mhurhangee/ep-ind-claims huggingface dataset:
Switchgear cabinet, comprising - a door at a front side of the switchgear cabinet with gills and/or slats arranged therein as well as a first grille arranged adjacent to the gills /slats, which assure a protection rating up to IP43, characterised by - a back wall with gills and/or slats arranged therein as well as a second grille arranged adjacent to the gills /slats, which assure a protection rating up to IP43, and - a housing wall with slots, gills arranged therein and/or slats and a roof projecting beyond the housing wall (6, 12) as well as a third grille arranged adjacent to the slots/gills /slats, which assure a protection rating up to IP43, wherein - a mesh size of the first/second/third grille is smaller than the foreign object of each respective protection class which is to be kept out and a) the gills /slats are oriented from the top inside to the bottom outside and overlap in the direction of water ingress of each respective protection class, and b) the roof covers an opening in the housing (6, 12) adjacent to the grille in the direction of water ingress of each respective protection class, and wherein - the first grille is arranged at the door and the third grille is arranged on the inside in the roof area and the second grille is arranged on the outside at the back wall. - a door at a front side of the switchgear cabinet with gills and/or slats arranged therein as well as a first grille arranged adjacent to the gills /slats, which assure a protection rating up to IP43, - a back wall with gills and/or slats arranged therein as well as a second grille arranged adjacent to the gills /slats, which assure a protection rating up to IP43, and - a housing wall with slots, gills arranged therein and/or slats and a roof projecting beyond the housing wall (6, 12) as well as a third grille arranged adjacent to the slots/gills /slats, which assure a protection rating up to IP43, wherein - a mesh size of the first/second/third grille is smaller than the foreign object of each respective protection class which is to be kept out and a) the gills /slats are oriented from the top inside to the bottom outside and overlap in the direction of water ingress of each respective protection class, and b) the roof covers an opening in the housing (6, 12) adjacent to the grille in the direction of water ingress of each respective protection class, and wherein - the first grille is arranged at the door and the third grille is arranged on the inside in the roof area and the second grille is arranged on the outside at the back wall.
A method of avoiding deformation of a biological tissue sample during preparation for analysis in a histology processing cassette in the same dimension as the depth of the histology processing cassette comprising: i) providing a histology processing cassette comprising a box defining a compartment for holding a biological tissue sample, the box having a bottom face comprising a sample support surface having hexagonal perforations of side 2.5 mm to allow transmission of a processing fluid through the perforations, an open top face, and two side walls, a back wall and a sloping front wall, the box having a length of 65 to 80mm and width of 50 to 55mm, being a greater length and width than a standard size histology processing cassette and a depth of 6 to 8mm, being approximately the same as a standard size histology processing cassette wherein the ratio of the length to the width is approximately from 7 to 8:5, the ratio of the width to the depth is from 6 to 9:1 and the ratio of the length to the depth is from approximately 9 to 12:1,; ii) placing the sample in the cassette and treating the sample by contacting it with a processing solution; and iii) contacting the sample with molten paraffin and cooling the sample in molten paraffin so the sample is embedded in solidified paraffin for further processing. i) providing a histology processing cassette comprising a box defining a compartment for holding a biological tissue sample, the box having a bottom face comprising a sample support surface having hexagonal perforations of side 2.5 mm to allow transmission of a processing fluid through the perforations, an open top face, and two side walls, a back wall and a sloping front wall, the box having a length of 65 to 80mm and width of 50 to 55mm, being a greater length and width than a standard size histology processing cassette and a depth of 6 to 8mm, being approximately the same as a standard size histology processing cassette wherein the ratio of the length to the width is approximately from 7 to 8:5, the ratio of the width to the depth is from 6 to 9:1 and the ratio of the length to the depth is from approximately 9 to 12:1,; ii) placing the sample in the cassette and treating the sample by contacting it with a processing solution; and iii) contacting the sample with molten paraffin and cooling the sample in molten paraffin so the sample is embedded in solidified paraffin for further processing.
An electronic-device seal structure comprising: a base; a case which covers an upper surface of the base and has an opening at a surface thereof; and a terminal, which is attached to the base, having a body and a pair of terminal parts at one end of the body so as to face each other with a predetermined interval, wherein the base is inserted into the opening and a seal is formed between the side surface of the base and the opening of the case, wherein a clearance is provided between the pair of terminal parts disposed on an end surface of the base to face each other, characterized in that the electronic-device seal structure further comprises clearance forming portions which are provided on bases of the pair of the terminal parts to face each other on the body, and the clearance is defined by the clearance forming portions, the body of the terminal, and the case. a base; a case which covers an upper surface of the base and has an opening at a surface thereof; and a terminal, which is attached to the base, having a body and a pair of terminal parts at one end of the body so as to face each other with a predetermined interval, wherein the base is inserted into the opening and a seal is formed between the side surface of the base and the opening of the case, wherein a clearance is provided between the pair of terminal parts disposed on an end surface of the base to face each other, characterized in that the electronic-device seal structure further comprises clearance forming portions which are provided on bases of the pair of the terminal parts to face each other on the body, and the clearance is defined by the clearance forming portions, the body of the terminal, and the case.
A carbonation system for multiple types of drinks, the system comprising: a carbonation head to carbonate a drink in a bottle, the carbonation head comprising a pressure regulator to reduce the pressure of an incoming gas to an operating pressure, a gas activator to control the passage of said reduced pressure gas and a pressure transducer to control said gas activator based on a pressure level in said bottle during carbonation; characterized in that the carbonation system further comprises: a stirrer; a flexible outlet pipe; a controllable valve, wherein said controllable valve is a pinch valve to pinch said flexible outlet pipe, wherein said pinch valve, flexible pipe and stirrer are formed into a single head, said single head designed to operate for one of: a group of drinks, a type of bottle and a bottle volume; and a multi-drink controller to control at least said valve to steppably release excess pressure from said bottle after carbonation as a function of the type of drink in said bottle, wherein said controller has multiple schedules for opening and closing said pinch valve, each schedule associated with said single head. a stirrer; a flexible outlet pipe; a controllable valve, wherein said controllable valve is a pinch valve to pinch said flexible outlet pipe, wherein said pinch valve, flexible pipe and stirrer are formed into a single head, said single head designed to operate for one of: a group of drinks, a type of bottle and a bottle volume; and a multi-drink controller to control at least said valve to steppably release excess pressure from said bottle after carbonation as a function of the type of drink in said bottle, wherein said controller has multiple schedules for opening and closing said pinch valve, each schedule associated with said single head.
A method of manufacturing a heater assembly for an aerosol-generating system, comprising: providing a flexible wick coupling a rigid support element to the wick; assembling a heating element around the rigid support; and removing the rigid support. providing a flexible wick coupling a rigid support element to the wick; assembling a heating element around the rigid support; and removing the rigid support.
An automatic analyzer comprising: an analysis unit configured to analyse a specimen; a storage unit configured to store specimen information including specimen IDs and a plurality of attribute information pieces recorded correspondingly for each of the specimen IDs; a priority setting unit configured to set attribute information to be extracted from the plurality of attribute information pieces at the time of searching the specimen information; and a screen control unit configured to control a screen for displaying the specimen ID which conforms to a character string of an input specimen ID as a search result among the specimen information stored in the storage unit according to the character string, wherein, when a part of the character string of the specimen ID is input to the screen as a first character string, the screen control unit is configured to display specific specimen information from the specimen information stored in the storage unit as the search result candidates on the screen, based on the attribute information set by the priority setting unit and the first character string including less than the number of digits of the character string of the specimen ID. an analysis unit configured to analyse a specimen; a storage unit configured to store specimen information including specimen IDs and a plurality of attribute information pieces recorded correspondingly for each of the specimen IDs; a priority setting unit configured to set attribute information to be extracted from the plurality of attribute information pieces at the time of searching the specimen information; and a screen control unit configured to control a screen for displaying the specimen ID which conforms to a character string of an input specimen ID as a search result among the specimen information stored in the storage unit according to the character string, wherein, when a part of the character string of the specimen ID is input to the screen as a first character string, the screen control unit is configured to display specific specimen information from the specimen information stored in the storage unit as the search result candidates on the screen, based on the attribute information set by the priority setting unit and the first character string including less than the number of digits of the character string of the specimen ID.
An air-conditioning apparatus comprising: a compressor; an outdoor side heat exchanger; a subcooling heat exchanger; an expansion device; an indoor side heat exchanger; and an accumulator, being sequentially connected by pipes, the expansion device including a flow rate adjustable three-way valve, the flow rate adjustable three-way valve including an opening connected to a pipe communicating with the outdoor side heat exchanger, an opening connected to a pipe communicating with the indoor side heat exchanger, and an opening connected to a pipe communicating with an upstream side of the accumulator through the subcooling heat exchanger, wherein the subcooling heat exchanger is arranged between the outdoor side heat exchanger and the flow rate adjustable three-way valve and configured to exchange heat between refrigerant flowing through the pipe communicating with the outdoor side heat exchanger and refrigerant flowing through the pipe communicating with the upstream side of the accumulator, and wherein valves (6, 10, 18) are respectively provided to the pipe communicating with the outdoor side heat exchanger at a position between the flow rate adjustable three-way valve and the subcooling heat exchanger, and to the pipe communicating with the upstream side of the accumulator at a position between the flow rate adjustable three-way valve and the subcooling heat exchanger. a compressor; an outdoor side heat exchanger; a subcooling heat exchanger; an expansion device; an indoor side heat exchanger; and an accumulator, being sequentially connected by pipes, the expansion device including a flow rate adjustable three-way valve, the flow rate adjustable three-way valve including an opening connected to a pipe communicating with the outdoor side heat exchanger, an opening connected to a pipe communicating with the indoor side heat exchanger, and an opening connected to a pipe communicating with an upstream side of the accumulator through the subcooling heat exchanger, wherein the subcooling heat exchanger is arranged between the outdoor side heat exchanger and the flow rate adjustable three-way valve and configured to exchange heat between refrigerant flowing through the pipe communicating with the outdoor side heat exchanger and refrigerant flowing through the pipe communicating with the upstream side of the accumulator, and wherein valves (6, 10, 18) are respectively provided to the pipe communicating with the outdoor side heat exchanger at a position between the flow rate adjustable three-way valve and the subcooling heat exchanger, and to the pipe communicating with the upstream side of the accumulator at a position between the flow rate adjustable three-way valve and the subcooling heat exchanger.
A lubricating oil composition comprising a base oil, a zinc dialkyldithiophosphate, and a sarcosine derivative wherein the component is a compound represented by the following general formula (c-1): wherein R is a hydrocarbon group having 6 to 30 carbon atoms, a content of molybdenum atoms is less than 10ppm by mass based on the total amount of the lubricating oil composition, and a kinematic viscosity of the lubricating oil composition at 100°C is 6.5mm 2 /s or less. wherein the component is a compound represented by the following general formula (c-1): wherein R is a hydrocarbon group having 6 to 30 carbon atoms, a content of molybdenum atoms is less than 10ppm by mass based on the total amount of the lubricating oil composition, and a kinematic viscosity of the lubricating oil composition at 100°C is 6.5mm 2 /s or less.
Flexible spacer for double/triple glazing, wherein the spacer is made of a butyl rubber being a copolymer of isobutylene with isoprene, with average molecular weight ranging from 300,000 to 600,000, with isoprene content ranging from 0.50% to 3.50% by weight, whereby the spacer is impermeable to moisture and has capacity of sealing noble gases, the spacer being loaded with both reinforcing and inert fillers, the spacer incorporating moisture absorbing material, each side wall of the said spacer featuring at least a wave positioned immediately above an accumulation area of internal or primary sealant so as to ensure adhesion to a glass of the double/triple glazing within which the spacer is intended to be fitted, characterized in that: - the said spacer features at least one recess on the back, with a configuration such as to allow the external sealant to penetrate and create a strong mechanical bond between the two materials, and - a sector of the spacer comprises a second compound made of a different elastomer chosen in the group of EPDM, SBR, BR, NR and VMQ, said different elastomer being co-vulcanised with butyl rubber and containing said moisture absorbing material in the form of desiccant salts, so as to allow the surface to absorb a greater amount of humidity from the double/triple glazing within this elastomer. - the said spacer features at least one recess on the back, with a configuration such as to allow the external sealant to penetrate and create a strong mechanical bond between the two materials, and - a sector of the spacer comprises a second compound made of a different elastomer chosen in the group of EPDM, SBR, BR, NR and VMQ, said different elastomer being co-vulcanised with butyl rubber and containing said moisture absorbing material in the form of desiccant salts, so as to allow the surface to absorb a greater amount of humidity from the double/triple glazing within this elastomer.
Fuel distributor, in particular for fuel injection systems of mixture-compressing, applied-ignition internal combustion engines, having a first half-shell and a second half-shell, between which there is formed a fuel chamber, wherein multiple cup-like structures (11 - 14) are provided on the first half-shell and/or on the second half-shell, and wherein the first half-shell and the second half-shell are cohesively connected together, wherein an edge is provided on the first half-shell and an edge is provided on the second half-shell, at which edges the half-shells (2, 3) are joined together, characterized in that the cup-like structures (11 - 14), which serve for receiving injection valves, are formed on one of said edges (34, 35) such that the cup-like structures (11 - 14) are situated apart from the fuel chamber enclosed by the two half-shells (2, 3).
A composition of high particle density nanoparticles comprising antigen-MHC complexes coupled at a ratio of greater than 50 to 200 to a biocompatible bioabsorbable nanosphere having a diameter of 4 nm or from 5 to 15 nm for use in a method for preventing or treating an autoimmune disorder when administered to a subject to expand anti-pathogenic autoreactive T cells.
A system comprising an automated analyzer that has a light source (31; 41), a cell configured to contain a reaction solution, and a detector (34; 45) that is adapted to detect light (32; 43) which in use radiates from the light source (31; 41) to the cell and is scattered by the reaction solution in the cell, characterized in that the system further comprises a standard solution for evaluating a scattered light measuring optical system of the automated analyzer, wherein the standard solution comprises an insoluble carrier at a concentration at which transmittance is in a range of 10% to 50% at an optical length of 5 mm in the cell, when the light source (31; 41) emits a radiation light having a wavelength of 700 nm and the standard solution is dispensed to the cell, wherein the insoluble carrier is a latex particle having a grain size of 250 nm to 350 nm, and the solvent in the standard solution is a glycerin aqueous solution containing 15% to 25% by weight of glycerin. characterized in that the system further comprises a standard solution for evaluating a scattered light measuring optical system of the automated analyzer, wherein the standard solution comprises an insoluble carrier at a concentration at which transmittance is in a range of 10% to 50% at an optical length of 5 mm in the cell, when the light source (31; 41) emits a radiation light having a wavelength of 700 nm and the standard solution is dispensed to the cell, wherein the insoluble carrier is a latex particle having a grain size of 250 nm to 350 nm, and the solvent in the standard solution is a glycerin aqueous solution containing 15% to 25% by weight of glycerin.
An assembled device of personal protective equipment comprising a yoke component, a boss component and an axle bolt, the yoke component comprising: a. a carabiner body that includes a back, an opening, and a yoke formation, wherein: i. the yoke formation is constituted by a U-shaped section that is open to the outside of the body, and which defines a space between two generally parallel legs (24, 26), the legs having parallel, facing bearing surfaces through each of which legs a respective coaxial axle bore is formed; ii. the back extends from the yoke formation to an end that defines a first limit of the opening; and iii. a spur extends from the yoke formation to an end that defines a second limit of the opening; b. a gate carried on the body and which can be pivoted between a closed position, in which it closes the opening, and an open position in which an object can be passed through the opening into or out of a space within the body; the boss component having flat, parallel external bearing surfaces, an axle bore extending through the boss component, the axle bore opening at each bearing surface and extending normal thereto; and the axle bolt passes through the axle bores in the yoke component and the boss component. a. a carabiner body that includes a back, an opening, and a yoke formation, wherein: i. the yoke formation is constituted by a U-shaped section that is open to the outside of the body, and which defines a space between two generally parallel legs (24, 26), the legs having parallel, facing bearing surfaces through each of which legs a respective coaxial axle bore is formed; ii. the back extends from the yoke formation to an end that defines a first limit of the opening; and iii. a spur extends from the yoke formation to an end that defines a second limit of the opening; i. the yoke formation is constituted by a U-shaped section that is open to the outside of the body, and which defines a space between two generally parallel legs (24, 26), the legs having parallel, facing bearing surfaces through each of which legs a respective coaxial axle bore is formed; ii. the back extends from the yoke formation to an end that defines a first limit of the opening; and iii. a spur extends from the yoke formation to an end that defines a second limit of the opening; b. a gate carried on the body and which can be pivoted between a closed position, in which it closes the opening, and an open position in which an object can be passed through the opening into or out of a space within the body;
A method comprising: receiving proximity data that includes an indication of a barrier (622, 624, 720) that is proximate to a playback device (600, 700), the playback device (600, 700) comprising a plurality of speakers (602, 604, 606, 608, 702, 704); and detecting that the barrier (622, 624, 720) is within a threshold proximity to a first speaker of the playback device based on the indication of the barrier (622, 624, 720) proximate to the playback device (600, 700), wherein the first speaker of the playback device (600, 700) is configured to play a component of the audio content; characterized by further comprising the step of based on the detecting: causing the first speaker of the playback device (600, 700) to be deactivated; and causing a second speaker to play at least a portion of the component of the audio content. receiving proximity data that includes an indication of a barrier (622, 624, 720) that is proximate to a playback device (600, 700), the playback device (600, 700) comprising a plurality of speakers (602, 604, 606, 608, 702, 704); and detecting that the barrier (622, 624, 720) is within a threshold proximity to a first speaker of the playback device based on the indication of the barrier (622, 624, 720) proximate to the playback device (600, 700), wherein the first speaker of the playback device (600, 700) is configured to play a component of the audio content; characterized by further comprising the step of based on the detecting: causing the first speaker of the playback device (600, 700) to be deactivated; and causing a second speaker to play at least a portion of the component of the audio content. causing the first speaker of the playback device (600, 700) to be deactivated; and causing a second speaker to play at least a portion of the component of the audio content.