mhurhangee/ep-ind-claims huggingface dataset:
Fitting for a sliding door (2, 3) or folding sliding door, comprising - a holding element (4, 6) to which the sliding door (2, 3) can be fixed, - a roller support (5, 7) which is held by the holding element (4, 6) and on which at least one roller is rotatably mounted, - wherein the roller support (5, 7) is adjustable relative to the holding element (4, 6), - on which at least one first and/or second guide element (54, 59, 74, 79) for guiding at least one adjusting element (12, 18) for adjusting the roller relative to the holding element in a direction parallel (y) and/or vertical (z) to the axis of rotation of the roller are integrally formed, - wherein at least one first guide element (54, 74) is formed as a cam which cooperates with an adjusting element formed as an adjusting disc and mounted in a stationary but rotatable manner on the holding element (4, 6), characterized in that - the roller support (5, 7) is designed as a die-cast part, - wherein the first guide elements (54, 74) formed as cams are integrally formed in a depression (541, 741) in the bearing surface (51, 71) of the roller support (5, 7), wherein a side edge of the depression (541, 741) forms a guide edge for guiding the adjusting disc. - a holding element (4, 6) to which the sliding door (2, 3) can be fixed, - a roller support (5, 7) which is held by the holding element (4, 6) and on which at least one roller is rotatably mounted, - wherein the roller support (5, 7) is adjustable relative to the holding element (4, 6), - on which at least one first and/or second guide element (54, 59, 74, 79) for guiding at least one adjusting element (12, 18) for adjusting the roller relative to the holding element in a direction parallel (y) and/or vertical (z) to the axis of rotation of the roller are integrally formed, - wherein at least one first guide element (54, 74) is formed as a cam which cooperates with an adjusting element formed as an adjusting disc and mounted in a stationary but rotatable manner on the holding element (4, 6), - the roller support (5, 7) is designed as a die-cast part, - wherein the first guide elements (54, 74) formed as cams are integrally formed in a depression (541, 741) in the bearing surface (51, 71) of the roller support (5, 7), wherein a side edge of the depression (541, 741) forms a guide edge for guiding the adjusting disc.
Separator (4, 4', 4", 4′′′, 4ʺʺ, 4 v, 4 vi, 30, 30'), in particular separator (4, 4', 4", 4′′′, 4"", 4 v, 4 vi, 30, 30') with a vertical axis of rotation, comprising a rotatably mounted drum (5, 31) with a drum interior for centrifugal processing of a liquid, wherein the separator (4, 4', 4", 4'", 4"", 4 v, 4 vi, 30, 30') has at least one gas supply line (11, 11', 11", 11′′′, 11ʺʺ, 11 v, 38, 38') for introducing gas (2, 2') into the liquid, which opens into the drum interior, characterized in that the separator (4, 4', 4", 4'", 4ʺʺ, 4 v, 4 vi, 30, 30') is designed in a sealed version, wherein a separating space of the drum (5, 31) is sealed or insulated from the environment in the inlet region and/or in the outlet region by mechanical seals or fluid-mechanical seals.
A removable device that is configured to be removably installed in an image forming apparatus body comprising: an information storage device including an information storage unit that is configured to store information communicated between the image forming apparatus body and the removable device, and a terminal that is configured to come in contact with a body side terminal installed in the image forming apparatus body and configured to communicate the information with the image forming apparatus body, characterized in that the information storage device further comprises: a substrate on which the information storage unit and the terminal are disposed, and includes at least one of a hole and a notch that allows a protruding section installed in the image forming apparatus body to be inserted into, and in that a holding section that holds the information storage device such that the substrate is provided on a virtual plane that intersects orthogonal with a moving direction in which the terminal approaches and comes in contact with the body side terminal, and the substrate is movable relative to said holding section on said virtual plane. an information storage device including an information storage unit that is configured to store information communicated between the image forming apparatus body and the removable device, and a terminal that is configured to come in contact with a body side terminal installed in the image forming apparatus body and configured to communicate the information with the image forming apparatus body, characterized in that the information storage device further comprises: a substrate on which the information storage unit and the terminal are disposed, and includes at least one of a hole and a notch that allows a protruding section installed in the image forming apparatus body to be inserted into, and in that a holding section that holds the information storage device such that the substrate is provided on a virtual plane that intersects orthogonal with a moving direction in which the terminal approaches and comes in contact with the body side terminal, and the substrate is movable relative to said holding section on said virtual plane. a substrate on which the information storage unit and the terminal are disposed, and includes at least one of a hole and a notch that allows a protruding section installed in the image forming apparatus body to be inserted into, and in that a holding section that holds the information storage device such that the substrate is provided on a virtual plane that intersects orthogonal with a moving direction in which the terminal approaches and comes in contact with the body side terminal, and the substrate is movable relative to said holding section on said virtual plane.
An oxygenator device for oxygenating a perfusate solution to be perfused through an organ or tissue, the device comprising: an inlet configured to receive oxygen from an oxygen supply; tubing connected to the inlet; a top portion from which the inlet extends; and a plurality of holders extending below the top portion so as to secure the tubing below the top portion, the oxygenator device being characterized in that: the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders. an inlet configured to receive oxygen from an oxygen supply; tubing connected to the inlet; a top portion from which the inlet extends; and a plurality of holders extending below the top portion so as to secure the tubing below the top portion, the oxygenator device being characterized in that: the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders. the tubing includes a plurality of holes by which the received oxygen may exit the tubing; each of the plurality of holders includes (i) a vertical portion extending substantially perpendicular to the top portion and (ii) an angled portion extending at an outward angle relative to the vertical portion; and the tubing is secured by the angled portions of the plurality of holders.
A bedplate assembly, comprising: a support member having web portion, a mounting surface (104, 204) for receiving a machine, and two flange portions extending from the web portion; a compartment (106, 107, 206, 207) defined by the web portion and the two flanges, the compartment (106, 107, 206, 207) internally disposed within the support member; electronics disposed within the compartment (106, 107, 206, 207); and characterized in that the support member is U-shaped, and vent openings are disposed on the web portion, the vent openings being in communication with the compartment (106, 107, 206, 207) and configured to dissipate heat from the compartment (106, 107, 206, 207). a support member having web portion, a mounting surface (104, 204) for receiving a machine, and two flange portions extending from the web portion; a compartment (106, 107, 206, 207) defined by the web portion and the two flanges, the compartment (106, 107, 206, 207) internally disposed within the support member; electronics disposed within the compartment (106, 107, 206, 207); and characterized in that the support member is U-shaped, and vent openings are disposed on the web portion, the vent openings being in communication with the compartment (106, 107, 206, 207) and configured to dissipate heat from the compartment (106, 107, 206, 207).
A welding or cutting system, comprising: a welding or cutting power supply which requires the input of at least one operational parameter to perform a desired welding or cutting operation; and a mobile communication device having a user input application installed thereon which allows a user to input said at least one operational parameter into said mobile communication device; wherein said mobile communication device communicates said at least one operational parameter to said power supply, and wherein said power supply does not have a user input interface such that said at least one operational parameter cannot be input into said power supply without said mobile communication device, characterized in that said mobile communication device has a security key which is transmitted to said welding or cutting power supply prior to operation of said welding or cutting power supply, and wherein said welding or cutting power supply will not operate unless said security key is determined to be an authorized security key. a welding or cutting power supply which requires the input of at least one operational parameter to perform a desired welding or cutting operation; and a mobile communication device having a user input application installed thereon which allows a user to input said at least one operational parameter into said mobile communication device; wherein said mobile communication device communicates said at least one operational parameter to said power supply, and wherein said power supply does not have a user input interface such that said at least one operational parameter cannot be input into said power supply without said mobile communication device, characterized in that said mobile communication device has a security key which is transmitted to said welding or cutting power supply prior to operation of said welding or cutting power supply, and wherein said welding or cutting power supply will not operate unless said security key is determined to be an authorized security key.
A water-in-oil latex comprising 15 wt% to 70 wt% of a water soluble or dispersible polymer comprising 1 mol % to 100 mol % acrylamide monomers; 0,1 wt% to 20.0 wt% of an inversion surfactant characterized as having a hydrophilic/lipophilic balance of 10 or greater; and 0.1 wt% to 20.0 wt% of a nonionic inversion agent having a structure corresponding to: wherein each m, n, o, p, q, and r is independently any integer, R and R' are (CH 2) n', n' is independently 0 or 1, and the sum of m, n, o, p, q, and r is from 10 to 135, 15 wt% to 70 wt% of a water soluble or dispersible polymer comprising 1 mol % to 100 mol % acrylamide monomers; 0,1 wt% to 20.0 wt% of an inversion surfactant characterized as having a hydrophilic/lipophilic balance of 10 or greater; and 0.1 wt% to 20.0 wt% of a nonionic inversion agent having a structure corresponding to: wherein each m, n, o, p, q, and r is independently any integer, R and R' are (CH 2) n', n' is independently 0 or 1, and the sum of m, n, o, p, q, and r is from 10 to 135,
An electronic musical instrument comprising: a plurality of operators which includes a first operator corresponding to a first pitch and a second operator corresponding to a second pitch; and a sound source, wherein the sound source is configured to: generate, in response to designation of the first operator and the second operator, a first output signal from a first close loop (36A to 40A) corresponding to the first pitch and a second output signal from a second close loop (36B to 40B) corresponding to the second pitch, generate an integration signal by integrating the first output signal and the second output signal; subtract a signal circulating through the first close loop (36A to 40A) from the integration signal to obtain a subtraction signal; and return the subtraction signal to the first close loop (36A to 40A), and then output from the first close loop, a musical sound signal including signal components corresponding to the second pitch as a musical sound signal corresponding to the first pitch. a plurality of operators which includes a first operator corresponding to a first pitch and a second operator corresponding to a second pitch; and a sound source, wherein the sound source is configured to: generate, in response to designation of the first operator and the second operator, a first output signal from a first close loop (36A to 40A) corresponding to the first pitch and a second output signal from a second close loop (36B to 40B) corresponding to the second pitch, generate an integration signal by integrating the first output signal and the second output signal; subtract a signal circulating through the first close loop (36A to 40A) from the integration signal to obtain a subtraction signal; and return the subtraction signal to the first close loop (36A to 40A), and then output from the first close loop, a musical sound signal including signal components corresponding to the second pitch as a musical sound signal corresponding to the first pitch. generate, in response to designation of the first operator and the second operator, a first output signal from a first close loop (36A to 40A) corresponding to the first pitch and a second output signal from a second close loop (36B to 40B) corresponding to the second pitch, generate an integration signal by integrating the first output signal and the second output signal; subtract a signal circulating through the first close loop (36A to 40A) from the integration signal to obtain a subtraction signal; and return the subtraction signal to the first close loop (36A to 40A), and then output from the first close loop, a musical sound signal including signal components corresponding to the second pitch as a musical sound signal corresponding to the first pitch.
A process for producing a heat-modified starch, comprising the steps consisting of: (i) preparing a starch milk with a solids content of between 30% and 40%, preferably between 35% and 37% by weight, (ii) adding a powdered alkaline agent so as to obtain a final conductivity comprised between 0.7 and 2.5 mS/cm, the final conductivity being measured after drying and resuspending to a solids content of 20%, (iii) ensuring a contact time comprised between 0.5 and 5 hours, (iv) filtering and drying the starch milk, and (v) heating said dried starch so as to bring it to a temperature above 180°C for a residence time comprised between 8 and 50 minutes, preferably between 10 and 40 minutes, even more preferentially between 12 and 35 minutes. (i) preparing a starch milk with a solids content of between 30% and 40%, preferably between 35% and 37% by weight, (ii) adding a powdered alkaline agent so as to obtain a final conductivity comprised between 0.7 and 2.5 mS/cm, the final conductivity being measured after drying and resuspending to a solids content of 20%, (iii) ensuring a contact time comprised between 0.5 and 5 hours, (iv) filtering and drying the starch milk, and (v) heating said dried starch so as to bring it to a temperature above 180°C for a residence time comprised between 8 and 50 minutes, preferably between 10 and 40 minutes, even more preferentially between 12 and 35 minutes.
Device for the transport of piece goods, having a plurality of containers which are stacked one on top of one another, are of identical design and each have a base body which is open towards an upper side and is made of foam, in particular particle foam, wherein, with the exception of the uppermost container, each container is closed at the top by the container above it, wherein each container has at least two centring elements (30, 32) made of a material harder than the foam, wherein all the containers each have at least a second centring element spatially aligned in an identical manner with respect to a first centring element, and wherein each centring element (30, 32) comprises a first centring portion projecting from the upper side of the respective base body and a second centring portion projecting from a lower side of the respective base body, which are designed in such a way that the first centring portion of each of the centring elements (30, 32) of each container, with the exception of the uppermost container, and the second centring portion of a centring element (30, 32) of identical construction of the respective container above it engage in one another, characterized by a cover closing the uppermost container and a base identical in construction to the cover, on which the lowermost container rests, wherein the cover and the base each have a plurality of centring end pieces (44, 46) corresponding in number and position to the number and position of the centring elements (30, 32) of the containers, wherein the centring end pieces (44, 46) of the cover each rest on one of the centring elements (30, 32) of the uppermost container and wherein the centring elements (30, 32) of the lowermost container each rest on one of the centring end pieces (44, 46) of the base.
An inker assembly of a can decorator, comprising: an ink well; plural laterally-fixed roller assemblies (660, 670, 682, 684, 686), each laterally-fixed roller assembly comprising a roller configured to rotate about an axis and having a fixed position along the axis; plural oscillating roller assemblies (610u, 610a, 610b, 611u, 611a, 611b), each oscillating roller assembly including an oscillator body (614u, 614a, 614b), an oscillator shaft (612u, 612a, 612b) supporting the oscillator body, and a cam follower (652u, 652a, 652b) coupled to the oscillator shaft; the oscillating roller assemblies and the laterally-fixed roller assemblies configured for cooperation to transmit ink from the ink well to a plate cylinder of the can decorator; a cam body having a cam that is engaged with at least one of the cam followers of the oscillating roller assemblies; and a cam drive transmission for rotating the cam body and cam; characterised in that rotation of the cam body moves the at least one of the cam followers fore and aft, thereby moving the oscillator shaft and oscillator body fore and aft. an ink well; plural laterally-fixed roller assemblies (660, 670, 682, 684, 686), each laterally-fixed roller assembly comprising a roller configured to rotate about an axis and having a fixed position along the axis; plural oscillating roller assemblies (610u, 610a, 610b, 611u, 611a, 611b), each oscillating roller assembly including an oscillator body (614u, 614a, 614b), an oscillator shaft (612u, 612a, 612b) supporting the oscillator body, and a cam follower (652u, 652a, 652b) coupled to the oscillator shaft; the oscillating roller assemblies and the laterally-fixed roller assemblies configured for cooperation to transmit ink from the ink well to a plate cylinder of the can decorator; a cam body having a cam that is engaged with at least one of the cam followers of the oscillating roller assemblies; and a cam drive transmission for rotating the cam body and cam; characterised in that rotation of the cam body moves the at least one of the cam followers fore and aft, thereby moving the oscillator shaft and oscillator body fore and aft.
Light signal with a light source and an optical system for displaying signal aspects for rail-bound traffic routes, characterised in that the light source is embodied as a semiconductor light source (11, 11.1, 11.2) with an elongated radiation characteristic, wherein a superimposed light-conducting element (12, 12.1, 12.2) with an opaque housing has a matt light emission surface, which is arranged in the focal point of the optical system, wherein light decoupling means are provided for close-range display and wherein the semiconductor light source (11, 11.1, 11.2), including the peripheral actuation and sensory equipment thereof, is embodied on a support board as a COB (Chip on Board) component.
A method for depositing a coating on a metal heat exchanger having at least one cavity with a minimum equivalent diameter e cm, comprising the following successive steps: a) a step of grinding a powder of an activating agent and a powder of the metal or alloy to be deposited on the exchanger, b) a step of mixing the powders ground at step a), and a liquid, so as to form a suspension; c) a step of pickling the part of the exchanger to be coated; d) a step of applying the suspension to the part of the exchanger to be coated; e) a first step of heating the exchanger/suspension assembly at a temperature of between 150 °C and 400 °C and for a period of between 20 and 60 minutes so as to at least partly eliminate the liquid; f) a second step of heating the exchanger/suspension assembly resulting from step e) at a temperature of between 500 °C and the melting temperature of the least refractory elements of the metal or alloy to be deposited and for a period of between 1 and 10 hours so as to cause the activating agent and the metal or alloy to be deposited to react; g) a step of elimination of the powdery residues; and h) a step of recovering an exchanger/cladding assembly, the grinding step a) being carried out so as to obtain only particles having an equivalent diameter d such that d ≤ e cm /10. a) a step of grinding a powder of an activating agent and a powder of the metal or alloy to be deposited on the exchanger, b) a step of mixing the powders ground at step a), and a liquid, so as to form a suspension; c) a step of pickling the part of the exchanger to be coated; d) a step of applying the suspension to the part of the exchanger to be coated; e) a first step of heating the exchanger/suspension assembly at a temperature of between 150 °C and 400 °C and for a period of between 20 and 60 minutes so as to at least partly eliminate the liquid; f) a second step of heating the exchanger/suspension assembly resulting from step e) at a temperature of between 500 °C and the melting temperature of the least refractory elements of the metal or alloy to be deposited and for a period of between 1 and 10 hours so as to cause the activating agent and the metal or alloy to be deposited to react; g) a step of elimination of the powdery residues; and h) a step of recovering an exchanger/cladding assembly,