mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for handling notes of value, having an introduction unit for introducing at least one note of value, a transport unit (24, 26, 248, 302, 304) for transporting the note of value in a transport direction along a transport path, having an image capture unit for recording at least one image with a representation of at least one note of value which has been introduced, and having a control unit which, on the basis of the image, determines the type of note of value of the note of value which has been introduced and on the basis of the determined type of note of value, controls at least one processing unit (400, 500, 600) arranged downstream of the image capture unit to further process the note of value, characterized in that an illumination unit for illuminating the note of value during the recording of the image with the aid of the image capture unit is provided, in that the note of value is arranged between the image capture unit and the illumination unit during the recording of the image, in that the processing unit comprises a diverter for transporting the notes of value into a first transport path or at least one second transport path and/or an alignment station for aligning the notes of value, in that the control unit classifies the notes of value into cheques, banknotes and other sheet-like media as types of notes of value, in that the control unit determines at least one dimension of the note of value in a first step on the basis of the representation of the note of value in the image and, on the basis of this dimension, determines whether the note of value could be a banknote or a cheque, in that, if it was determined in the first step that the note of value could be a banknote or a cheque, the control unit checks the presence of at least one characteristic feature of preset permissible banknotes in a second step, and in that, if it was determined in the second step that the note of value is not a permissible banknote, the control unit checks the presence of at least one preset characteristic feature of cheques in a third step.
An air freshener system comprising a wick wrapped in nylon and a composition comprising: a 100% natural mixture of essential oils and at least two diluents, wherein the mixture is adapted to have a longevity of between fifteen to forty days; and wherein the at least two diluents include a combination of Hemisqualane and Squalane. a 100% natural mixture of essential oils and at least two diluents, wherein the mixture is adapted to have a longevity of between fifteen to forty days; and wherein the at least two diluents include a combination of Hemisqualane and Squalane.
Manually operated fruit press comprising a first and a second lever arm (4, 6) which are interconnected by means of a joint, the joint being arranged at one end of the lever arms (4, 6), each of the lever arms (4, 6) comprising, at the ends thereof remote from the joint, a handle portion, a strainer, which is arranged between the handle portion and the joint and comprises an associated support block and a collection cup arranged thereunder, being connected to the first lever arm, and the second lever arm being connected to a pressing element which exerts pressure onto a piece of fruit placed in a pressing chamber formed between the strainer comprising the associated support block and the pressing element when the two lever arms (4, 6) are moved so as to be brought together, the strainer, together with the associated support block, being directly connected to the first lever arm, the collection cup being arranged underneath the strainer and being detachably connected to the first strainer, together with the associated support block, and/or to the first lever arm, characterised in that the strainer, together with the associated support block, is formed in a cup-like recess in the first lever arm, the pressing element forms an integrated component of the one-piece moulded body of the second lever arm, and the pressing element is in the form of a cup-like recess in the second lever arm which projects downwards beyond the underside of the second lever arm and, during a closing movement of the first and second lever arms (4, 6) towards one another, lowers towards the support block.
Filtering device for filtering gaseous fluids, in particular air filter in motor vehicles, with a filter element insertable into a multi-part housing and with an at least two-part housing, wherein these housing components (3, 4) are connected with each other in assembled state, characterized in that a connecting device passing through the filter element is provided for a connection between the housing components (3, 4), wherein the connecting device comprises at least one housing dome (13, 14) realized in one part with a housing component (3, 4) and a damping device, which is disposed between the front side of the housing dome (13, 14) and the opposing housing component (3, 4), wherein in assembled position the housing components (3, 4) are held together via fastening elements by means of a clamping force directed transversely to the filter element plane, wherein this clamping force can be transmitted via housing domes (13, 14) and the intermediate damping device, wherein the damping device only loosely contacts at least one of the directly adjacent housing domes (13, 14), wherein the housing components (3, 4) can be easily removed from each other by opening the external fastening elements so that the filter element is accessible and can be removed from the housing interior or inserted into the housing interior.
A thermally insulated wall applied to a masonry support, comprising, arranged in the following order: - a masonry support, - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements, - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall, wherein said finishing panels are fixed on said profiles, characterized in that said insulating panels are sandwich panels comprising a polyurethane foam, and in that said plurality of profiles are fixed to said masonry support by means of second fixing elements. - a masonry support, - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements, - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall, wherein said finishing panels are fixed on said profiles, characterized in that said insulating panels are sandwich panels comprising a polyurethane foam, and in that said plurality of profiles are fixed to said masonry support by means of second fixing elements. - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements, - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall, wherein said finishing panels are fixed on said profiles,
A computer-implemented method of identifying a human cancer subject amenable to an anti-cancer immunotherapy, comprising: (a) obtaining a dataset comprising data representing the level of CD127 low PD-1 low T cells in the human cancer subject; (b) obtaining a dataset comprising data representing the level of CD127 low PD-1 low T cells in a control, wherein the control is the human cancer patient at an earlier time, a distinct human cancer subject that is unresponsive to the anti-cancer immunotherapy, or a healthy human; and (c) assessing the amenability of the human cancer subject to the anti-cancer immunotherapy wherein the human cancer subject is identified as amenable to anti-cancer immunotherapy based on the data, when the level of CD127 low PD-1 low T cells is greater in the human cancer subject than the level of CD127 low PD-1 low T cells in the control wherein the cancer is melanoma and the anti-cancer immunotherapy is an anti-CTLA4 antibody or an anti-CTLA-4 antibody fragment that binds CTLA-4. (a) obtaining a dataset comprising data representing the level of CD127 low PD-1 low T cells in the human cancer subject; (b) obtaining a dataset comprising data representing the level of CD127 low PD-1 low T cells in a control, wherein the control is the human cancer patient at an earlier time, a distinct human cancer subject that is unresponsive to the anti-cancer immunotherapy, or a healthy human; and (c) assessing the amenability of the human cancer subject to the anti-cancer immunotherapy wherein the human cancer subject is identified as amenable to anti-cancer immunotherapy based on the data, when the level of CD127 low PD-1 low T cells is greater in the human cancer subject than the level of CD127 low PD-1 low T cells in the control wherein the cancer is melanoma and the anti-cancer immunotherapy is an anti-CTLA4 antibody or an anti-CTLA-4 antibody fragment that binds CTLA-4.
An automatic card handling device (110, 130, 150, 160), comprising: a shuffling apparatus with a controller, the apparatus configured for shuffling an input set of cards and delivering an output set of cards resulting from the shuffling; a custom module comprising a diagnosis module configured for performing a self-diagnosis on the operation of the card handling device; and a communication module operably coupled to the controller; wherein the communication module is configured for sending and receiving information related to operation of the automatic card handling device (110, 130, 150, 160) and for sending information related to self-diagnosis of the card handling device (110, 130, 150, 160) and for receiving a self-diagnosis request instructing the card handling device to perform the self-diagnosis across a communication port configured for operably coupling to a communication network and wherein the communication module is configured to receive control information or instructions via the communication network. a shuffling apparatus with a controller, the apparatus configured for shuffling an input set of cards and delivering an output set of cards resulting from the shuffling; a custom module comprising a diagnosis module configured for performing a self-diagnosis on the operation of the card handling device; and a communication module operably coupled to the controller; wherein the communication module is configured for sending and receiving information related to operation of the automatic card handling device (110, 130, 150, 160) and for sending information related to self-diagnosis of the card handling device (110, 130, 150, 160) and for receiving a self-diagnosis request instructing the card handling device to perform the self-diagnosis across a communication port configured for operably coupling to a communication network and wherein the communication module is configured to receive control information or instructions via the communication network.
A telepresence system, comprising: a projector for generating an image, a projection screen for receiving the image generated by the projector and generating a reflected image; a foil for receiving the reflected image generated by the projection screen and generating and directing a partially reflected image toward an audience, the partially reflected image being perceived by the audience as a virtual image or hologram located on a viewing stage; a camera for filming an individual through the foil, the camera being located on a camera side of the foil and positioned adjacent to the viewing stage, the individual being located on an individual side of the foil and positioned on a filming stage; characterised by a monitor for generating a picture in picture image, the monitor being positioned below the foil and oriented so that the picture in picture image is directed onto the foil and reflected toward the camera. a projector for generating an image, a projection screen for receiving the image generated by the projector and generating a reflected image; a foil for receiving the reflected image generated by the projection screen and generating and directing a partially reflected image toward an audience, the partially reflected image being perceived by the audience as a virtual image or hologram located on a viewing stage; a camera for filming an individual through the foil, the camera being located on a camera side of the foil and positioned adjacent to the viewing stage, the individual being located on an individual side of the foil and positioned on a filming stage; characterised by a monitor for generating a picture in picture image, the monitor being positioned below the foil and oriented so that the picture in picture image is directed onto the foil and reflected toward the camera.
An apparatus (200, 500, 600) for measuring a quantity of milk yielded by an animal during a milking process, comprising a container; a supply unit configured to supply milk to the container and connectable to a milking unit of a milking machine; a discharge unit configured to discharge milk from the container and connectable to a milking line of the milking machine which is adapted to have applied thereto a milking vacuum, wherein the discharge unit comprises means for changing the size of a discharge opening through which the milk flows when it is being discharged from the container, wherein at least two different sizes of the discharge opening, which allow the milk to flow through the discharge opening, can be set; a filling level measuring device configured to measure a filling level of the milk in the container; and a control unit configured to control the means for changing the size of the discharge opening in dependence on the milk level in the container determined by the filling level measuring device, in order to set the size of the discharge opening such that the filling level remains within a predetermined range; characterized by an evaluation unit configured to calculate a milk flow into the container on the basis of the set size of the discharge opening and of the filling level measured by the filling level measuring device.
A system for reading RFID tags, the system comprising: a transmit path to produce a transmit signal; a receive path to demodulate a tag signal produced in response to the transmit signal; a baseband receive filter to AC-couple a signal in the receive path to produce an AC-coupled receive signal; and a carrier estimator connected to the receive path and the transmit path to estimate an amplitude and/or a phase of a reflected transmit signal based on the transmit signal and the AC-coupled receive signal for cancelling the carrier from the AC-coupled receive signal. a transmit path to produce a transmit signal; a receive path to demodulate a tag signal produced in response to the transmit signal; a baseband receive filter to AC-couple a signal in the receive path to produce an AC-coupled receive signal; and a carrier estimator connected to the receive path and the transmit path to estimate an amplitude and/or a phase of a reflected transmit signal based on the transmit signal and the AC-coupled receive signal for cancelling the carrier from the AC-coupled receive signal.
A rotatable brush (20A-B, D) for cleaning a submerged net where the rotatable brush (20A-A, D) comprises; - a brush core with a rotational axis; and - a plurality of bristles (26A-B), where each bristle (26A-B) is provided with an end portion comprising a free end and an opposite attachment portion attached to the brush core, where a rotation of the rotatable brush (20A-B, D) moves each bristle's (26A-B) free end along a circular circumferential path with a centre in the rotational axis, the end portion of each bristle (26A-B) forms a secant angle (α) with the circumferential path, the secant angle (α) being different from 90 degrees, characterized in that each bristle (26A-B) at the end portion is formed with a kink or a bend. - a brush core with a rotational axis; and - a plurality of bristles (26A-B), where each bristle (26A-B) is provided with an end portion comprising a free end and an opposite attachment portion attached to the brush core,
An apparatus for constructing a wall comprising: - at least one guideway tube along a height of a first wall of a first concrete panel; - the guideway tube comprising a sacrificial wall element that extends along the tube and about a portion of a periphery of the tube; - at least one cutting mechanism for cutting along the height of a first wall of the first concrete panel, the cutting mechanism being arranged to cut along the height of the wall of the first concrete panel and along the sacrificial wall element of the guideway tube so as to cut away at least part of the sacrificial wall element of the guideway tube along at least part of the height of the first wall. - at least one guideway tube along a height of a first wall of a first concrete panel; - the guideway tube comprising a sacrificial wall element that extends along the tube and about a portion of a periphery of the tube; - at least one cutting mechanism for cutting along the height of a first wall of the first concrete panel, the cutting mechanism being arranged to cut along the height of the wall of the first concrete panel and along the sacrificial wall element of the guideway tube so as to cut away at least part of the sacrificial wall element of the guideway tube along at least part of the height of the first wall.
A liquid separator for removing a liquid from a sample of a breathing gas flowing through an airway adapter having a channel surrounded by a wall, said channel being configured to locate between a patient and a ventilator, said liquid separator comprising: a chamber configured to receive the gas sample of the breathing gas; a membrane having an outer surface exposed to the breathing gas flow, said membrane at least partially surrounding said chamber and which membrane is configured to separate the liquid from the gas sample received by said chamber; a supporting structure for supporting said membrane; and a connector operationally attached to said supporting structure and which connector is connectable to said airway adapter, said connector comprising a cavity providing a flow path for the sample gas from said chamber through an opening of said cavity to a sample tube, wherein said membrane is configured, in use, to branch from a centre of said channel into at least two different branches, each of said at least two branches extending to different directions to obtain the sample; wherein the opening is, in use, located in the middle of the channel extending perpendicular to a longitudinal axis of the channel towards the wall of the channel; and characterized in that the width of the at least two different branches along the longitudinal axis of the channel is at least 4 times the diameter of the opening and the height of the at least two different branches extends across the inner diameter of the channel to maximize the area of the outer surface of the membrane and the thickness of the at least two branches is less than 4 times the diameter of the opening. a chamber configured to receive the gas sample of the breathing gas; a membrane having an outer surface exposed to the breathing gas flow, said membrane at least partially surrounding said chamber and which membrane is configured to separate the liquid from the gas sample received by said chamber; a supporting structure for supporting said membrane; and a connector operationally attached to said supporting structure and which connector is connectable to said airway adapter, said connector comprising a cavity providing a flow path for the sample gas from said chamber through an opening of said cavity to a sample tube, wherein said membrane is configured, in use, to branch from a centre of said channel into at least two different branches, each of said at least two branches extending to different directions to obtain the sample; wherein the opening is, in use, located in the middle of the channel extending perpendicular to a longitudinal axis of the channel towards the wall of the channel; and characterized in that the width of the at least two different branches along the longitudinal axis of the channel is at least 4 times the diameter of the opening and the height of the at least two different branches extends across the inner diameter of the channel to maximize the area of the outer surface of the membrane and the thickness of the at least two branches is less than 4 times the diameter of the opening.
A compressor stator blade arrangement including a stator blade and a rotary body, wherein a radial outer end of the blade is fixed and a radial inner end of the blade is located closer to an outer surface of the rotary body, the compressor stator blade comprising: a seal mechanism configured to hermetically seal a part between the radial inner end of the compressor stator blade on the upstream side and the outer surface of the rotary body, wherein a remainder part on the downstream side of the seal mechanism includes a hub clearance between the outer surface of the rotary body and the radial inner end of the compressor stator blade, wherein the seal mechanism is a variable blade spindle mechanism, characterized in that a gap of the hub clearance from the outer surface of the rotary body is uniform. a seal mechanism configured to hermetically seal a part between the radial inner end of the compressor stator blade on the upstream side and the outer surface of the rotary body, wherein a remainder part on the downstream side of the seal mechanism includes a hub clearance between the outer surface of the rotary body and the radial inner end of the compressor stator blade, wherein the seal mechanism is a variable blade spindle mechanism, characterized in that
Housing to be used in a computer system, comprising - at least a first side of the housing, which at least predominantly consists of an aluminum material; - at least a first plastic covering, which is arranged on an outer surface of the first side of the housing; and a converter circuit integrated in the housing for converting a primary supply voltage into a secondary supply voltage; characterized in that the housing comprises at least a second plastic covering, wherein the second plastic covering is arranged on the first side of the housing on the inner surface opposite the outer surface and surrounds the integrated converter circuit, wherein the first plastic covering, the first side of the housing, and the second plastic covering, which acts as heat shield, form a fanless cooling device, and are arranged one on top of the other in a layer-type manner, so that a heat transfer out of the interior of the housing to the environment is delayed and heat is distributed over a large area in the first side of the housing. - at least a first side of the housing, which at least predominantly consists of an aluminum material; - at least a first plastic covering, which is arranged on an outer surface of the first side of the housing; and