mhurhangee/ep-ind-claims huggingface dataset:
A spacing tension member for providing formwork for watertight concrete walls, the formwork comprising two facing panels (15,16), the spacing tension member, when assembled to the formwork, comprising two opposite traction bars (13, 14), each one passing through the corresponding panel (15, 16) of the formwork, to each one of said traction bars being coupled by screwing, externally to the panels (15, 16), a tightening plate (17, 18) and, in the space between the two facing panels (15, 16), a spacer body that is adapted to remain embedded and concealed within the concrete casting of the watertight concrete walls, said spacer body comprising two opposite bushes (22, 23) for screwing to the ends (24, 25), inside said space, of said traction bars (13, 14), said two bushes (22, 23) being mutually rigidly coupled by at least one lateral spacer, which is arranged outside the space between the two facing bushes (22, 23), the free portion (27, 28) of each traction bar (13, 14) between the panel (15, 16) and the corresponding facing screw coupling bush (22, 23) being protected from the concrete casting by means of an annular plug (31, 32), which can be removed when the casting has hardened, characterized in that said bushes (22, 23) being each constituted by a hexagonal nut with a threaded hole (34, 35) that is closed on the side facing the space between the two facing bushes (22,23) by means of a plug (39, 40) or by welding or by other means.
Refrigeration appliance, especially household refrigeration appliance, with a refrigerant circuit in which a compressor is connected to at least one first evaporator, and a control circuit, which is connected to a first temperature sensor of a warm storage compartment in order to switch on the compressor when the temperature (T; T1) detected by the first temperature sensor exceeds a threshold (Tmax), and the control circuit is further configured to switch on the compressor when the period of time since a preceding switching off of the compressor exceeds a threshold (toff), characterised in that the first evaporator is assigned to a cold storage compartment and a second evaporator connected downstream from the first evaporator in series is assigned to the warm storage compartment and a switch-on phase (S6-S9), which is triggered (S5, S6), through the exceeding of the threshold (toff), of the switch-off time, is shorter than a switch-on phase triggered (S2, S3) by the exceeding of the temperature threshold (Tmax).
A vehicular headrest support (302; 302'), characterized by: a) a plurality of strands (202a, 202b,... 202n, 210) each having a proximal end and a distal end, said strands being twisted into groupings of at least two strands each, each of said groupings having a major axis, said groupings being laid in close proximity to one another with respective major axes of each being parallel to one another, at least one of said proximal end and said distal end of each of said plurality of strands being coplanar; whereby at least one selected from the group: adjacent ones of said plurality of strands, and adjacent ones of said groups may move relative to one another along said major axis when said plurality of strands is subjected to a force directed thereagainst from a direction other than a direction parallel to said major axis. a) a plurality of strands (202a, 202b,... 202n, 210) each having a proximal end and a distal end, said strands being twisted into groupings of at least two strands each, each of said groupings having a major axis, said groupings being laid in close proximity to one another with respective major axes of each being parallel to one another, at least one of said proximal end and said distal end of each of said plurality of strands being coplanar;
A flange connection for a wind turbine rotor blade, comprising - an external laminate layer which forms an external surface of the flange connection, - an internal laminate layer which forms an internal surface of the flange connection, - a stiffening layer arranged between the external and the internal laminate layers (138, 140), wherein -- the stiffening layer is formed by individual elongated profiles made of a dimensionally stable material, which are arranged along the external laminate layer next to one another and at a distance from one another on the external laminate layer, -- two elongated profiles arranged next to one another each form a receiving region between them, - multiple bushings having an internal thread, which are each enclosed by a further laminate layer, wherein each bushing is arranged in a receiving region between two elongated profiles such that the further laminate layer of each bushing is at least partially in contact with the external laminate layer, - wherein each elongated profile, starting from the external laminate layer in the direction of the internal laminate layer or respectively from the internal laminate layer in the direction of the external laminate layer, does not protrude beyond a plane which is spanned by two longitudinal axes of two bushings immediately adjacent to the respective profile. - an external laminate layer which forms an external surface of the flange connection, - an internal laminate layer which forms an internal surface of the flange connection, - a stiffening layer arranged between the external and the internal laminate layers (138, 140), wherein -- the stiffening layer is formed by individual elongated profiles made of a dimensionally stable material, which are arranged along the external laminate layer next to one another and at a distance from one another on the external laminate layer, -- two elongated profiles arranged next to one another each form a receiving region between them, -- the stiffening layer is formed by individual elongated profiles made of a dimensionally stable material, which are arranged along the external laminate layer next to one another and at a distance from one another on the external laminate layer, -- two elongated profiles arranged next to one another each form a receiving region between them, - multiple bushings having an internal thread, which are each enclosed by a further laminate layer, wherein each bushing is arranged in a receiving region between two elongated profiles such that the further laminate layer of each bushing is at least partially in contact with the external laminate layer, - wherein each elongated profile, starting from the external laminate layer in the direction of the internal laminate layer or respectively from the internal laminate layer in the direction of the external laminate layer, does not protrude beyond a plane which is spanned by two longitudinal axes of two bushings immediately adjacent to the respective profile.
Force measurement device which has a first force pickup, to which a first measuring range is assigned, and a second force pickup, to which a second measuring range, which is different from the first measuring range, is assigned, wherein the force pickups (3, 4) are connected mechanically in series, characterized in that an uncoupling device is present which a. has a spring device which is not part of the first force pickup, and which b. has a stop element which can move counter to the force of the spring device, and which c. uncouples and/or mechanically short-circuits the first force pickup from the force flux via the stop element if a force which is greater than a switch-over value and/or greater than the rated load of the first force pickup and/or greater than the maximum value of the first measuring range acts on the force measurement device. a. has a spring device which is not part of the first force pickup, and which b. has a stop element which can move counter to the force of the spring device, and which c. uncouples and/or mechanically short-circuits the first force pickup from the force flux via the stop element if a force which is greater than a switch-over value and/or greater than the rated load of the first force pickup and/or greater than the maximum value of the first measuring range acts on the force measurement device.
An industrial truck with an exchangeable battery block and a battery compartment housing the battery block, wherein the battery compartment comprises a bottom with roller housings, each of which can bearing mount a roller module, wherein each of the roller housings has a central cut-out and two opposing bearing sections for the roller module, each of the bearing sections comprising a trough shaped half shell, whose base is adjacent to the central cut-out between the bearing sections, characterised in that crosswise to a conjunction line of the bearing sections, cross stops project into the central cut-out, wherein the cross stops run flatly with the bottom in the battery compartment and a roller module displaced in the direction of insertion and extension of the battery abuts on the cross stops which limit a movement of the roller module.
An engine start control device (30; 30A) of a hybrid vehicle (1; 1A) that includes an engine and an electric motor, that is capable of running by the engine or the electric motor or capable of running by a cooperation between the engine and the electric motor, and that starts the engine by the electric motor, wherein a series of controls is repeatedly performed and the series of controls includes increasing a rotational speed of the engine to a first rotational speed by the electric motor, supplying fuel to the engine of which rotational speed has been increased to the first rotational speed, detecting a further increase in the rotational speed of the engine, temporarily stopping a supply of electric power to the electric motor when the further increase in the rotational speed of the engine is not detected, and interrupting the supply of fuel to the engine and resuming the supply of electric power to the electric motor when the rotational speed of the engine decreases to a second rotational speed, and the series of controls is terminated as it is determined that the start of the engine has been completed when the further increase in the rotational speed of the engine has been detected, or when the rotational speed of the engine has not decreased to the second rotational speed.
A multiwall steel tube formed by winding a steel sheet said steel sheet having opposite first and second surfaces respectively coated with copper films (11, 12) by plating, around a forming roll into a tube and bonding together the layers of the steel sheet by brazing, wherein the copper film coating the first surface has a thickness t1, the copper film coating the second surface has a thickness t2 greater than the thickness t1, and the steel sheet is wound such that the first surface faces outside, wherein the ratio of the thickness t1 to the thickness t2 is in a range expressed by an inequality: 1 / 3 ≤ t 1 / t 2 ≤ 2 / 3; and wherein the thickness t1 of the copper film coating the first surface meets a condition expressed by: 0 < t 1 ≤ 3 μm; and wherein the thickness t2 of the copper film coating the second surface meets a condition expressed by: 3 μm ≤ t 2 ≤ 6 μm.
An apparatus for steam explosion treatment of biomass material comprising: at least one discharge line arranged so as to extend from a pressurized reactor vessel at reactor vessel outlets, wherein the at least one discharge line has an internal cross-sectional area and wherein the at least one discharge line is configured to receive the biomass material and the steam discharged from the pressurized reactor vessel; a collection-expansion manifold connected to an outlet end of the at least one discharge line; a collection line having an inlet connected to the collection-expansion manifold, wherein the collection line is configured to receive the biomass material and the steam flowing from the at least one discharge line, and wherein the collection line has an internal cross-sectional area that is substantially larger than the internal cross-sectional area of the at least one discharge line; and a separation device coupled to an outlet end of the collection line, wherein the separation device is configured to receive the biomass material and the steam from the collection line. at least one discharge line arranged so as to extend from a pressurized reactor vessel at reactor vessel outlets, wherein the at least one discharge line has an internal cross-sectional area and wherein the at least one discharge line is configured to receive the biomass material and the steam discharged from the pressurized reactor vessel; a collection-expansion manifold connected to an outlet end of the at least one discharge line; a collection line having an inlet connected to the collection-expansion manifold, wherein the collection line is configured to receive the biomass material and the steam flowing from the at least one discharge line, and wherein the collection line has an internal cross-sectional area that is substantially larger than the internal cross-sectional area of the at least one discharge line; and a separation device coupled to an outlet end of the collection line, wherein the separation device is configured to receive the biomass material and the steam from the collection line.
An apparatus for reinforcing a damaged annulus fibrosus, comprising: an inflatable balloon (124, 236) having a first end, a second end, wherein a posterior portion of the inflatable balloon (124, 236) is adapted to seal against an annulus fibrosus, characterized by; a first anchor (126, 232) coupled to the first end of the inflatable balloon (124, 236), the first anchor (126, 232) being adapted to anchor the first end of the inflatable balloon (124, 236) to a first location of the annulus fibrosus at a first lateral side of the annulus fibrosus; and a second anchor (128, 234) coupled to the second end of the inflatable balloon (124, 236), the second anchor (128, 234) being adapted to anchor the second end of the inflatable balloon (124, 236) to a second lateral side of the annulus fibrosus; wherein, an anterior portion of the inflatable balloon (124, 236) is more compliant than the posterior portion of the inflatable balloon (124, 236). an inflatable balloon (124, 236) having a first end, a second end, wherein a posterior portion of the inflatable balloon (124, 236) is adapted to seal against an annulus fibrosus, characterized by; a first anchor (126, 232) coupled to the first end of the inflatable balloon (124, 236), the first anchor (126, 232) being adapted to anchor the first end of the inflatable balloon (124, 236) to a first location of the annulus fibrosus at a first lateral side of the annulus fibrosus; and a second anchor (128, 234) coupled to the second end of the inflatable balloon (124, 236), the second anchor (128, 234) being adapted to anchor the second end of the inflatable balloon (124, 236) to a second lateral side of the annulus fibrosus; wherein, an anterior portion of the inflatable balloon (124, 236) is more compliant than the posterior portion of the inflatable balloon (124, 236).
A method for routing data at a first node (2.1; 1) of a network comprising at least a second node (2.1; 3.11; 3.12), wherein the method comprises: - providing the first node with a database FIB storing at least one association between: o an URL component identifying a content at the first node, and o a unique identifier associated to the second node (2.1; 3.11; said unique identifier being specified by the second node 3.12), - registering a content locally stored in the second node by storing in said database FIB an association between an URL component identifying said locally stored content and said unique identifier of the second node; and, upon reception from a requesting entity (1;4), by said first node, of a content request comprising a content identifier, the method further comprises: - checking in said database FIB whether the content identifier comprises said URL component, - and forwarding the content request to the second node if the content identifier comprises said URL component associated with the unique identifier of the second node. - providing the first node with a database FIB storing at least one association between: o an URL component identifying a content at the first node, and o a unique identifier associated to the second node (2.1; 3.11; said unique identifier being specified by the second node 3.12), o an URL component identifying a content at the first node, and o a unique identifier associated to the second node (2.1; 3.11; said unique identifier being specified by the second node 3.12), - registering a content locally stored in the second node by storing in said database FIB an association between an URL component identifying said locally stored content and said unique identifier of the second node; - checking in said database FIB whether the content identifier comprises said URL component, - and forwarding the content request to the second node if the content identifier comprises said URL component associated with the unique identifier of the second node.
A method of forming at least one integrated non-distensible, or less-distensible, region on an inflatable balloon comprising: a. providing a first balloon material layer by wrapping a film at an angle; b. changing said angle and continuously wrapping said film to provide a next layer, sufficient to create at least one integrated non-distensible, or less-distensible, region over the first balloon material layer and so as to seal, or impart a desired shape to, the balloon upon inflation. a. providing a first balloon material layer by wrapping a film at an angle; b. changing said angle and continuously wrapping said film to provide a next layer, sufficient to create at least one integrated non-distensible, or less-distensible, region over the first balloon material layer and so as to seal, or impart a desired shape to, the balloon upon inflation.
An apparatus for treating inflammation of a nasal membrane of a patient, said apparatus comprising: a handle comprising a proximal section, a first member and a second member, wherein the first member and second member are connected to the proximal section, wherein the handle has a compressed configuration and an expanded configuration; a first applicator tip coupled to the first member and having a low volume configuration and an expanded volume configuration; and a second applicator tip coupled to the second member and having a low volume configuration and an expanded volume configuration; wherein the first applicator tip and second applicator tip carry toxin to treat inflammation and are each configured for insertion into a nostril of the patient in the low volume configuration and placement within a nasal passageway of the patient with the handle in the compressed configuration, and wherein the handle is are biased outwardly to be in the expanded configuration such that when placed in the nasal passageway the applicator tips are pressed against the nasal turbinates in the expanded volume configuration to deliver the toxin to the nasal turbinates to treat the inflammation. a handle comprising a proximal section, a first member and a second member, wherein the first member and second member are connected to the proximal section, wherein the handle has a compressed configuration and an expanded configuration; a first applicator tip coupled to the first member and having a low volume configuration and an expanded volume configuration; and a second applicator tip coupled to the second member and having a low volume configuration and an expanded volume configuration; wherein the first applicator tip and second applicator tip carry toxin to treat inflammation and are each configured for insertion into a nostril of the patient in the low volume configuration and placement within a nasal passageway of the patient with the handle in the compressed configuration, and wherein the handle is are biased outwardly to be in the expanded configuration such that when placed in the nasal passageway the applicator tips are pressed against the nasal turbinates in the expanded volume configuration to deliver the toxin to the nasal turbinates to treat the inflammation.
A cleaning apparatus arranged to clean a detection surface of a detection element, the cleaning apparatus comprising: a first cleaning means including a first cleaning portion configured to perform cleaning, and configured to clean the detection surface by using the first cleaning portion; a second cleaning means including a second cleaning portion of a type different from the first cleaning portion, and configured to clean the detection surface by using the second cleaning portion; a drive means, to which the first cleaning means and the second cleaning means are attached, and which is configured to move to approach or recede from the detection surface in a state where the first cleaning means and the second cleaning means are attached to the drive means; and a control means configured to control each of the first cleaning means, the second cleaning means, and the drive means, wherein the control means is arranged to receive a setting for a combination of cleaning performed by the first cleaning means and cleaning performed by the second cleaning means, and to control, based on the received setting, a cleaning order and/or a number of cleaning operations of a cleaning process performed by the first cleaning means and by the second cleaning means, characterized in that the control means is arranged to display, on the display means, a captured image of the detection surface cleaned by one of the first cleaning means and the second cleaning means. a first cleaning means including a first cleaning portion configured to perform cleaning, and configured to clean the detection surface by using the first cleaning portion; a second cleaning means including a second cleaning portion of a type different from the first cleaning portion, and configured to clean the detection surface by using the second cleaning portion; a drive means, to which the first cleaning means and the second cleaning means are attached, and which is configured to move to approach or recede from the detection surface in a state where the first cleaning means and the second cleaning means are attached to the drive means; and a control means configured to control each of the first cleaning means, the second cleaning means, and the drive means, wherein the control means is arranged to receive a setting for a combination of cleaning performed by the first cleaning means and cleaning performed by the second cleaning means, and to control, based on the received setting, a cleaning order and/or a number of cleaning operations of a cleaning process performed by the first cleaning means and by the second cleaning means, characterized in that the control means is arranged to display, on the display means, a captured image of the detection surface cleaned by one of the first cleaning means and the second cleaning means.