mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning control system configured to be connected to an air conditioner for performing air conditioning for an air conditioning control target, the air conditioning control target comprising a plurality of control target areas, the air conditioning control system comprising: a plurality of camera devices, each of the camera devices for being installed in an interior as an inside of a corresponding control target area of the plurality of control target areas; an activity amount calculation unit configured to acquire and analyze image information formed by imaging a corresponding control target area of the plurality of control target areas from a corresponding camera device of the plurality of camera devices, and to calculate an activity amount of a person based on the image information; characterized by a current comfort index value calculation unit configured to calculate a current comfort index value of the person based on the activity amount; an estimated comfort index value calculation unit configured to calculate an estimated comfort index value of the person after elapse of a predetermined time based on the activity amount, a control parameter calculation unit configured to calculate a control parameter regarding an operation of the air conditioner based on the current comfort index value, the estimated comfort index value, the activity amount, as well as a current comfort index value and an estimated comfort index value in a control target area of the plurality of control target areas adjacent to the control target area; and an air conditioner control unit configured to control the operation of the air conditioner based on the control parameter. a plurality of camera devices, each of the camera devices for being installed in an interior as an inside of a corresponding control target area of the plurality of control target areas; an activity amount calculation unit configured to acquire and analyze image information formed by imaging a corresponding control target area of the plurality of control target areas from a corresponding camera device of the plurality of camera devices, and to calculate an activity amount of a person based on the image information; characterized by a current comfort index value calculation unit configured to calculate a current comfort index value of the person based on the activity amount; an estimated comfort index value calculation unit configured to calculate an estimated comfort index value of the person after elapse of a predetermined time based on the activity amount, a control parameter calculation unit configured to calculate a control parameter regarding an operation of the air conditioner based on the current comfort index value, the estimated comfort index value, the activity amount, as well as a current comfort index value and an estimated comfort index value in a control target area of the plurality of control target areas adjacent to the control target area; and an air conditioner control unit configured to control the operation of the air conditioner based on the control parameter.
A 3-way disconnector and earth switch for a gas insulated switchgear, comprising: a movable portion including a disconnector movable portion and an earth switch movable portion; a disconnector mover and an earth switch mover installed in the disconnector movable portion and the earth switch movable portion so as to be linearly movable; a driving lever rotatably installed between the disconnector mover and the earth switch mover; wherein a driver is protruded at one side of the driving lever, and a driving pin is provided at an end of the driver, characterized in, a first lever and a second lever rotated by receiving a rotational force of the driving lever, and configured to move the disconnector mover and the earth switch mover, respectively, wherein the driving pin is configured to selectively move one of the first and second levers (40, 50), wherein the disconnector mover is provided with a first cut-out groove at a rear end thereof, and a first pin is provided to cross the first cut-out groove, wherein the earth switch mover is provided with a second cut-out groove at a rear end thereof, and a second pin is provided to cross the second cut-out groove, and wherein a first sliding hole to which the first pin is slidably coupled is formed at a part of the first lever, and a second sliding hole to which the second pin is slidably coupled is formed at the second lever. a movable portion including a disconnector movable portion and an earth switch movable portion; a disconnector mover and an earth switch mover installed in the disconnector movable portion and the earth switch movable portion so as to be linearly movable; a driving lever rotatably installed between the disconnector mover and the earth switch mover; wherein a driver is protruded at one side of the driving lever, and a driving pin is provided at an end of the driver, characterized in, a first lever and a second lever rotated by receiving a rotational force of the driving lever, and configured to move the disconnector mover and the earth switch mover, respectively, wherein the driving pin is configured to selectively move one of the first and second levers (40, 50), wherein the disconnector mover is provided with a first cut-out groove at a rear end thereof, and a first pin is provided to cross the first cut-out groove, wherein the earth switch mover is provided with a second cut-out groove at a rear end thereof, and a second pin is provided to cross the second cut-out groove, and wherein a first sliding hole to which the first pin is slidably coupled is formed at a part of the first lever, and a second sliding hole to which the second pin is slidably coupled is formed at the second lever.
Module assembly for the fibre-optic distribution industry, which can be mounted along a mounting direction in a slot in a separate carrier unit, with a centre region through which a centre axis oriented in the mounting direction (x) runs, and two side regions, each of which is connected to the centre region opposite each another relative to the centre axis and each of which has a side wall (20.1), characterized in that at least one of the side walls (20.1) has, at least in certain sections along the centre axis, a curvy profile changing the lateral distance (d) from the centre axis such that the at least one side wall (20.1) forms at least one protrusion or setback portion (23, 24, SP) for form-fitting mounting in the slot in the carrier unit.
A crossmember device for a floor unit of a coating and/or processing chamber, including: - a crossmember which comprises an interior; - a force-transmitting drive element of a drive device for driving a load-bearing roller of a conveying device for conveying workpieces, wherein the drive element is arranged at least in portions in the interior of the crossmember, characterized in that a rotational axis of the load-bearing roller is offset in a vertical direction with respect to a rotational axis of the drive element. - a crossmember which comprises an interior; - a force-transmitting drive element of a drive device for driving a load-bearing roller of a conveying device for conveying workpieces,
A tomography imaging apparatus comprising: a data acquirer (410, 510) configured to acquire first X-ray data of an object for each of a plurality of energy bands; an image preprocessor (420, 520) configured to perform a beam hardening correction on the first X-ray data for each of the energy bands, to generate second X-ray data of the object; and an image reconstructor (430, 530) configured to reconstruct a tomography image of the object based on the second X-ray data, CHARACTERISED IN THAT the image preprocessor (420, 520) is further configured to: set beam hardening correction coefficients corresponding to each of the energy bands to have different values according to the energy bands to which the beam hardening correction coefficients correspond, wherein the set beam hardening correction coefficients corresponding to low energy bands are set to result in a greater magnitude of correction than the set beam hardening correction coefficients corresponding with high energy bands; and perform the beam hardening correction on the first X-ray data for each of the energy bands, based on the set beam hardening correction coefficients corresponding to the energy bands. a data acquirer (410, 510) configured to acquire first X-ray data of an object for each of a plurality of energy bands; an image preprocessor (420, 520) configured to perform a beam hardening correction on the first X-ray data for each of the energy bands, to generate second X-ray data of the object; and an image reconstructor (430, 530) configured to reconstruct a tomography image of the object based on the second X-ray data, CHARACTERISED IN THAT the image preprocessor (420, 520) is further configured to: set beam hardening correction coefficients corresponding to each of the energy bands to have different values according to the energy bands to which the beam hardening correction coefficients correspond, wherein the set beam hardening correction coefficients corresponding to low energy bands are set to result in a greater magnitude of correction than the set beam hardening correction coefficients corresponding with high energy bands; and perform the beam hardening correction on the first X-ray data for each of the energy bands, based on the set beam hardening correction coefficients corresponding to the energy bands. set beam hardening correction coefficients corresponding to each of the energy bands to have different values according to the energy bands to which the beam hardening correction coefficients correspond, wherein the set beam hardening correction coefficients corresponding to low energy bands are set to result in a greater magnitude of correction than the set beam hardening correction coefficients corresponding with high energy bands; and perform the beam hardening correction on the first X-ray data for each of the energy bands, based on the set beam hardening correction coefficients corresponding to the energy bands.
Method for using an apparatus for cooking food, comprising at least one envelope (9, 90) comprising a heating plate (61, 63) that cooks the food via contact, and one or more heating resistors positioned between the envelope and the heating plate, according to the method: - various internal cooking temperatures for the food are stored in the memory of the apparatus, - placing of this food in contact with the heating plate or plates (61, 63), - the thickness of the food thus positioned is measured and/or the surface occupied by this food on the heating plate (61, 63) is estimated, and - after a period of heating the food by the resistor(s), the apparatus indicates, to a user, a piece of visual information related to the cooking of the food that is dependent on at least one internal cooking temperature value for the food memorised in the apparatus, the method being characterised in that the apparatus calculates the cooking time for the food on the basis of at least one of the temperatures memorised and the thickness of the food, and/or the surface the food occupies. - various internal cooking temperatures for the food are stored in the memory of the apparatus, - placing of this food in contact with the heating plate or plates (61, 63), - the thickness of the food thus positioned is measured and/or the surface occupied by this food on the heating plate (61, 63) is estimated, and - after a period of heating the food by the resistor(s), the apparatus indicates, to a user, a piece of visual information related to the cooking of the food that is dependent on at least one internal cooking temperature value for the food memorised in the apparatus,
A communication apparatus, comprising: a processing circuit adapted to: receive control information that includes frequency assignment information that specifies frequency resources allocated to the communication apparatus and cluster information that specifies a number of clusters which is a number of frequency resources allocated to the communication apparatus, wherein each cluster assigned to the communication apparatus is separated from another cluster, which is also assigned to the communication apparatus, in a frequency domain; set a resource block group size according to both a system bandwidth and the number of clusters allocated to the communication apparatus, wherein the resource block group size is a number of contiguous resource blocks included in a respective resource block group, and wherein each of the clusters comprises one or more resource block groups according to the set resource block group size; and map data to one or more frequency resources corresponding to the frequency resource assignment information, in one or more resource block groups of the resource block group size, wherein the one or more resource block groups are corresponding to each of the number of clusters allocated to the communication apparatus. receive control information that includes frequency assignment information that specifies frequency resources allocated to the communication apparatus and cluster information that specifies a number of clusters which is a number of frequency resources allocated to the communication apparatus, wherein each cluster assigned to the communication apparatus is separated from another cluster, which is also assigned to the communication apparatus, in a frequency domain; set a resource block group size according to both a system bandwidth and the number of clusters allocated to the communication apparatus, wherein the resource block group size is a number of contiguous resource blocks included in a respective resource block group, and wherein each of the clusters comprises one or more resource block groups according to the set resource block group size; and map data to one or more frequency resources corresponding to the frequency resource assignment information, in one or more resource block groups of the resource block group size, wherein the one or more resource block groups are corresponding to each of the number of clusters allocated to the communication apparatus.
An inserting apparatus comprising a base and a movable element, wherein the base is a hollow structure; an inner wall of the base is provided with a step surface; a fixed element is fixedly provided in the base; a gap is formed between one end of the fixed element and the step surface; the gap is configured to accommodate a fixed end of an elastic element; and a pressing element is slidable along an inner wall of the fixed element to push a free end of the elastic element; the movable element comprises a first end connected to a signal line and a second end connected to a support tube; a front end of the support tube is connected to an insertion object, and the support tube is allowed to pass through the base; and the movable element is at least partially movable along an inner wall of the pressing element to enter the base; and the elastic element is annular; the support tube and the movable element are allowed to pass through the elastic element; and an end of the pressing element away from the elastic element is provided with a force application portion. the base is a hollow structure; an inner wall of the base is provided with a step surface; a fixed element is fixedly provided in the base; a gap is formed between one end of the fixed element and the step surface; the gap is configured to accommodate a fixed end of an elastic element; and a pressing element is slidable along an inner wall of the fixed element to push a free end of the elastic element; the movable element comprises a first end connected to a signal line and a second end connected to a support tube; a front end of the support tube is connected to an insertion object, and the support tube is allowed to pass through the base; and the movable element is at least partially movable along an inner wall of the pressing element to enter the base; and the elastic element is annular; the support tube and the movable element are allowed to pass through the elastic element; and an end of the pressing element away from the elastic element is provided with a force application portion.
A method of wireless communication of a base station, comprising: serving data to a user equipment, UE, via a first communication link that uses a first radio access technology, RAT; transmitting a configuration message to the UE indicating that data will be served or received via a second communication link that uses a second RAT, wherein the configuration message comprises a protocol layer status report and a request for a protocol layer status report from the UE; determining unacknowledged data of the data served to the UE using the first RAT based on at least one protocol layer status report received from the UE indicating data received by the UE via the first RAT; initiating a configuration procedure to switch service or reception of data from the first communication link that uses the first RAT to the second communication link that uses the second RAT; and forwarding the unacknowledged data to be served using the second RAT. serving data to a user equipment, UE, via a first communication link that uses a first radio access technology, RAT; transmitting a configuration message to the UE indicating that data will be served or received via a second communication link that uses a second RAT, wherein the configuration message comprises a protocol layer status report and a request for a protocol layer status report from the UE; determining unacknowledged data of the data served to the UE using the first RAT based on at least one protocol layer status report received from the UE indicating data received by the UE via the first RAT; initiating a configuration procedure to switch service or reception of data from the first communication link that uses the first RAT to the second communication link that uses the second RAT; and forwarding the unacknowledged data to be served using the second RAT.
Process for the preparation of a conjugate of formula: wherein: C1 is a compound of interest selected from an antibody, a protein, a drug, a fluorophore, a nanoparticle and a polymer, C3 is a compound of interest selected from a drug, a fluorophore, a nanoparticle and a polymer, Ar is an optionally substituted phenyl group, X is hydrogen, p is an integer from 1 to 100, wherein C1 and Ar are covalently linked by a functional group, and for releasing a derivative of a compound of interest C2 of formula: wherein C2 is a compound of interest selected from the group consisting of a fluorophore, a drug, an antibody, a protein, a nanoparticle and a polymer and F' is CO, comprising a step of contacting a conjugate of formula wherein C1, C2, Ar, X and F' are as defined above in this claim, C2 and F' are covalently linked by a functional group and m is an integer from 1 to 100 with a compound comprising a strained alkyne moiety of formula: wherein C3 is as defined above in this claim. C1 is a compound of interest selected from an antibody, a protein, a drug, a fluorophore, a nanoparticle and a polymer, C3 is a compound of interest selected from a drug, a fluorophore, a nanoparticle and a polymer, Ar is an optionally substituted phenyl group, X is hydrogen, p is an integer from 1 to 100, wherein C1 and Ar are covalently linked by a functional group, and for releasing a derivative of a compound of interest C2 of formula: wherein C2 is a compound of interest selected from the group consisting of a fluorophore, a drug, an antibody, a protein, a nanoparticle and a polymer and F' is CO, comprising a step of contacting a conjugate of formula wherein C1, C2, Ar, X and F' are as defined above in this claim, C2 and F' are covalently linked by a functional group and m is an integer from 1 to 100 with a compound comprising a strained alkyne moiety of formula: wherein C3 is as defined above in this claim.
A reagent kit which is used for measuring a test substance in a biological sample, comprising: first particles which are modified by a first binding substance having specific binding properties with respect to the test substance and have a label; second particles which are modified by a second binding substance which does not have specific binding properties with respect to the test substance, the second particles not having a label, and a compound which has at least one amino group having a positive charge, and has an isoelectric point greater than 7, wherein the first binding substance is an anti-ACTH antibody, wherein the second binding substance is an anti-CRP antibody, wherein the test substance is adrenocorticotropic hormone, and wherein the mass ratio of the second particles to the first particles is 1 to 6. first particles which are modified by a first binding substance having specific binding properties with respect to the test substance and have a label; second particles which are modified by a second binding substance which does not have specific binding properties with respect to the test substance, the second particles not having a label, and a compound which has at least one amino group having a positive charge, and has an isoelectric point greater than 7, wherein the first binding substance is an anti-ACTH antibody, wherein the second binding substance is an anti-CRP antibody, wherein the test substance is adrenocorticotropic hormone, and wherein the mass ratio of the second particles to the first particles is 1 to 6.
An irrigated medical device, comprising: an inlet tube configured to receive an irrigation fluid from a pressurized fluid source; at least first and second outlet tubes (64A, 64B) configured to deliver the irrigation fluid to respective outlets of the device; a manifold containing a chamber coupled between the inlet tube and at least the first and second outlet tubes (64A, 64B); characterised by a ball comprising a magnetic material contained inside the chamber; and a magnetic field generator (84A, 84B, 84C) disposed outside the chamber and configured to generate a variable magnetic field within the chamber so as to move the ball between at least a first position in which the first outlet tube is blocked, a second position in which the second outlet tube is blocked, and a third position, in which neither of the outlet tubes is blocked. an inlet tube configured to receive an irrigation fluid from a pressurized fluid source; at least first and second outlet tubes (64A, 64B) configured to deliver the irrigation fluid to respective outlets of the device; a manifold containing a chamber coupled between the inlet tube and at least the first and second outlet tubes (64A, 64B); characterised by a ball comprising a magnetic material contained inside the chamber; and a magnetic field generator (84A, 84B, 84C) disposed outside the chamber and configured to generate a variable magnetic field within the chamber so as to move the ball between at least a first position in which the first outlet tube is blocked, a second position in which the second outlet tube is blocked, and a third position, in which neither of the outlet tubes is blocked.