mhurhangee/ep-ind-claims huggingface dataset:
Method for mounting a step rotary switch with the following steps: - punching a sheet metal to establish a contact arrangement of contact fields with moulded connecting lugs and retaining lugs, which contact arrangement is arranged in one piece in sectors held by a frame part of the sheet metal on the inner edge of the frame part, - bending the sheet metal in order to align the connecting lugs and retaining lugs in a direction at right angles to the sheet metal plane; - inserting the sheet metal into an insulating ring such that the connecting lugs are introduced into insertion openings and the retaining lugs are introduced into slots in the insulating ring until the contact spring of the contact arrangement comes into contact with plug-in receptacles; - bending the retaining lugs of the contact fields about web sections which are delimited in each case by two radially running slots of two plug-in receptacles arranged adjacent to one another; - cutting the frame part of the sheet metal for electrical separation of the contact fields in the contact arrangement. - punching a sheet metal to establish a contact arrangement of contact fields with moulded connecting lugs and retaining lugs, which contact arrangement is arranged in one piece in sectors held by a frame part of the sheet metal on the inner edge of the frame part, - bending the sheet metal in order to align the connecting lugs and retaining lugs in a direction at right angles to the sheet metal plane; - inserting the sheet metal into an insulating ring such that the connecting lugs are introduced into insertion openings and the retaining lugs are introduced into slots in the insulating ring until the contact spring of the contact arrangement comes into contact with plug-in receptacles; - bending the retaining lugs of the contact fields about web sections which are delimited in each case by two radially running slots of two plug-in receptacles arranged adjacent to one another; - cutting the frame part of the sheet metal for electrical separation of the contact fields in the contact arrangement.
A refrigerator comprising: a storage chamber configured to store food; a cold air supply part configured to supply cold air into the storage chamber; a tray configured to define an ice making cell, which is a space in which water is phase-changed into ice by the cold air; a transparent ice heater configured to supply heat into the tray; and a controller configured to control the transparent ice heater, wherein the controller is configured to start an ice making after the water is completely supplied to the ice making cell as much as a first water supply amount, the controller is configured to control the transparent ice heater to be turned on in at least partial section while the cold air supply part supplies the cold air so that bubbles dissolved in the water within the ice making cell move from a portion, at which the ice is made, toward the water that is in a liquid state to make transparent ice, and the controller is configured to determine whether the transparent ice heater operates abnormally during an ice making process, and when the controller determines that the transparent ice heater operates abnormally, the controller supplies the water to the ice making cell as much as a second water supply amount smaller than the first water supply amount in a next water supply process. a storage chamber configured to store food; a cold air supply part configured to supply cold air into the storage chamber; a tray configured to define an ice making cell, which is a space in which water is phase-changed into ice by the cold air; a transparent ice heater configured to supply heat into the tray; and a controller configured to control the transparent ice heater, wherein the controller is configured to start an ice making after the water is completely supplied to the ice making cell as much as a first water supply amount, the controller is configured to control the transparent ice heater to be turned on in at least partial section while the cold air supply part supplies the cold air so that bubbles dissolved in the water within the ice making cell move from a portion, at which the ice is made, toward the water that is in a liquid state to make transparent ice, and the controller is configured to determine whether the transparent ice heater operates abnormally during an ice making process, and when the controller determines that the transparent ice heater operates abnormally, the controller supplies the water to the ice making cell as much as a second water supply amount smaller than the first water supply amount in a next water supply process.
Three-dimensional printing installation of a medical device directly at a location where the medical device is to be used, comprising a container comprising inside it: - a production module comprising a 3D printer; the installation being characterised in that the container also comprises: - a clean room, separate from the production module, comprising means for washing and disinfecting the printed medical device, and a machine for packaging the washed and disinfected medical device. - a production module comprising a 3D printer; - a clean room, separate from the production module, comprising means for washing and disinfecting the printed medical device, and a machine for packaging the washed and disinfected medical device.
Packaging box blank in the form of a one-piece structure comprising a base surface, a pair of folding surfaces for forming the long sides of the box, a pair of vertical surfaces for forming the short sides of the box, wherein a straight crease is formed between the base surface and each vertical surface, whereby - a stacking plane panel is extending from each said vertical surface; - a crease is formed between each said vertical surface of the short side and said stacking plane panel; - a flexing slot is formed in each vertical surface, in connection to said crease formed between said vertical surface and said stacking plane; characterised in that, - a panel for forming the underside of the stacking plane panel is extending from each stacking plane panel, and a crease is formed between said stacking plane and said panel allowing the panel to be folded along said crease in order to form the underside of said stacking plane; and in that - the outer end of each panel for forming the underside of said stacking plane comprises a protrusion (13.1) which, when the blank is folded into a box and the panel is folded to form the underside of the stacking plane, is pressed into the flexing slot such as to form a carrying handle functioning as a grip. - a stacking plane panel is extending from each said vertical surface; - a crease is formed between each said vertical surface of the short side and said stacking plane panel; - a flexing slot is formed in each vertical surface, in connection to said crease formed between said vertical surface and said stacking plane; characterised in that, - a panel for forming the underside of the stacking plane panel is extending from each stacking plane panel, and a crease is formed between said stacking plane and said panel allowing the panel to be folded along said crease in order to form the underside of said stacking plane; and in that - the outer end of each panel for forming the underside of said stacking plane comprises a protrusion (13.1) which, when the blank is folded into a box and the panel is folded to form the underside of the stacking plane, is pressed into the flexing slot such as to form a carrying handle functioning as a grip.
A sampling and detection device for detecting volatile organic content in water, wherein the sampling and detection device comprises: a hollow sampler, wherein a side wall of a lower half of the hollow sampler is provided with more than one water inlet channel, and a lower end of the hollow sampler is provided with a gas bubbler; a gas detector connected to the hollow sampler; a gas inlet pipe; a gas outlet pipe, wherein one end of the gas outlet pipe is communicated with a top of the hollow sampler and the other end is connected to the gas detector, and wherein the gas outlet pipe is provided with a gas sample collection pump; a purge gas intake pump, wherein an end of the gas inlet pipe is communicated with the lower end of the hollow sampler at the location of the gas bubbler, the gas bubbler being configured to subject purge gas entering the hollow sampler to bubbling treatment, and the other end of the gas inlet pipe is connected to the purge gas intake pump, and wherein, the gas detector is further communicated with the purge gas intake pump such that a closed loop is formed between the gas inlet pipe, the hollow sampler, the gas outlet pipe and the gas detector. a hollow sampler, wherein a side wall of a lower half of the hollow sampler is provided with more than one water inlet channel, and a lower end of the hollow sampler is provided with a gas bubbler; a gas detector connected to the hollow sampler; a gas inlet pipe; a gas outlet pipe, wherein one end of the gas outlet pipe is communicated with a top of the hollow sampler and the other end is connected to the gas detector, and wherein the gas outlet pipe is provided with a gas sample collection pump; a purge gas intake pump, wherein an end of the gas inlet pipe is communicated with the lower end of the hollow sampler at the location of the gas bubbler, the gas bubbler being configured to subject purge gas entering the hollow sampler to bubbling treatment, and the other end of the gas inlet pipe is connected to the purge gas intake pump, and wherein,
A photodetector comprising: - an array of microcells; - an output module configured to collect from each microcell an output signal indicative of a photon detection and to combine the collected output signals in at least one output line, wherein each microcell comprises: - a first device and a second device, wherein both said first device and said second device are photosensitive devices capable of detecting said photon; - a time-gating module connected to said first photosensitive device and to said second photosensitive device and configured to provide a gate signal to said first photosensitive device and to said second photosensitive device to activate said first photosensitive device and said second photosensitive device; and - a differential readout module configured to receive a respective signal from each of the first device and the second device, and, upon arrival of said photon on any one of said first photosensitive device and said second photosensitive device, to provide, on the basis of said received signals, said output signal indicative of the photon detection to said output module. - an array of microcells; - an output module configured to collect from each microcell an output signal indicative of a photon detection and to combine the collected output signals in at least one output line, - a first device and a second device, wherein both said first device and said second device are photosensitive devices capable of detecting said photon; - a time-gating module connected to said first photosensitive device and to said second photosensitive device and configured to provide a gate signal to said first photosensitive device and to said second photosensitive device to activate said first photosensitive device and said second photosensitive device; and - a differential readout module configured to receive a respective signal from each of the first device and the second device, and, upon arrival of said photon on any one of said first photosensitive device and said second photosensitive device, to provide, on the basis of said received signals, said output signal indicative of the photon detection to said output module.
Rotary clothes dryer with at least one supporting arm with multiple sliders, whereby the sliders are arranged in the supporting arm in such a way that they can be longitudinally adjusted and can be fixed on the sliders of the clothes line and whereby the sliders can be pulled by the supporting arm when opening the rotary clothes dryer of the clothes lines from its release position, characterised in that, the sliders are designed in such a way and/or the clothes lines are arranged on the sliders in such a way that the lateral forces, which can lead to twisting and/or tilting of the sliders, are avoided and/or compensated, whereby the sliders have a guide lug on one face side and a guide groove on the opposite face side, so that the guide lugs and the guide grooves of the adjacent slider interlock in release position.
A collapsible bottle comprising: a unitary molded body comprising a plurality of panels (12, 14, 16, 18, 20, 22) defining an interior chamber, wherein the plurality of panels comprise: an outlet end panel; a base panel located on a side of the body opposite the outlet; two planar side panels (16, 18) connecting the outlet end panel and the base panel; a planar rear panel connected to each of the outlet end panel, the base panel, and the two planar side panels (16, 18); a front panel opposite the planar rear panel, wherein the front panel comprises a flat surface and a plurality of curved faceted surfaces (26, 28, 30, 32) connected to the outlet end panel, the base panel, and the two planar side panels (16, 18); and an outlet integrally formed with the outlet end panel so as to provide access to the interior chamber, characterized in that the molded body comprises a first thickness proximate a connection interface of the base panel and the front panel and wherein the outlet end panel defines a second thickness greater than the first thickness. an outlet end panel; a base panel located on a side of the body opposite the outlet; two planar side panels (16, 18) connecting the outlet end panel and the base panel; a planar rear panel connected to each of the outlet end panel, the base panel, and the two planar side panels (16, 18); a front panel opposite the planar rear panel, wherein the front panel comprises a flat surface and a plurality of curved faceted surfaces (26, 28, 30, 32) connected to the outlet end panel, the base panel, and the two planar side panels (16, 18); and an outlet integrally formed with the outlet end panel so as to provide access to the interior chamber, characterized in that the molded body comprises a first thickness proximate a connection interface of the base panel and the front panel and wherein the outlet end panel defines a second thickness greater than the first thickness.
A chair, wherein a seat (5; 205) swings in a front-rear and a left-right directions with respect to a support base (2; 202), wherein the chair is configured such that swinging of the seat (5; 205) in front-rear direction with respect to the support base (2; 202) is capable of being suppressed at one or a plurality of predetermined positions, or arbitrary position via an operation of an operation member (151, 152), and characterized in that a front-rear swinging part is provided between the seat (5; 205) and the support base (2; 202) supporting the seat (5; 205), and a left-right swinging part is provided between the front-rear swinging part and the support base (2; 202) or between the seat (5; 205) and the front-rear swinging part, and the seat (5; 205) is swingably supported in front-rear and left-right directions by the support base (2; 202) via these front-rear swinging part and the left-right swinging part, and a front-rear stopper mechanism is provided between the left-right swinging part and the front-rear swinging part, or between the support base (2; 202) and the front-rear swinging part, or between the support base (2; 202) and the left-right swinging part, the front-rear stopper mechanism switches between allowance and suppression of swinging of the seat (5; 205) in the front-rear direction through engaging or disengaging an engaging part (81; 182a; 210) and an engaged part (82; 182; 200) by operation of the operation member (151, 152). wherein the chair is configured such that swinging of the seat (5; 205) in front-rear direction with respect to the support base (2; 202) is capable of being suppressed at one or a plurality of predetermined positions, or arbitrary position via an operation of an operation member (151, 152), and characterized in that a front-rear swinging part is provided between the seat (5; 205) and the support base (2; 202) supporting the seat (5; 205), and a left-right swinging part is provided between the front-rear swinging part and the support base (2; 202) or between the seat (5; 205) and the front-rear swinging part, and the seat (5; 205) is swingably supported in front-rear and left-right directions by the support base (2; 202) via these front-rear swinging part and the left-right swinging part, and a front-rear stopper mechanism is provided between the left-right swinging part and the front-rear swinging part, or between the support base (2; 202) and the front-rear swinging part, or between the support base (2; 202) and the left-right swinging part, the front-rear stopper mechanism switches between allowance and suppression of swinging of the seat (5; 205) in the front-rear direction through engaging or disengaging an engaging part (81; 182a; 210) and an engaged part (82; 182; 200) by operation of the operation member (151, 152).
A cutting table, comprising: a cutting surface; an opposing surface; a cutting table outer wall extending from the circumference of the opposing surface to the circumference of the cutting surface; two or more slots extending from a portion of the cutting surface to a portion of the cutting table outer wall; and ribs of thermally stable material positioned about each of said two or more slots; characterized in that at least one rib of thermally stable material contacts at least one adjacent rib of thermally stable material. a cutting surface; an opposing surface; a cutting table outer wall extending from the circumference of the opposing surface to the circumference of the cutting surface; two or more slots extending from a portion of the cutting surface to a portion of the cutting table outer wall; and ribs of thermally stable material positioned about each of said two or more slots; characterized in that at least one rib of thermally stable material contacts at least one adjacent rib of thermally stable material.
Illumination device comprising a housing with at least a first compartment, the first compartment comprising a respective: - light emission window bordered by an outer edge of the compartment; - carrier for at least one light source; - stack of crossed prismatic sheets positioned in the housing, each sheet (19, 21) having a smooth side and a grooved side; light issued by the light source during operation is made to propagate along a light path, said light path extending from the light source through the prismatic sheets and subsequently through the light emission window at least partially along a central axis transverse to the light emission window, both prismatic sheets being turned with the smooth side towards the light emission window, characterized in that at least a second compartment comprising a stack of crossed prismatic sheets is provided in which at least one prismatic sheet is turned with its grooved side towards the light emission window. - light emission window bordered by an outer edge of the compartment; - carrier for at least one light source; - stack of crossed prismatic sheets positioned in the housing, each sheet (19, 21) having a smooth side and a grooved side;
Fasoracetam for use in a method of treating conduct disorder in a subject comprising administering an effective amount of fasoracetam to a subject that has at least one copy number variation in a metabotropic glutamate receptor (mGluR) network gene.
A method of operating a blast furnace using carbon-containing non-fired pellets wherein an iron-containing material and coke are alternately charged in layers from a top of the blast furnace, said method characterized by (i) mixing in advance carbon-containing non-fired pellets and fired pellets and charging a mixture of said carbon-containing non-fired pellets and said fired pellets so as to replace part of said iron-containing material layer and (ii) adjusting a mixing ratio of said carbon-containing non-fired pellets and said fired pellets so that a ratio R (kg/tp)/P(kg/tp) of a specific consumption R of said carbon-containing non-fired pellets (kg/tp) and a specific consumption P of said fired pellets (kg/tp) becomes 0.09 to 0.31. (i) mixing in advance carbon-containing non-fired pellets and fired pellets and charging a mixture of said carbon-containing non-fired pellets and said fired pellets so as to replace part of said iron-containing material layer and (ii) adjusting a mixing ratio of said carbon-containing non-fired pellets and said fired pellets so that a ratio R (kg/tp)/P(kg/tp) of a specific consumption R of said carbon-containing non-fired pellets (kg/tp) and a specific consumption P of said fired pellets (kg/tp) becomes 0.09 to 0.31.
A lighting apparatus, comprising: a light passing cover (2, 107, 885) having a peripheral edge, a central part and a reverse curve surface extended from the peripheral edge, the central part allowing a light source to emit a light to pass through; a rim structure having a socket (11, 109), a peripheral wall (116, 884), and a bottom edge; and a pressing structure made of an elastic strip bent to form a top portion (32, 103), a middle portion (31, 102) and a root portion; the middle portion (31, 102) presses the reverse curve surface of the light passing cover (2, 107, 885) with an elastic force of the elastic strip to keep the light passing cover (2, 107, 885) staying between the middle portion (31, 102) and the bottom edge of the rim structure, and the top portion (32, 103) of the pressing structure allows a user to press to keep the middle portion (31, 102) of the pressing structure away from contact to the light passing cover (2, 107, 885) to detach the light passing cover (2, 107, 885) from the rim structure; characterized in that the socket (11, 109) is disposed on an inner side of the peripheral wall (116, 884); and the root portion being kept in the socket (11, 109). a light passing cover (2, 107, 885) having a peripheral edge, a central part and a reverse curve surface extended from the peripheral edge, the central part allowing a light source to emit a light to pass through; a rim structure having a socket (11, 109), a peripheral wall (116, 884), and a bottom edge; and a pressing structure made of an elastic strip bent to form a top portion (32, 103), a middle portion (31, 102) and a root portion; the middle portion (31, 102) presses the reverse curve surface of the light passing cover (2, 107, 885) with an elastic force of the elastic strip to keep the light passing cover (2, 107, 885) staying between the middle portion (31, 102) and the bottom edge of the rim structure, and the top portion (32, 103) of the pressing structure allows a user to press to keep the middle portion (31, 102) of the pressing structure away from contact to the light passing cover (2, 107, 885) to detach the light passing cover (2, 107, 885) from the rim structure; characterized in that the socket (11, 109) is disposed on an inner side of the peripheral wall (116, 884); and the root portion being kept in the socket (11, 109).