizing an acoustic model in the keyword spotting system with at least one part of speech signals in the set of speech signals and utterance texts in the set of utterance texts corresponding to the at least one part of speech signals, wherein the generating a set of utterance texts including a given keyword comprises: searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts. searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts.
A fire extinguisher comprising a fire extinguisher cylinder, wherein the fire extinguisher cylinder includes an opened mouth portion, a shoulder portion, a cylindrical body portion, and a bottom portion, wherein the body portion has a thickness from 1 mm to 5 mm, the fire extinguisher characterised in that the fire extinguisher cylinder is shaped with use of a resin provided with no joint and having a whole light transmittance from 5% to 75%.