mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning system, comprising: an air-conditioning apparatus constructed by connecting one or a plurality of indoor units and one or a plurality of outdoor units by refrigerant pipes; a general-purpose device controller to which a general-purpose device that operates in cooperation with the air-conditioning apparatus is connected, configured to control the general-purpose device; and energy management means, which is communicably connected to the air-conditioning apparatus and the general-purpose device controller through a dedicated communication line, configured to control a device to be controlled by transmitting a signal representing an operation command to the device to be controlled, which is the air-conditioning apparatus or the general-purpose device, characterized in that the general-purpose device controller includes a processing configuration unit including controller processing control means configured to perform processing to realize a function of the general-purpose device controller based on management information related to air-conditioning control, and an interface configuration unit configured to perform intermediary processing for transmitting and receiving the management information between the dedicated communication line and the processing configuration unit. an air-conditioning apparatus constructed by connecting one or a plurality of indoor units and one or a plurality of outdoor units by refrigerant pipes; a general-purpose device controller to which a general-purpose device that operates in cooperation with the air-conditioning apparatus is connected, configured to control the general-purpose device; and energy management means, which is communicably connected to the air-conditioning apparatus and the general-purpose device controller through a dedicated communication line, configured to control a device to be controlled by transmitting a signal representing an operation command to the device to be controlled, which is the air-conditioning apparatus or the general-purpose device, characterized in that the general-purpose device controller includes a processing configuration unit including controller processing control means configured to perform processing to realize a function of the general-purpose device controller based on management information related to air-conditioning control, and an interface configuration unit configured to perform intermediary processing for transmitting and receiving the management information between the dedicated communication line and the processing configuration unit. a processing configuration unit including controller processing control means configured to perform processing to realize a function of the general-purpose device controller based on management information related to air-conditioning control, and an interface configuration unit configured to perform intermediary processing for transmitting and receiving the management information between the dedicated communication line and the processing configuration unit.
A polygon-shaped ceiling tile having a front surface, a back surface and two adjacent side-edge portions (110, 112), wherein each side-edge portion (110,112) comprises a first (120, 124) and a second (122, 126) segment, said first segments (120, 124) adjoining each other, wherein each first segment (120, 124) is provided with an installation groove (141, 151) and an upper lip (147, 157) partly defining said installation groove (141, 151) extending along the side-edge portion (110, 112) associated thereto, and wherein each second segment (122, 126) is provided with a stepped profile extending along the side-edge portion (110, 112) associated thereto for forming a step in said back surface, each stepped profile comprising a wall portion (160, 170) extending in a direction transverse said back surface, characterized in that said upper lip (147, 157) has a lateral extension extending beyond the wall portion (160, 170) of the stepped profile.
Method for processing electrical and electronic components in order to recover valuable materials, such as metals, in which the components are pre-shredded mechanically, where the pre-shredded components are mixed with a liquid, preferably water, and then undergo wet milling, characterized in that wet milling takes place between two milling segments moving in relation to one another.
Water solution containing 1-hydroxyethylidene-diphosphonic acid in an amount of (1.80 to 2.06) g/l, anhydrous calcium chloride in an amount of (1.44-2,22) g/l, gadolinium nitrate in an amount of (0.30 to 0.40) g/l, dysprosium hexahydrate in an amount of (0.038 to 0.076) g/l, having a pH value (7.3-7.8), for use in a method for bone tissue regeneration, in which the injured bone fragments are immobilized in a first plaster cast, and then the water solution is introduced into the fracture area, characterized in that prior to injection into the fracture area, the solution is heated up to a temperature of 30 to 100 °C and held at this temperature for a period of hours and then cooled again to room temperature, wherein this is intended to shorten the duration of bone tissue generation at the bone fracture or defect location, as well as the healing time until the normal physiological function of the injured/affected bone is restored.
A sensor device having a holding frame for arrangement inside a vehicle, on a vehicle window, comprising - guideways which are formed on a side of the holding frame and serve to receive holding elements, arranged on the sensor device, - devices which are formed on a side of the holding frame opposite the guideways and serve to produce a mechanical force acting on the sensor device substantially in the direction of a guiding direction of the guideways when the sensor device is arranged in the holding frame, so that the devices cause the holding elements to be guided in the guideways when the sensor device is arranged in the holding frame, wherein the guideways are designed such that, when the sensor device is arranged in the holding frame, the holding elements are guided in the guideways in such a manner that the sensor device is moved towards the vehicle window. - guideways which are formed on a side of the holding frame and serve to receive holding elements, arranged on the sensor device, - devices which are formed on a side of the holding frame opposite the guideways and serve to produce a mechanical force acting on the sensor device substantially in the direction of a guiding direction of the guideways when the sensor device is arranged in the holding frame, so that the devices cause the holding elements to be guided in the guideways when the sensor device is arranged in the holding frame,
A rotary valve comprising: a valve body made of a first material, the valve body having a fluid flow passageway and a first shaft bore, the fluid flow passageway defining a first axis and the first shaft bore defining a second axis that is substantially non-parallel relative to the first axis of the fluid flow passageway; and a first insert positioned in the first shaft bore, the first insert made of a second material different than the first material, the second material having a higher corrosion resistance characteristic than the first material, wherein the first insert comprises a cylindrical body defining an inner surface and an outer surface, the inner surface defining a longitudinal bore extending through an entire length of the cylindrical body, the longitudinal bore defining a first opening to receive a drive shaft of the valve, and the first insert comprising a first counterbore formed in the cylindrical body, the first counterbore defining a second opening coaxially aligned with the first opening, the first opening having a first diameter and the second opening having a second diameter that is greater than the first diameter; and a bearing disposed in the second opening, wherein the first counterbore defines an inner wall that restricts movement of the bearing, wherein the first insert includes an outer wall positioned on the outer surface, the outer wall arranged to engage the valve body to position the first insert in the first shaft bore, and wherein the outer wall of the first insert is welded to the valve body. a valve body made of a first material, the valve body having a fluid flow passageway and a first shaft bore, the fluid flow passageway defining a first axis and the first shaft bore defining a second axis that is substantially non-parallel relative to the first axis of the fluid flow passageway; and a first insert positioned in the first shaft bore, the first insert made of a second material different than the first material, the second material having a higher corrosion resistance characteristic than the first material, wherein the first insert comprises a cylindrical body defining an inner surface and an outer surface, the inner surface defining a longitudinal bore extending through an entire length of the cylindrical body, the longitudinal bore defining a first opening to receive a drive shaft of the valve, and the first insert comprising a first counterbore formed in the cylindrical body, the first counterbore defining a second opening coaxially aligned with the first opening, the first opening having a first diameter and the second opening having a second diameter that is greater than the first diameter; and a bearing disposed in the second opening, wherein the first counterbore defines an inner wall that restricts movement of the bearing, wherein the first insert includes an outer wall positioned on the outer surface, the outer wall arranged to engage the valve body to position the first insert in the first shaft bore, and wherein the outer wall of the first insert is welded to the valve body.
A c-Met monoclonal antibody, or antigen-binding fragment thereof, comprising three light chain complementarity determining regions (LCDRs) and three heavy chain complementarity determining regions (HCDRs), wherein LCDR1 comprises the amino acid sequence SVSSSVSSIYLH (SEQ ID NO: 53), LCDR2 comprises the amino acid sequence STSNLAS (SEQ ID NO: 54), LCDR3 comprises the amino acid sequence QVYSGYPLT (SEQ ID NO: 56), HCDR1 comprises the amino acid sequence GYTFTDYYMH (SEQ ID NO: 65), HCDR2 comprises the amino acid sequence RVNPNRRGTTYNQKFEG (SEQ ID NO: 68), and HCDR3 comprises the amino acid sequence ANWLDY (SEQ ID NO: 69) for use in the treatment of cancers mediated by c-Met.
Device for connecting a connection profile or a fill element made of a brittle material with a sliding block of a groove profile, wherein the device comprises a connecting element and an adapter element for connection to the sliding block, wherein the connecting element is mounted on the adapter element so as to be pivotable about the adapter element, wherein the device comprises a counter element for the connecting element, wherein the counter element is arranged in an inner space of the adapter element and is connected to the connecting element, characterised in that the inner space comprises a gap-shaped opening which extends at least partially between the counter element and the connecting element along a pivoting direction in which the connecting element is pivotable with respect to the adapter element, and the counter element is connected to the connecting element by means of a fastening element through the gap-shaped opening.
An anchor for a replacement heart valve prosthesis, the anchor comprising: a frame for placement on an exterior of a heart, the frame having a generally conical shape and comprising two or more spaced-apart wings (512a-c) extending upwardly from a lower end of the frame; and a tether attached to the frame, the tether configured to be attached to a replacement heart valve prosthesis; wherein the spaced-apart wings have a length of between 4cm and 10cm. a frame for placement on an exterior of a heart, the frame having a generally conical shape and comprising two or more spaced-apart wings (512a-c) extending upwardly from a lower end of the frame; and a tether attached to the frame, the tether configured to be attached to a replacement heart valve prosthesis; wherein the spaced-apart wings have a length of between 4cm and 10cm.
Switchgear assembly having a metal-clad housing and a drive device, which is connected to a kinematic chain for transmitting a movement which can be delivered by the drive device into the inside of the metal-clad housing and is mounted at least partially on the metal-clad housing, wherein the drive device is mounted on the metal-clad housing via a spacer device, which creates between the drive device and the metal-clad housing a receiving space which is separate from the inside of the metal-clad housing, characterized in that the spacer device is arranged on a bulging wall of the metal-clad housing, wherein the spacer device encloses the bulging wall and a flange surface (22a, 22b, 22c, 22'a, 22'b, 22'c) is arranged in the bulging wall. the drive device is mounted on the metal-clad housing via a spacer device, which creates between the drive device and the metal-clad housing a receiving space which is separate from the inside of the metal-clad housing, characterized in that the spacer device is arranged on a bulging wall of the metal-clad housing, wherein the spacer device encloses the bulging wall and a flange surface (22a, 22b, 22c, 22'a, 22'b, 22'c) is arranged in the bulging wall.
Shoe roll system, for dewatering or smoothing a moving web of fibrous material, in particular a web of paper or cardboard, inside a machine for producing and/or finishing the web of fibrous material, comprising at least one shoe roll with a revolving press sleeve, as well as a pressure measurement device for determining the internal gas pressure in the shoe roll, and a supply line from a gas supply to a gas inlet into the shoe roll, characterized in that the supply line has a regulating device for setting the volume of gas delivered into the shoe roll, wherein the shoe roll system has a monitoring device which is configured to maintain the internal gas pressure at a predetermined target pressure by setting the volume of gas delivered by means of the regulating device and to send a signal, in particular to switch off the shoe roll system, as soon as the volume of gas delivered exceeds a predetermined permissible range of values. for dewatering or smoothing a moving web of fibrous material, in particular a web of paper or cardboard, inside a machine for producing and/or finishing the web of fibrous material, comprising at least one shoe roll with a revolving press sleeve, as well as a pressure measurement device for determining the internal gas pressure in the shoe roll, and a supply line from a gas supply to a gas inlet into the shoe roll, characterized in that the supply line has a regulating device for setting the volume of gas delivered into the shoe roll, wherein the shoe roll system has a monitoring device which is configured to maintain the internal gas pressure at a predetermined target pressure by setting the volume of gas delivered by means of the regulating device and to send a signal, in particular to switch off the shoe roll system, as soon as the volume of gas delivered exceeds a predetermined permissible range of values.
A method of communication, comprising: obtaining an information block; determining whether to segment the information block based on at least one power mode of a satellite; segmenting the information block into segments based on the determination; and sending the segments. obtaining an information block; determining whether to segment the information block based on at least one power mode of a satellite; segmenting the information block into segments based on the determination; and sending the segments.
A stress sensor (1; 100; 200, 300; 400; 500; 600) including: a membrane plate (4; 104; 204; 34; 504, 604), a first bonding region (5; 105; 205; 305; 405; 505; 605), superposed on the membrane plate, a cover plate (6; 106; 206; 306; 406; 506; 606) superposed on the first bonding region, the first bonding region bonding the membrane plate to the cover plate, three-dimensional detection piezoresistive elements (11; 111; 211; 411; 511; 611), extending on the membrane plate and embedded in the first bonding region, and planar detection piezoresistive elements (12; 112; 212; 412; 512; 612), extending on the membrane plate and surrounded at a distance by the first bonding region. a membrane plate (4; 104; 204; 34; 504, 604), a first bonding region (5; 105; 205; 305; 405; 505; 605), superposed on the membrane plate, a cover plate (6; 106; 206; 306; 406; 506; 606) superposed on the first bonding region, the first bonding region bonding the membrane plate to the cover plate, three-dimensional detection piezoresistive elements (11; 111; 211; 411; 511; 611), extending on the membrane plate and embedded in the first bonding region, and planar detection piezoresistive elements (12; 112; 212; 412; 512; 612), extending on the membrane plate and surrounded at a distance by the first bonding region.
An in vitro method for the production of extracellular vesicles with an anti-infective and/or anti-tumor activity and/or immune stimulatory activity, the method comprising the steps of (a) In vitro culturing a biological cell, (b) Bringing into contact the biological cell with at least one ligand of an innate immunity receptor in an amount and time sufficient for the biological cell to release extracellular vesicles, wherein the innate immunity receptor is selected from the group consisting of melanoma differentiation antigen 5 and cyclic GMP-AMP synthase (cGAS), and wherein said biological cell expresses said innate immunity receptor; (c) Isolating and/or purifying the released extracellular vesicles. (a) In vitro culturing a biological cell, (b) Bringing into contact the biological cell with at least one ligand of an innate immunity receptor in an amount and time sufficient for the biological cell to release extracellular vesicles, wherein the innate immunity receptor is selected from the group consisting of melanoma differentiation antigen 5 and cyclic GMP-AMP synthase (cGAS), and wherein said biological cell expresses said innate immunity receptor; (c) Isolating and/or purifying the released extracellular vesicles.
An applicator (10; 50) for applying a surgical mesh to tissue comprising: a body portion (14; 52) having an inner surface (16; 54) defining a chamber for receipt of a surgical mesh, an outer surface (18; 56) and first and second longitudinally extending edges (24, 26; 62, 64), the first and second longitudinal edges (24, 26; 62, 64) defining a gap therebetween for passage of the surgical mesh; characterized in that: the body portion (14; 52) includes gripping structure projecting from the outer surface (18; 56) of the body portion (14; 52). a body portion (14; 52) having an inner surface (16; 54) defining a chamber for receipt of a surgical mesh, an outer surface (18; 56) and first and second longitudinally extending edges (24, 26; 62, 64), the first and second longitudinal edges (24, 26; 62, 64) defining a gap therebetween for passage of the surgical mesh; characterized in that: the body portion (14; 52) includes gripping structure projecting from the outer surface (18; 56) of the body portion (14; 52). the body portion (14; 52) includes gripping structure projecting from the outer surface (18; 56) of the body portion (14; 52).
An image coding method for coding an image on a per coding unit basis, said image having luminance data, first chrominance data and second chrominance data in either one of the 4:2:0 format and the 4:2:2 format, the method comprising: dividing the image into a plurality of coding units dividing each of the coding units into one or more transform units, wherein each coding unit consists of one or more blocks of a predetermined size and each of said blocks consists of one or more transform units, applying a frequency transform to the luminance data of each transform unit; determining, for each transform unit, whether a first chroma size of the transform unit is smaller than the predetermined size; combining (S109, S110), when the first chroma size of the transform unit is smaller than the predetermined size, the transform units of the corresponding block and applying (S112, S115) the frequency transform to each of the first chrominance data and the second chrominance data of the combined transform units; applying (S112, S115), when the first chroma size of the transform unit is not smaller than the predetermined size, the frequency transform to each of the first chrominance data and the second chrominance data of the transform unit; coding (S106, S113, S116) the transformed luminance data of each block and then the transformed chrominance data of said block to generate a bitstream in which the transformed luminance data and the transformed chrominance data are grouped on a per block basis. dividing the image into a plurality of coding units dividing each of the coding units into one or more transform units, wherein each coding unit consists of one or more blocks of a predetermined size and each of said blocks consists of one or more transform units, applying a frequency transform to the luminance data of each transform unit; determining, for each transform unit, whether a first chroma size of the transform unit is smaller than the predetermined size; combining (S109, S110), when the first chroma size of the transform unit is smaller than the predetermined size, the transform units of the corresponding block and applying (S112, S115) the frequency transform to each of the first chrominance data and the second chrominance data of the combined transform units; applying (S112, S115), when the first chroma size of the transform unit is not smaller than the predetermined size, the frequency transform to each of the first chrominance data and the second chrominance data of the transform unit; coding (S106, S113, S116) the transformed luminance data of each block and then the transformed chrominance data of said block to generate a bitstream in which the transformed luminance data and the transformed chrominance data are grouped on a per block basis.
A sample folder for clearly displaying a plurality of sample elements (24, 40), in particular surface decorations, wherein the sample folder holds the sample elements pivotably about a pivot axis, comprising a first pack of sample elements, wherein at least some of the sample elements of the first pack are displaceable relative to other sample elements of the first pack, a second pack of sample elements, wherein at least some of the sample elements of the second pack are displaceable relative to other sample elements of the second pack, wherein the first pack and the second pack are designed as units separate from one another, so that the first pack and the second pack form two unconnected parts in a released state, and wherein the first pack has a housing to which the second pack can be connected in a basic position in such a way that the second pack is at least partially surrounded by the housing of the first pack and is releasably held thereby. a first pack of sample elements, wherein at least some of the sample elements of the first pack are displaceable relative to other sample elements of the first pack, a second pack of sample elements, wherein at least some of the sample elements of the second pack are displaceable relative to other sample elements of the second pack, wherein the first pack and the second pack are designed as units separate from one another, so that the first pack and the second pack form two unconnected parts in a released state, and wherein the first pack has a housing to which the second pack can be connected in a basic position in such a way that the second pack is at least partially surrounded by the housing of the first pack and is releasably held thereby.