mhurhangee/ep-ind-claims huggingface dataset:
A Slow Protocol packet processing method, wherein the method comprises: receiving by the network device, a first Slow Protocol packet, wherein the first Slow Protocol packet carries device information of the transmit end device of the first Slow Protocol packet; determining, by the network device, based on a port identifier of a port of the network device receiving the first Slow Protocol packet, that a negotiation process between the network device and a transmit end device is completed; querying, by the network device, based on the device information of the transmit end device carried in the first Slow Protocol packet and the port identifier of the port of the network device receiving the first Slow Protocol packet, whether the device information of the transmit end device of the first Slow Protocol packet and the respective port identifier match a device information and a port identifier of a port of the network device receiving a Slow Protocol negotiation packet stored by the network device in the negotiation process; and identifying, by the network device, the first Slow Protocol packet as a valid packet in response to a result that the device information of the transmit end device of the first Slow Protocol packet and the port identifier match the device information and the port identifier stored by the network device in the negotiation process. receiving by the network device, a first Slow Protocol packet, wherein the first Slow Protocol packet carries device information of the transmit end device of the first Slow Protocol packet; determining, by the network device, based on a port identifier of a port of the network device receiving the first Slow Protocol packet, that a negotiation process between the network device and a transmit end device is completed; querying, by the network device, based on the device information of the transmit end device carried in the first Slow Protocol packet and the port identifier of the port of the network device receiving the first Slow Protocol packet, whether the device information of the transmit end device of the first Slow Protocol packet and the respective port identifier match a device information and a port identifier of a port of the network device receiving a Slow Protocol negotiation packet stored by the network device in the negotiation process; and identifying, by the network device, the first Slow Protocol packet as a valid packet in response to a result that the device information of the transmit end device of the first Slow Protocol packet and the port identifier match the device information and the port identifier stored by the network device in the negotiation process.
An encoder apparatus, comprising: a position detection system including a detector that is configured to detect position information on a mover; an electric signal generator that is configured to generate an electric signal in response to movement of the mover; and a battery that is configured to supply at least a part of power consumed by the position detection system in accordance with the electric signal generated by the electric signal generator, characterized in that the battery includes a primary cell and a secondary cell, the secondary cell is configured to be charged by being supplied with power from a main power supply when the main power supply is turned on, the secondary cell is configured to be charged, at least in part, by power from the electric signal generated by the electric signal generator when the main power supply is turned off, and the encoder apparatus includes a selector that is configured to select which of the primary cell and the secondary cell is used to supply power to the position detection system based on a remaining power amount of the secondary cell. a position detection system including a detector that is configured to detect position information on a mover; an electric signal generator that is configured to generate an electric signal in response to movement of the mover; and a battery that is configured to supply at least a part of power consumed by the position detection system in accordance with the electric signal generated by the electric signal generator, characterized in that the battery includes a primary cell and a secondary cell, the secondary cell is configured to be charged by being supplied with power from a main power supply when the main power supply is turned on, the secondary cell is configured to be charged, at least in part, by power from the electric signal generated by the electric signal generator when the main power supply is turned off, and the encoder apparatus includes a selector that is configured to select which of the primary cell and the secondary cell is used to supply power to the position detection system based on a remaining power amount of the secondary cell.
Communication device for bidirectional communication for a data exchange system, wherein the communication device has a portable miniaturised housing which includes an electronic circuit board and at least one optical collecting lens, wherein - at least one non-volatile data memory, at least one processor which establishes the communication protocols, and at least one bidirectional optical reading head are accommodated within the housing, - at least one magnet element is Incorporated into the housing, by means of which magnet element the communication device can be brought Into laminar contact with a meter and/or with a base station of the data exchange system and can be secured in a detachable manner at this location. - at least one non-volatile data memory, at least one processor which establishes the communication protocols, and at least one bidirectional optical reading head are accommodated within the housing, - at least one magnet element is Incorporated into the housing, by means of which magnet element the communication device can be brought Into laminar contact with a meter and/or with a base station of the data exchange system and can be secured in a detachable manner at this location.
Grinding or cutting tool, in particular for processing the edges and rims of tiles and bricks, comprising at least one support body, wherein the support body is substantially circular or annular in shape in a cross-sectional plane and comprises at least two, preferably precisely three, support body segments which are substantially circular or annular in shape in the cross-sectional plane and are connected to one another at least through at least one form-locking connection, and at least one grinding or cutting layer, characterized in that the support body has at least one side surface which is arranged substantially parallel to the cross-sectional plane, and in that the at least one grinding or cutting layer is arranged on the at least one side surface, which is arranged substantially parallel to the cross-sectional plane of the at least one support body.
An optical information recording medium of a CAV or a zone CAV, wherein a groove (Grv) which continuously wobbles is preliminary formed and information is recorded in the groove (Grv) and a land (Lnd) adjacent to the groove (Grv), the groove (Grv) has a first wobble part (ADIP0) which is modulated by groove address information, a second wobble part (ADIP1) which is modulated by address information of one adjacent land (Lnd), and a third wobble part (ADIP2) which is modulated by address information of the other adjacent land (Lnd), a first section sandwiched between the second wobble parts (ADIP1) of adjacent two grooves (Grv) and a second section sandwiched between the third wobble parts (ADIP2) of the adjacent two grooves (Grv) are formed on the land (Lnd), one of phases of wobbles on both sides of the first section and phases of wobbles on both sides of the second section are substantially in-phase, and a determination signal for determining one of the address information reproduced in the first section and the address information reproduced in the second section as valid, is added to each of the second wobble part (ADIP1) and the third wobble part (ADIP2).
A composition comprising the following components: A) an ethylene/a-olefin block copolymer; B) a tackifier; and wherein the composition has a melt index from 1 to 50 g/10 min, and an 110/12 ratio from 7.5 to 13; wherein component A is present in an amount greater than, or equal to, 50 weight percent, based on the weight of the composition. A) an ethylene/a-olefin block copolymer; B) a tackifier; and
A stable, multi-dose liquid composition comprising an antibody and phenol as a single preservative, wherein phenol is present within the composition in an amount from 0.1 to 1% (w/v) and wherein said antibody is HzTFPI4F36 as described in WO2010/072691.
Detector for electromagnetic radiation, in particular an X-ray and/or gamma detector, comprising: - a first, pixelated electrode layer (3.3; 5.3) comprising a plurality of electrode pixels (1.5) as well as intermediate spaces between the individual electrode pixels (1.5), - a second electrode (1.1), and - a first layer (1.3; 3.6; 5.1) comprising at least one first perovskite, which is located between the first, pixelated electrode layer (3.3; 5.3) and the second electrode (1.1), characterised in that the detector for electromagnetic radiation further comprises a structure (1.4; 3.2; 5.2), which is located at least partly between the first, pixelated electrode layer (3.3; 5.3) and the second electrode (1.1) and is arranged at least partly between individual electrode pixels (1.5) of the first, pixelated electrode layer (3.3; 5.3) in such a way that it is arranged at least partly on the intermediate spaces between the individual electrode pixels (1.5) in the direction of the second electrode (1.1) away from the first electrode layer (3.3; 5.3), wherein the first layer (1.3; 3.6; 5.1) comprising at least one first perovskite is at least partly introduced into the structure (1.4; 3.2; 5.2). - a first, pixelated electrode layer (3.3; 5.3) comprising a plurality of electrode pixels (1.5) as well as intermediate spaces between the individual electrode pixels (1.5), - a second electrode (1.1), and - a first layer (1.3; 3.6; 5.1) comprising at least one first perovskite, which is located between the first, pixelated electrode layer (3.3; 5.3) and the second electrode (1.1),
A flooring system, comprising: a top floor layer comprising a plurality of luxury vinyl tiles (200, 212), wherein respective tile joints are formed between adjacent luxury vinyl tiles; a sub-floor; and an underlayment material comprising a cross-linked, polyolefin foam disposed between the sub-floor and the top floor layer, wherein the underlayment material is configured with a density in a range of about 20 kilograms per cubic meter to about 200 kilograms per cubic meter and a thickness in a range of a bout 0.5 millimeter to about 6 millimeter and wherein the underlayment material has a compressive creep of less than fifty percent of an original thickness associated with the underlayment material over a period of about twelve hours at a load of 21,37 kPa (3.1 psi), wherein said underlayment material is affixed to said luxury vinyl tiles (200, 212) by an adhesive being applied at space between them. a top floor layer comprising a plurality of luxury vinyl tiles (200, 212), wherein respective tile joints are formed between adjacent luxury vinyl tiles; a sub-floor; and an underlayment material comprising a cross-linked, polyolefin foam disposed between the sub-floor and the top floor layer, wherein the underlayment material is configured with a density in a range of about 20 kilograms per cubic meter to about 200 kilograms per cubic meter and a thickness in a range of a bout 0.5 millimeter to about 6 millimeter and wherein the underlayment material has a compressive creep of less than fifty percent of an original thickness associated with the underlayment material over a period of about twelve hours at a load of 21,37 kPa (3.1 psi), wherein said underlayment material is affixed to said luxury vinyl tiles (200, 212) by an adhesive being applied at space between them.
Replication-competent vaccinia virus vector that is thymidine kinase -deficient and expresses GM-CSF for use in a method of inducing oncolysis of a tumor in a human subject, wherein the method comprises administering to said subject at least 1 x 10 9 pfu of the vaccinia virus vector by injection into the tumor mass or tumor vasculature.
A two-way switch adapted to electrically connect any one of an AC power source and a DC power source to a load to control a power supply to the load, the two-way switch comprising: a bi-directional semiconductor switch element having a transistor structure connected in series between a first input terminal connected to a power source (2 or 3) and a first output terminal connected to the load; a rectifying unit connected in parallel with the power source (2 or 3) between the first input terminal and a second input terminal; a power source unit for converting an output voltage from the rectifying unit into a stable voltage; a controller for controlling an entire operation of the two-way switch by using a power supplied from the power source unit; and a driving unit for turning on the bi-directional semiconductor switch element in response to a control signal from the controller, the two-way switch being characterized by further comprising: a power type determination unit adapted to determine whether the power source (2 or 3) connected with the first input terminal and the second input terminal is the AC power source or the DC power source by detecting whether there exists a zero-crossing in a voltage of the connected power source (2 or 3). a bi-directional semiconductor switch element having a transistor structure connected in series between a first input terminal connected to a power source (2 or 3) and a first output terminal connected to the load; a rectifying unit connected in parallel with the power source (2 or 3) between the first input terminal and a second input terminal; a power source unit for converting an output voltage from the rectifying unit into a stable voltage; a controller for controlling an entire operation of the two-way switch by using a power supplied from the power source unit; and a driving unit for turning on the bi-directional semiconductor switch element in response to a control signal from the controller, the two-way switch being characterized by further comprising: a power type determination unit adapted to determine whether the power source (2 or 3) connected with the first input terminal and the second input terminal is the AC power source or the DC power source by detecting whether there exists a zero-crossing in a voltage of the connected power source (2 or 3). a power type determination unit adapted to determine whether the power source (2 or 3) connected with the first input terminal and the second input terminal is the AC power source or the DC power source by detecting whether there exists a zero-crossing in a voltage of the connected power source (2 or 3).
Evaporator device for water, suitable for a steam cooker, the evaporator device comprising: - a container which is closed apart from a water inlet and a steam outlet, - at least one heating element on the outside of the container, wherein: - an inner body is arranged inside the container, - the inner body is, on at least 80% of its outer surface, which faces toward the heating element, spaced apart from the inner side of the container, - the inner body is permeable to steam and water, - the inner body consists of a porous material and/or of a fabric material, characterized in that - a cover part of the container is formed from plastic and is connected at the top to a casing wall of the container, - arranged on an inner side of the cover part are deflection plates, which are arranged in the projected extension of the steam outlet into the container. - a container which is closed apart from a water inlet and a steam outlet, - at least one heating element on the outside of the container, - an inner body is arranged inside the container, - the inner body is, on at least 80% of its outer surface, which faces toward the heating element, spaced apart from the inner side of the container, - the inner body is permeable to steam and water, - the inner body consists of a porous material and/or of a fabric material, characterized in that - a cover part of the container is formed from plastic and is connected at the top to a casing wall of the container, - arranged on an inner side of the cover part are deflection plates, which are arranged in the projected extension of the steam outlet into the container.
A hierarchical system comprising: at least one micro tracker included in a wired or mobile end device, wherein a micro tracker is configured to provide a location of content that is disseminated through a distributed network; at least one mini tracker which is configured to keep information on the location of the content and to distribute this information to micro trackers in a first jurisdiction; at least one zone tracker which is configured to keep information on the location of the content in a region and to distribute this information to mini trackers in a second jurisdiction; and a master tracker which is configured to keep information on the location of the content in all regions in a third jurisdiction to distribute this information to zone trackers in the third jurisdiction, wherein the micro tracker is configured to obtain content location information from at least one mini tracker or zone tracker during a fault or overload situation. at least one micro tracker included in a wired or mobile end device, wherein a micro tracker is configured to provide a location of content that is disseminated through a distributed network; at least one mini tracker which is configured to keep information on the location of the content and to distribute this information to micro trackers in a first jurisdiction; at least one zone tracker which is configured to keep information on the location of the content in a region and to distribute this information to mini trackers in a second jurisdiction; and a master tracker which is configured to keep information on the location of the content in all regions in a third jurisdiction to distribute this information to zone trackers in the third jurisdiction, wherein the micro tracker is configured to obtain content location information from at least one mini tracker or zone tracker during a fault or overload situation.
Apparatus for measuring lay length of a synthetic rope, the synthetic rope comprising at least one magnetic detection element that completes one or more circumferential, helical or sinusoidal path(s) around or within the synthetic rope for each lay length of the rope, the apparatus comprising: a. a sensor device having a body defining an elongate passageway enabling the synthetic rope to be advanced there through in a direction of the central axis of the rope while permitting limited lateral movements of the rope; b. sensors on the body of the sensor device, sensing changes in magnetic flux in the region of the rope caused by variations in the magnetic flux of the at least one magnetic detection element and / or its proximity and to the sensors, thereby to generate an oscillating pattern of detected magnetic flux as the rope advances through the passageway; c. means for associating the detected oscillations with physical distances along the rope; and d. a lay length calculator or display that calculates or displays a distance along the synthetic rope of one or more of the detected oscillations correlating to the number of circumferential, helical or sinusoidal paths of the magnetic detection element around or within the rope, characterized in that each of the at least one magnetic detection element comprises a metallic fiber or a synthetic fiber coated with a material detectable by the sensors, the apparatus further comprising means to pre-condition the at least one magnetic detection element by passing the rope through a magnetic field at least substantially perpendicular to a direction of movement of the rope through the sensor device, prior to being passed through the sensor device. a. a sensor device having a body defining an elongate passageway enabling the synthetic rope to be advanced there through in a direction of the central axis of the rope while permitting limited lateral movements of the rope; b. sensors on the body of the sensor device, sensing changes in magnetic flux in the region of the rope caused by variations in the magnetic flux of the at least one magnetic detection element and / or its proximity and to the sensors, thereby to generate an oscillating pattern of detected magnetic flux as the rope advances through the passageway; c. means for associating the detected oscillations with physical distances along the rope; and d. a lay length calculator or display that calculates or displays a distance along the synthetic rope of one or more of the detected oscillations correlating to the number of circumferential, helical or sinusoidal paths of the magnetic detection element around or within the rope,
A filling device for filling containers with a liquid and in particular a beverage, including a first port in order to supply a first liquid to the filling device, a second port in order to supply a second liquid to the filling device, with the first port and the second port being spaced from one another, with a mixing chamber formed within the filling device, in which the liquids may be mixed, including a first liquid channel which guides the first liquid from the first port to the mixing chamber, a second liquid channel which guides the second liquid from the second port to the mixing chamber, wherein the first liquid channel and the second liquid channel guide the first liquid and the second liquid separately from one another, and a valve body for controlling the discharge of the liquids from the filling device, and with an outlet for discharging the liquids to the container, the valve body being disposed at least partially between the mixing chamber and the outlet, the second port being arranged closer to the mixing chamber than the first port and/or the first liquid channel extending in sections in an inclined manner, the filling device furthermore comprising a through flow measuring device and a distant control device which controls at least the liquid valve, which liquid valve comprises the valve body, characterised in that the through flow measuring device is arranged in one of the liquid lines (4, 12) in such a way that the through flow measuring device determines the amount of the liquid passing through the through flow measuring device in two flow directions (R1, R2) opposite each other and that measuring signals are able to be transmitted from the through flow measuring device to the control device.
A method of assaying enzyme activity using an antibody-enzyme complex, wherein peroxidase is used as an enzyme of the antibody-enzyme complex, and an androsterone derivative represented by the following formula is used as a substrate of the enzyme, wherein X represents -O-CO-R (provided that R represents a C 1-6 alkyl group or a phenyl group), Y 1 and Y 2 represent together an oxygen atom, or Y 1 represents hydrogen, and Y 2 represents a C 1-6 alkoxy group, or a C 1-6 alkyl group when the androsterone derivative represented by the formula is used as a substrate of peroxidase, and a quantification of a product of the enzyme reaction is performed by producing thio-NADH and/or thio-NADPH by enzyme cycling reaction using NADH and/or NADPH, thio-NAD and/or thio-NADP, and hydroxysteroid dehydrogenase, and assaying the amount of the produced thio-NADH and/or thio-NADPH, or measuring the change of the color by the produced thio-NADH and/or thio-NADPH.