mhurhangee/ep-ind-claims huggingface dataset:
A parts feeder, which is configured to feed parts each having an angular projecting portion, such as a bolt with a washer, a bolt with a hexagonal head part and a flange, a shaft-like part with a head part, and a projection nut with a welding projection, to cause entanglement or clogging of the parts, the parts feeder comprising: a lower portion formed in a vicinity of an end portion of a bottom member of a storage container; a lift member configured to lift the part kept on standby on the lower portion, the lift member being made of a stainless steel which is a nonmagnetic material and arranged in a state of being movable up and down along an inner wall of the storage container; a transport unit configured to transport the part, which is lifted and transferred thereto by the lift member, to a target position, a position at which the part is transferred to the transport unit being set in a vicinity of an upper position of the lift member; wherein the parts feeder is characterized by comprising a sucking unit configured to partially suck the mass of parts in which the parts are in a tangled state inside the storage container toward the lower portion, the sucking unit being a permanent magnet or an electromagnet embedded in the lift member at a height position at which the part can be attracted toward the lower portion when the lift member is positioned at a highest level, so that the sucking unit is configured to separate the part from the mass of parts to attract the part toward the lower portion. a lower portion formed in a vicinity of an end portion of a bottom member of a storage container; a lift member configured to lift the part kept on standby on the lower portion, the lift member being made of a stainless steel which is a nonmagnetic material and arranged in a state of being movable up and down along an inner wall of the storage container; a transport unit configured to transport the part, which is lifted and transferred thereto by the lift member, to a target position, a position at which the part is transferred to the transport unit being set in a vicinity of an upper position of the lift member; wherein the parts feeder is characterized by comprising a sucking unit configured to partially suck the mass of parts in which the parts are in a tangled state inside the storage container toward the lower portion, the sucking unit being a permanent magnet or an electromagnet embedded in the lift member at a height position at which the part can be attracted toward the lower portion when the lift member is positioned at a highest level, so that the sucking unit is configured to separate the part from the mass of parts to attract the part toward the lower portion.
A centrifugal fan for extracting air at a total pressure of less than 150 Pa, comprising: - a so-called lower flange, of circular shape, and a so-called upper flange, and - a plurality of blades (108; 300) arranged between said flanges (102; 104), each blade (108, 300) comprising a so-called inlet edge (110 1; 302 1) located toward the center of said fan and a so-called outlet edge (110 2; 302 2) located at the periphery of said fan; each blade being curved so that said fan is a reaction fan, wherein, for each blade (108; 300): - a so-called inlet radius (202 1), defined between the center of said fan and the inlet edge (110 1; 302 1) of said blade (108; 300), is between 90 mm and 130 mm, and - a so-called outlet radius (202 2), defined between the center of said fan and the outlet edge (110 2; 302 2) of said blade (108; 300), is between 150 mm and 250 mm, characterized in that for each blade: - an angle (206 2), called the outlet setting angle, formed by: ∘ the outlet radius (202 2), and ∘ the tangent (208 2) to said blade (108; 300) at the outlet edge (110 2; 302 2), is between 70° and 80°. - a so-called lower flange, of circular shape, and a so-called upper flange, and - a plurality of blades (108; 300) arranged between said flanges (102; 104), each blade (108, 300) comprising a so-called inlet edge (110 1; 302 1) located toward the center of said fan and a so-called outlet edge (110 2; 302 2) located at the periphery of said fan; - a so-called inlet radius (202 1), defined between the center of said fan and the inlet edge (110 1; 302 1) of said blade (108; 300), is between 90 mm and 130 mm, and - a so-called outlet radius (202 2), defined between the center of said fan and the outlet edge (110 2; 302 2) of said blade (108; 300), is between 150 mm and 250 mm, characterized in that for each blade: - an angle (206 2), called the outlet setting angle, formed by: ∘ the outlet radius (202 2), and ∘ the tangent (208 2) to said blade (108; 300) at the outlet edge (110 2; 302 2), is between 70° and 80°. ∘ the outlet radius (202 2), and ∘ the tangent (208 2) to said blade (108; 300) at the outlet edge (110 2; 302 2),
A method for dynamically displaying a guide interface element, the method comprising: receiving an input invoking display of a guide interface element; in response to the input: determining guide data for populating the guide interface element; determining, based at least in part on a characteristic of the guide data, a display duration for the guide interface element, wherein the characteristic of the guide data is indicative of an interest level in information contained in the guide data; identifying, from the guide data, one or more indicators relating to one or more content assets; comparing the one or more content assets with an interest profile; determining an interest metric reflecting a matching level between the one or more content assets and the interest profile based on the comparing; determining the display duration based on the interest metric; and generating for display, the guide interface element for the determined display duration. receiving an input invoking display of a guide interface element; in response to the input: determining guide data for populating the guide interface element; determining, based at least in part on a characteristic of the guide data, a display duration for the guide interface element, wherein the characteristic of the guide data is indicative of an interest level in information contained in the guide data; identifying, from the guide data, one or more indicators relating to one or more content assets; comparing the one or more content assets with an interest profile; determining an interest metric reflecting a matching level between the one or more content assets and the interest profile based on the comparing; determining the display duration based on the interest metric; and generating for display, the guide interface element for the determined display duration. determining guide data for populating the guide interface element; determining, based at least in part on a characteristic of the guide data, a display duration for the guide interface element, wherein the characteristic of the guide data is indicative of an interest level in information contained in the guide data; identifying, from the guide data, one or more indicators relating to one or more content assets; comparing the one or more content assets with an interest profile; determining an interest metric reflecting a matching level between the one or more content assets and the interest profile based on the comparing; determining the display duration based on the interest metric; and generating for display, the guide interface element for the determined display duration.
A botulinum neurotoxin type A for use in a method for treating a chronic migraine which method comprises the step of local administration of a botulinum neurotoxin to the frontalis, corrugator, procereus, occipitalis, temporalis, trapezius and cervical paraspinal muscles of the CM patient such that the botulinum neurotoxin is administered to the frontalis at about twenty units divided among four sites of injection, to the corrugator at about ten units divided among two sites of injection, to the procerus at about five units to one site of injection, to the occipitalis at about thirty units divided among six sites of injection to about forty units divided among eight sites of injection; to the temporalis at about forty units divided among eight sites of injection up to fifty units divided among ten sites of injection, to the trapezius at about thirty units divided among six sites of injection up to about fifty units divided among ten sites of injection and to the cervical paraspinal muscles at about twenty units divided among four sites of injection, such that the total amount of botulinum neurotoxin administered is from about 155 units to about 195 units injected at from 31 to 39 injection sites, respectively.
Method for operating a patient couch, in particular a medical imaging device, comprising a user interface with a control element for acquiring a control input, wherein at least one degree of motion of the patient couch is adjusted as a function of a force exerted by the user on the control element, characterised in that the control element is realised as a button symbol of a display with a touch-sensitive surface and high-frequency components of the force exerted onto the control element are filtered out.
An apparatus for image display, comprising: a projection screen, wherein at least part of the projection screen is movable such that a projection face of the projection screen is capable of moving back and forth along an axis perpendicular to the projection face under control from a control unit, wherein the projection screen comprises a piezoelectric film which is capable of moving back and forth along the axis when a controlling signal from the control unit is applied thereto, and wherein the piezoelectric film comprises a Dual Piezoelectric Cooling Jet, and a surface of the piezoelectric film serves as the projection face; a projection device configured to project an input from the control unit onto the projection face; the control unit configured to divide an image to be projected into a set of sub-images depending on distances, of one or more objects in the image, to be perceived by a user along the axis, and to control the projection screen and the projection device such that the projection device projects the set of sub-images onto the projection face when the projection face is moving to different positions respectively; and an imaging optical element configured to form a virtual image of the respective sub-image when the projection face is moving to the corresponding position at which the respective sub-image is projected. a projection screen, wherein at least part of the projection screen is movable such that a projection face of the projection screen is capable of moving back and forth along an axis perpendicular to the projection face under control from a control unit, wherein the projection screen comprises a piezoelectric film which is capable of moving back and forth along the axis when a controlling signal from the control unit is applied thereto, and wherein the piezoelectric film comprises a Dual Piezoelectric Cooling Jet, and a surface of the piezoelectric film serves as the projection face; a projection device configured to project an input from the control unit onto the projection face; the control unit configured to divide an image to be projected into a set of sub-images depending on distances, of one or more objects in the image, to be perceived by a user along the axis, and to control the projection screen and the projection device such that the projection device projects the set of sub-images onto the projection face when the projection face is moving to different positions respectively; and an imaging optical element configured to form a virtual image of the respective sub-image when the projection face is moving to the corresponding position at which the respective sub-image is projected.
Method for manufacturing a mixed solution comprising propionate and acetate, which comprises the steps of • providing a fermentation product having a pH from 6 to 9, and comprising propionate, acetate, and carbonate-related compounds being carbonates, bicarbonates and carbonic acids, • adding acid to the fermentation product to obtain an acidified fermentation product comprising propionate and acetate with a pH in the range of 2.5 to below 8 and containing at most 0.05 mol/l of carbonate-related compounds at ambient temperature. • providing a fermentation product having a pH from 6 to 9, and comprising propionate, acetate, and carbonate-related compounds being carbonates, bicarbonates and carbonic acids, • adding acid to the fermentation product to obtain an acidified fermentation product comprising propionate and acetate with a pH in the range of 2.5 to below 8 and containing at most 0.05 mol/l of carbonate-related compounds at ambient temperature.
A hierarchical system for use in a wireless regional area network for transferring signals, said system comprising: a base station wherein said base station interfaces with an external network; at least one consumer premise equipment terminal; and a relay station operating on a single channel interposed between, and in wireless communication with, said base station and said at least one consumer premise equipment terminal, wherein said relay station includes a first medium access control function for interfacing with said base station and a second medium access control function for interfacing with said at least one consumer premise equipment terminal wherein: said relay station is configured to simultaneously receive signals from said base station and from said at least one consumer premise equipment terminal; said relay station is configured to simultaneously transmit signals to said base station and to said at least one consumer premise equipment terminal; and wherein within a defined time period only said receiving or said transmitting occurs. a base station wherein said base station interfaces with an external network; at least one consumer premise equipment terminal; and a relay station operating on a single channel interposed between, and in wireless communication with, said base station and said at least one consumer premise equipment terminal, wherein said relay station includes a first medium access control function for interfacing with said base station and a second medium access control function for interfacing with said at least one consumer premise equipment terminal wherein: said relay station is configured to simultaneously receive signals from said base station and from said at least one consumer premise equipment terminal; said relay station is configured to simultaneously transmit signals to said base station and to said at least one consumer premise equipment terminal; and wherein within a defined time period only said receiving or said transmitting occurs. said relay station is configured to simultaneously receive signals from said base station and from said at least one consumer premise equipment terminal; said relay station is configured to simultaneously transmit signals to said base station and to said at least one consumer premise equipment terminal; and wherein within a defined time period only said receiving or said transmitting occurs.
A reagent composition for the flow cytometric immunophenotyping of leukocytes comprising distinctly labelled fluorochrome-conjugated antibodies directed against the following combination of markers: (a) CD27, IgM, IgA, IgG, IgD, CD19, CD21, CD38, and IgE. (a) CD27, IgM, IgA, IgG, IgD, CD19, CD21, CD38, and IgE.
A method performed by a mobile device; the method comprising: - dialling a mobile number or telephone number belonging to a dialled party or to whom to dial; - querying a database or a server comprising a list of telephone numbers or mobile numbers on whether the dialled mobile or telephone number is comprised in said list; - if mobile number or telephone number is comprised in said list, the method characterized by: - activating and/or displaying at least a keypad of the mobile device automatically without involving a user of the mobile device and simultaneously activating a speaker of the mobile device; wherein activating and/or displaying the keypad enables the user to select or push on at least a key of the keypad; wherein the selected or pushed key of the keypad being requested by the dialled party, and wherein simultaneously activating the speaker enables the user to hear the dialled party requesting the user of the mobile device to select or push the requested at least one key of the keypad. - dialling a mobile number or telephone number belonging to a dialled party or to whom to dial; - querying a database or a server comprising a list of telephone numbers or mobile numbers on whether the dialled mobile or telephone number is comprised in said list; - if mobile number or telephone number is comprised in said list, - activating and/or displaying at least a keypad of the mobile device automatically without involving a user of the mobile device and simultaneously activating a speaker of the mobile device; wherein activating and/or displaying the keypad enables the user to select or push on at least a key of the keypad; wherein the selected or pushed key of the keypad being requested by the dialled party, and wherein simultaneously activating the speaker enables the user to hear the dialled party requesting the user of the mobile device to select or push the requested at least one key of the keypad.
A motor driven shielded door assembly comprising: a door frame positioned along a wall; a door hinge assembly having an axis of rotation and including a bottom hinge and a top hinge; a motor assembly arranged on a support that is connected to the door frame or wall, the motor assembly comprising a motor directly connected to at least one of the bottom hinge and the top hinge, the motor having an axis of rotation which is aligned with the axis of rotation of the door hinge assembly; a door connected to the door hinge assembly; and a bottom bearing assembly which supports the bottom hinge and carries substantially all of the door's weight, the bottom bearing assembly being mounted substantially flush to a floor; wherein the motor directly drives the door hinge assembly to open and close the door, and wherein the support and the motor assembly are arranged between the bottom hinge and the top hinge. a door frame positioned along a wall; a door hinge assembly having an axis of rotation and including a bottom hinge and a top hinge; a motor assembly arranged on a support that is connected to the door frame or wall, the motor assembly comprising a motor directly connected to at least one of the bottom hinge and the top hinge, the motor having an axis of rotation which is aligned with the axis of rotation of the door hinge assembly; a door connected to the door hinge assembly; and a bottom bearing assembly which supports the bottom hinge and carries substantially all of the door's weight, the bottom bearing assembly being mounted substantially flush to a floor; wherein the motor directly drives the door hinge assembly to open and close the door, and wherein the support and the motor assembly are arranged between the bottom hinge and the top hinge.
A spray gun comprising a body having a handle and a head, an air inlet for the supply of air under pressure, a substance inlet for the supply of a fluid substance to be sprayed, a spray nozzle releasably secured to the head, an air valve associated with the air inlet, a needle for controlling the flow through the spray nozzle, and a trigger for operating the air valve and the needle, wherein the needle passes through the air valve and is releasably fixed at its end opposite to the spray nozzle to a bushing, which is axially movable within the gun body characterized in that a restraining collet is screwed within said bushing with which said end of the needle is axially engaged, said restraining collet being operable in rotation to advance the needle outwards with respect to the bushing from the head of the body and release said end from the restraining collet so as to enable withdrawal of said needle from the gun.
An electrode plate (PP, NP), comprising a current collector (10, 20) and an electrode active material layer (11, 21) disposed on at least one surface of the current collector (10, 20), wherein the current collector (10, 20) comprises a support layer (101, 201) and a conductive layer (102, 202) disposed on at least one surface of the support layer (101, 201), a single-sided thickness D2 of the conductive layer (102, 202) satisfies 30 nm ≤ D2 ≤ 3 μm, the support layer (101, 201) is made of a polymer material or polymer composite material, and a thickness D1 of the support layer (101, 201) satisfies 1 μm ≤ D1 ≤ 30 μm; and the electrode active material layer (11, 21) comprises an electrode active material, a binder, and a conductive agent, wherein the electrode plate surface has a length direction, which is the main dimension direction with a larger magnitude, and a width direction, which is a secondary dimension direction with a smaller magnitude, characterised in that viewed in a width direction of a coated surface of the electrode plate (PP, NP), the electrode active material layer (11, 21) comprises three zones classified by compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides. the current collector (10, 20) comprises a support layer (101, 201) and a conductive layer (102, 202) disposed on at least one surface of the support layer (101, 201), a single-sided thickness D2 of the conductive layer (102, 202) satisfies 30 nm ≤ D2 ≤ 3 μm, the support layer (101, 201) is made of a polymer material or polymer composite material, and a thickness D1 of the support layer (101, 201) satisfies 1 μm ≤ D1 ≤ 30 μm; and the electrode active material layer (11, 21) comprises an electrode active material, a binder, and a conductive agent, wherein the electrode plate surface has a length direction, which is the main dimension direction with a larger magnitude, and a width direction, which is a secondary dimension direction with a smaller magnitude, characterised in that viewed in a width direction of a coated surface of the electrode plate (PP, NP), the electrode active material layer (11, 21) comprises three zones classified by compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides.