mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a dust cover and a plate member, for a ball joint structured such that a spherical head portion formed in one end of a ball stud is retained within a socket, a shaft in the other end of said ball stud is fixed to a knuckle having a notch portion by fastening said knuckle by means of a fastening means, said dust cover comprising: a one end large-diameter opening portion is fixed and retained to an outer peripheral surface of said socket, the other end small-diameter opening portion is retained to said shaft, and a plate member is retained between an inner peripheral surface of said knuckle in said other end small-diameter opening portion side and an outer peripheral surface of said shaft, wherein said plate member is constructed by an annular plate member which is made of a hard material, an annular seal portion which is integrally formed in an inner peripheral side of said annular plate member and is made of a rubber-like elastic material, and an engagement projection which is provided in a surface of said annular plate member in said knuckle side, engages with said notch portion and is made of a rubber-like elastic material, and said annular seal portion is retained in a compression manner between an annular step portion which is provided in an inner peripheral surface of said knuckle and an outer peripheral surface of said shaft. a one end large-diameter opening portion is fixed and retained to an outer peripheral surface of said socket, the other end small-diameter opening portion is retained to said shaft, and a plate member is retained between an inner peripheral surface of said knuckle in said other end small-diameter opening portion side and an outer peripheral surface of said shaft, wherein said plate member is constructed by an annular plate member which is made of a hard material, an annular seal portion which is integrally formed in an inner peripheral side of said annular plate member and is made of a rubber-like elastic material, and an engagement projection which is provided in a surface of said annular plate member in said knuckle side, engages with said notch portion and is made of a rubber-like elastic material, and said annular seal portion is retained in a compression manner between an annular step portion which is provided in an inner peripheral surface of said knuckle and an outer peripheral surface of said shaft.
A washing machine comprising a body, a drum which is disposed in the body and rotates around an horizontal axis, and wherein items to be washed are placed, a tub wherein the drum moves and which oscillates together with the drum during the operation, two support blocks which extend oppositely in the horizontal direction at the bottom side of the drum at its right and left sides, more than one shock absorber, one end of which is connected to the tub and the other end to the support block and which absorbs the vibration movements of the tub, the lower end of each shock absorber being connected to the support block by a shock absorber pin, and a lower frame which is located at the bottom side of the body and whereon the support blocks are seated, characterized by at least one load sensor which is disposed in the support block or the lower frame and detects the forces transferred from the shock absorber pin to the support block.
Drill bit which is rotatable about a drilling axis, comprising • a drilling-shaft portion having a first plug-connection element, and • a cutting portion having a second plug-connection element which, with the first plug-connection element, forms a plug connection with an outer plug-connection element and an inner plug-connection element, wherein the cutting portion has multiple cutting sub-portions (16.1-16.4), which each have a ring sub-portion (18.1-18.4) and at least one cutting segment (19.1-19.4), and each ring sub-portion (18.1-18.4) forms a plug connection (35.1-35.4) with the first plug-connection element and is connectable to the first plug-connection element via a pin connection (47.1-47.4), which has at least one receiving bore (48.1-48.4) and at least one pin element (49.1-49.4) designed to be loose and insertable into the receiving bore (48.1-48.4), wherein the at least one receiving bore (48.1-48.4) completely extends through one of the plug-connection elements and at least partially extends through the other one of the plug-connection elements, and wherein the pin connections (47.1-47.4) are in the form of releasable connections, characterized in that the pin connections are in the form of magnetic pin connections (47.1-47.4), wherein the pin elements (49.1-49.4) or one of the plug-connection elements (33, 37) are/is designed as a permanent magnet. • a drilling-shaft portion having a first plug-connection element, and • a cutting portion having a second plug-connection element which, with the first plug-connection element, forms a plug connection with an outer plug-connection element and an inner plug-connection element, wherein the cutting portion has multiple cutting sub-portions (16.1-16.4), which each have a ring sub-portion (18.1-18.4) and at least one cutting segment (19.1-19.4), and each ring sub-portion (18.1-18.4) forms a plug connection (35.1-35.4) with the first plug-connection element and is connectable to the first plug-connection element via a pin connection (47.1-47.4), which has at least one receiving bore (48.1-48.4) and at least one pin element (49.1-49.4) designed to be loose and insertable into the receiving bore (48.1-48.4), wherein the at least one receiving bore (48.1-48.4) completely extends through one of the plug-connection elements and at least partially extends through the other one of the plug-connection elements, and wherein the pin connections (47.1-47.4) are in the form of releasable connections,
A pane with an electrical connection element, comprising: - a substrate made of glass, - an electrically conductive structure with a layer thickness of 5 μm to 40 μm on a region of the substrate, - a connection element, and - a layer of a lead-free soldering compound, which electrically connects the connection element to a subregion of the electrically conductive structure, wherein - the connection element contains at least an iron-nickel alloy or an iron-nickel-cobalt alloy, - the connection element is connected to the subregion of the electrically conductive structure via a contact surface over its entire surface, and - the contact surface has no corners and wherein the connection element has an arch in the centre and the soldering compound is thickened in the region of the arch. - a substrate made of glass, - an electrically conductive structure with a layer thickness of 5 μm to 40 μm on a region of the substrate, - a connection element, and - a layer of a lead-free soldering compound, which electrically connects the connection element to a subregion of the electrically conductive structure, wherein - the connection element contains at least an iron-nickel alloy or an iron-nickel-cobalt alloy, - the connection element is connected to the subregion of the electrically conductive structure via a contact surface over its entire surface, and - the contact surface has no corners - a connection element, and - a layer of a lead-free soldering compound, which electrically connects the connection element to a subregion of the electrically conductive structure, wherein - the connection element contains at least an iron-nickel alloy or an iron-nickel-cobalt alloy, - the connection element is connected to the subregion of the electrically conductive structure via a contact surface over its entire surface, and - the contact surface has no corners
Magneto-optic surface comprising: - a support; - at least two mobile elements with micro- or nanometric dimensions; each of said mobile elements comprising: - at least one anchor point to the support; - at least one moving part free to move relative to the support, said moving part comprising at least one magnetic part, characterised in that the support and said mobile elements are arranged such that under the effect of an external magnetic field, at least one of said mobile elements moves relative to the support such that the optical properties of the magneto-optic surface are modified. - a support; - at least two mobile elements with micro- or nanometric dimensions; - at least one anchor point to the support; - at least one moving part free to move relative to the support, said moving part comprising at least one magnetic part,
A method for sending signaling, comprising: when a power consumption preference of a user equipment is changed to lower power consumption, determining whether a first timer used for restricting sending of a lower power consumption preference indication expires, and if a determination result is that the first timer expires, sending, by the user equipment, a lower power consumption preference indication to a base station; and characterized in that, when the power consumption preference of the user equipment is changed to higher power consumption, sending a higher power consumption preference indication to the base station. when a power consumption preference of a user equipment is changed to lower power consumption, determining whether a first timer used for restricting sending of a lower power consumption preference indication expires, and if a determination result is that the first timer expires, sending, by the user equipment, a lower power consumption preference indication to a base station; and characterized in that, when the power consumption preference of the user equipment is changed to higher power consumption, sending a higher power consumption preference indication to the base station.
A process for producing an activated carbon for an electric double layer capacitor electrode, comprising the steps of calcining an easily graphitizable carbon material and activating the carbon material, characterized in that - the easily graphitizable carbon material used in the calcination step has an average particle diameter of 3μm or less, - the carbon material is calcinated to have the reduction rates of the hydrogen/carbon atomic ratio of 4% to 30% and the reduction rates of the volatile components of 5% to 35% after the calcination step, and - the activated carbon has an average particle diameter of 0.5 to 7μm and a BET specific surface of 1,500 to 3,000m 2 /g after performing the activation step. - the easily graphitizable carbon material used in the calcination step has an average particle diameter of 3μm or less, - the carbon material is calcinated to have the reduction rates of the hydrogen/carbon atomic ratio of 4% to 30% and the reduction rates of the volatile components of 5% to 35% after the calcination step, and - the activated carbon has an average particle diameter of 0.5 to 7μm and a BET specific surface of 1,500 to 3,000m 2 /g after performing the activation step.
Filter element for a filter device with a filter housing which has at least two connection points (14, 16), such as an inlet for unfiltered medium and an outlet for filtrate, and accommodates a replaceable filter element, wherein at least one valve device is provided which, in an open position, enables a fluid flow between one of the connection points (14, 16) and the filter element and, in a closed position, prevents this fluid flow, wherein the valve device is movable between the open position and the closed position by means of an actuating device, wherein the filter element comprises a filter material which is arranged between the upper end cap and a lower end cap and is enclosed thereby, and whereby a supporting tube with a perforation is provided on an inner side of the filter material, characterised in that a sliding guide and at least one pin is provided on the upper end cap, and in that the respective pin is arranged on an inner side of a threaded socket of the filter element. wherein at least one valve device is provided which, in an open position, enables a fluid flow between one of the connection points (14, 16) and the filter element and, in a closed position, prevents this fluid flow, wherein the valve device is movable between the open position and the closed position by means of an actuating device, wherein the filter element comprises a filter material which is arranged between the upper end cap and a lower end cap and is enclosed thereby, and whereby a supporting tube with a perforation is provided on an inner side of the filter material, characterised in that a sliding guide and at least one pin is provided on the upper end cap, and in that the respective pin is arranged on an inner side of a threaded socket of the filter element.
A two-cell container device, the device comprising: a first housing configured to house a liquid, the first housing comprising: a body, wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a second housing, the second housing secured within the through-hole, the second housing configured to house at least a pill, wherein the second housing comprises: a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening. a first housing configured to house a liquid, the first housing comprising: a body, wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a body, wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a second housing, the second housing secured within the through-hole, the second housing configured to house at least a pill, wherein the second housing comprises: a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening. a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening.
Sectional boiler made of cast iron or aluminium, in particular a condensing boiler, with essentially annular sections (1, 2, 3, 7), wherein a front section, a rear section and at least one middle section are provided, which sections form a combustion chamber with essentially surrounding hot gas flues and the annular water spaces of said sections are connected to one another via collars (6, 6'), with a return flow connection and a forward flow connection, an exhaust gas connector, wherein as heating gas flues there are in each case provided annular gaps (9, 10) between two adjacent sections (1, 2, 3, 7), and wherein the heating gas flues are divided into a primary portion and a secondary portion, wherein in the primary portion the heating gas flues respectively run, proceeding from the combustion chamber, approximately radially outwards and discharge into an exhaust gas manifold on the outer side of the sections (1, 2, 3, 7), wherein the heating gases flow there into the secondary portion and wherein in the secondary portion at least one heating gas flue runs, proceeding from the exhaust gas manifold, approximately radially inwards to an exhaust gas connector, characterized in that the exhaust gas manifold extends on the outer side of the sections (1, 2, 3, 7) as a hollow cylinder around the outer lateral surfaces of the sections (1, 2, 3, 7), and is outwardly bounded by a jacket which is accommodated in sealing fashion between radially outward-projecting annular webs on the outer side of the front and rear sections (1, 2), wherein at least two anchor rods are provided for holding the section block together.
Spacecraft (1, 75) comprising: - a housing defining an inner space and an outer space, the housing having a first surface and a second surface opposite the first surface, - a first radiator and a second radiator supported by the first surface and respectively the second surface, the first radiator and the second radiator each comprising a main inner surface (15, 21), a main outer surface (17, 23) opposite the main inner surface (15, 21) and side surfaces (19, 25), characterised in that the spacecraft further comprises a first auxiliary radiator and a first auxiliary heat-transfer device (34, 76) thermally connecting said first auxiliary radiator to the main inner surface of the second radiator, the first auxiliary radiator being arranged in a first portion of the outer space, said first portion being defined by the main outer surface of the first radiator and by the first planes (48, 50, 52, 54) containing the side surfaces of the first radiator. - a housing defining an inner space and an outer space, the housing having a first surface and a second surface opposite the first surface, - a first radiator and a second radiator supported by the first surface and respectively the second surface, the first radiator and the second radiator each comprising a main inner surface (15, 21), a main outer surface (17, 23) opposite the main inner surface (15, 21) and side surfaces (19, 25),
Treatment head for treating, in particular, for filling containers comprising a valve arrangement, which includes a plunger, movably held in a treatment head housing, for opening the valve arrangement of the container, wherein a first fluid channel is provided in the treatment head for introducing a liquid fluid into the container, and a second fluid channel for removing a fluid or gaseous medium from the container, and wherein the treatment head comprises a seal, which is configured so as to come in contact against an outer part of the valve (2.5), wherein the treatment head comprises a screening section, which is configured such as to screen at least one securing region of the valve arrangement against the fluid being conveyed in the first fluid channel, wherein the valve arrangement comprises a region in the form of a bowl-shaped depression and delimited by at least one valve wall section (2.2) on the circumferential side, characterised in that the screening section is configured such as to screen and/or seal the valve wall section (2.2) against the fluid being conducted in the first fluid channel.
A composition comprising a PDGF solution and a biocompatible matrix, wherein the solution is disposed in the biocompatible matrix, for use in attaching a tendon to bone, or treating a damaged or injured tendon; wherein the biocompatible matrix comprises: (a) a scaffolding material which comprises a collagen patch or pad; or (b) a scaffolding material and a biocompatible binder comprising collagen; and wherein the PDGF solution has a concentration of PDGF of 0.1 mg/ml to 1.0 mg/ml. (a) a scaffolding material which comprises a collagen patch or pad; or (b) a scaffolding material and a biocompatible binder comprising collagen;
Method for forwarding data of a data packet, comprising: receiving a first data packet, using a source identifier (IP_S) of the data packet for forwarding the data of the first data packet in a second data packet, creating for a flow a chain of bindings between pairs of source addresses and destination addresses from a first source device to a first destination device, characterized in that the method comprises: changing at least one binding within the chain of bindings of the flow while maintaining at least one binding within the chain of bindings of the flow during the life time of a data stream that is modeled by the flow. receiving a first data packet, using a source identifier (IP_S) of the data packet for forwarding the data of the first data packet in a second data packet, creating for a flow a chain of bindings between pairs of source addresses and destination addresses from a first source device to a first destination device, changing at least one binding within the chain of bindings of the flow while maintaining at least one binding within the chain of bindings of the flow during the life time of a data stream that is modeled by the flow.
An acoustic tool for imaging in a subterranean wellbore, the tool comprising: an acoustic transmitter; an acoustic receiver spaced axially away from the transmitter; an elongate attenuation element that is between the transmitter and receiver, and that is inserted into an open end of a sleeve; a communication path defined by a transmission of acoustic signals between the transmitter and receiver; and a lock ring that contacts the end of the attenuation element such as to retain the end in the sleeve; characterised by: a contact interface between the lock ring and the attenuation element that follows a curved route, is in the communication path, and that defines a reduction in cross sectional area of the communication path; and wherein the attenuation element comprises an end that is spherically shaped. an acoustic transmitter; an acoustic receiver spaced axially away from the transmitter; an elongate attenuation element that is between the transmitter and receiver, and that is inserted into an open end of a sleeve; a communication path defined by a transmission of acoustic signals between the transmitter and receiver; and a lock ring that contacts the end of the attenuation element such as to retain the end in the sleeve;
Method of manufacturing a turbomachine component, particularly a gas turbine burner, comprising the steps of: providing instructions to an additive manufacturing arrangement, the instructions defining the turbomachine component comprising a solid body with an elongated clearance and a channel located within the clearance of that body, such that the channel is free of struts between the channel and a section of the body which is surrounding the channel to provide, by the elongated clearance, a continuous thermal insulation gap between the channel and the section of the body; generating by additive manufacturing, particularly by selective laser sintering or selective laser melting, in response of the provided instructions, the channel and the body synchronously layer by layer from a metallic powder, wherein successive layers are selectively fused to build the body and the channel, characterised in that the instructions for generating define the channel as a loose component, loose inside of the clearance and distant to the body, and the instructions for generating further define spacer elements, each spacer element physically attached at only one of the channel and the solid body and put the channel in position and distant to the body. providing instructions to an additive manufacturing arrangement, the instructions defining the turbomachine component comprising a solid body with an elongated clearance and a channel located within the clearance of that body, such that the channel is free of struts between the channel and a section of the body which is surrounding the channel to provide, by the elongated clearance, a continuous thermal insulation gap between the channel and the section of the body; generating by additive manufacturing, particularly by selective laser sintering or selective laser melting, in response of the provided instructions, the channel and the body synchronously layer by layer from a metallic powder, wherein successive layers are selectively fused to build the body and the channel, characterised in that the instructions for generating define the channel as a loose component, loose inside of the clearance and distant to the body, and the instructions for generating further define spacer elements, each spacer element physically attached at only one of the channel and the solid body and put the channel in position and distant to the body.