mhurhangee/ep-ind-claims huggingface dataset:
An optical planetarium, comprising: a projector configured to project images of stars; a diumal-axis support mechanism configured to allow the projector to rotate about a diumal axis; a latitude-axis support mechanism configured to allow the projector to rotate about a latitude axis that is orthogonal to the diumal axis; an azimuth-axis support mechanism configured to allow the projector to rotate about an azimuth axis that is set vertically; characterized in that the optical planetarium further comprises: a latitude-axis inclination angle changing mechanism configured to allow an angle between the latitude axis and a horizontal plane to be changed within a predetermined range. a projector configured to project images of stars; a diumal-axis support mechanism configured to allow the projector to rotate about a diumal axis; a latitude-axis support mechanism configured to allow the projector to rotate about a latitude axis that is orthogonal to the diumal axis; an azimuth-axis support mechanism configured to allow the projector to rotate about an azimuth axis that is set vertically; characterized in that the optical planetarium further comprises: a latitude-axis inclination angle changing mechanism configured to allow an angle between the latitude axis and a horizontal plane to be changed within a predetermined range.
Method for monitoring the routing of a request (Ml) relating to a service, said method comprising the following steps implemented by a server hosting said service: - reception of the request relating to said service; - checking that the request has been received from a proxy server responsible for monitoring requests for said service; and when said request has not been received from a proxy server responsible for monitoring requests for said service: - transmission (E4, E6) of said request relating to said service to at least one proxy server responsible for monitoring requests for said service. - reception of the request relating to said service; - checking that the request has been received from a proxy server responsible for monitoring requests for said service; - transmission (E4, E6) of said request relating to said service to at least one proxy server responsible for monitoring requests for said service.
A cylinder for holding an article to be worn to assist with printing a graphic onto the article, comprising: an outer surface of the cylinder, the outer surface having a length along a longitudinal direction of the cylinder and the cylinder having a diameter; a first recess disposed in the outer surface of the cylinder; a fluid line for receiving a partial vacuum; a plurality of ports disposed along a bottom surface of the first recess; wherein the fluid line and the plurality of ports are in fluid communication to provide a negative pressure to hold the article in place on the cylinder; and wherein the cylinder is configured to rotate to expose an exterior surface of the article to a printer for printing. an outer surface of the cylinder, the outer surface having a length along a longitudinal direction of the cylinder and the cylinder having a diameter; a first recess disposed in the outer surface of the cylinder; a fluid line for receiving a partial vacuum; a plurality of ports disposed along a bottom surface of the first recess; wherein the fluid line and the plurality of ports are in fluid communication to provide a negative pressure to hold the article in place on the cylinder; and wherein the cylinder is configured to rotate to expose an exterior surface of the article to a printer for printing.
Seating system with reduced bulk, this system comprising a support supporting a seating and a backrest, the seating system assuming different configurations of use offering a seating place and a folded configuration offering a reduced bulk, the backrest being moved towards the front of the system when the seating system is brought to the folded configuration, the seating system being characterized in that the seating and the backrest of the seating system are mounted on a deformable parallelogram that comprises a front stay and a rear stay linked by a top stay and a bottom stay, the front stay and the rear stay being formed respectively by the support and by the backrest, and the seating being fixed to the top stay of the deformable parallelogram so that the backrest describes a circular translational movement towards the front and upwards of the system when the seating system is brought to the folded configuration.
A virtual network function configuration method, comprising: receiving a network function configuration request sent by a network management system, wherein the network function configuration request comprises a network function requirement of a service node; obtaining, from a network function, NF, instance library, an NF instance file that satisfies the network function requirement of the service node, wherein the NF instance library comprises an instance file for which one network function is based on one acceleration device; and performing network function configuration on the service node according to the obtained NF instance file; wherein the performing network function configuration on the service node according to the obtained NF instance file comprises: directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete. receiving a network function configuration request sent by a network management system, wherein the network function configuration request comprises a network function requirement of a service node; obtaining, from a network function, NF, instance library, an NF instance file that satisfies the network function requirement of the service node, wherein the NF instance library comprises an instance file for which one network function is based on one acceleration device; and performing network function configuration on the service node according to the obtained NF instance file; wherein the performing network function configuration on the service node according to the obtained NF instance file comprises: directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete. directing a service that is being processed by the service node to a pre-configured failure protection data plane, wherein the service continues to be executed on the failure protection data plane; re-performing network function configuration on the service node according to the obtained NF instance file that satisfies the network function requirement of the service node; and redirecting the service on the failure protection data plane to the service node after network function configuration for the service node is complete.
A manufacturing method comprising the steps of: providing a powdered material; providing an energy source that can produce an energy beam; directing the energy beam from the energy source toward an energy beam patterning unit (116, 230) to form a two-dimensional patterned energy beam; directing the two-dimensional patterned energy beam against the powdered material to melt or sinter or fuse the powdered material to form a part having a temporary or permanent additively manufactured structure acting as a manipulation point; additively forming optical guides or indicia on a projecting structure or the part; and moving the part using a manipulator device to grasp the manipulation point, wherein the optical guide or indicia provides guidance of 3D positioning for engagement of the manipulator device with the part after movement, the moving comprising lifting the part by the manipulation point away from a power bed and setting the part on a designated processing area for further processing; wherein the manipulator device further comprises a robot arm. providing a powdered material; providing an energy source that can produce an energy beam; directing the energy beam from the energy source toward an energy beam patterning unit (116, 230) to form a two-dimensional patterned energy beam; directing the two-dimensional patterned energy beam against the powdered material to melt or sinter or fuse the powdered material to form a part having a temporary or permanent additively manufactured structure acting as a manipulation point; additively forming optical guides or indicia on a projecting structure or the part; and moving the part using a manipulator device to grasp the manipulation point, wherein the optical guide or indicia provides guidance of 3D positioning for engagement of the manipulator device with the part after movement, the moving comprising lifting the part by the manipulation point away from a power bed and setting the part on a designated processing area for further processing; wherein the manipulator device further comprises a robot arm.
A hot water supply system (1, 1a, 1b, 1c) comprising a first water heating system (10, 70) and a second heating system (20, 130), and configured to mix first hot water supplied by the first water heating system (10, 70) and second hot water supplied by the second water heating system (20, 130), the second hot water having a temperature higher than a temperature of the first hot water to supply the mixed hot water, the hot water supply system (1, 1a, 1b, 1c) comprising: - a first mixed hot water generating unit configured to generate first mixed hot water obtained by mixing the first hot water and the second hot water at a first mixing ratio; - a second mixed hot water generating unit configured to generate second mixed hot water obtained by mixing supply water into the first mixed hot water at a second mixing ratio; - a second temperature detecting unit (T5b) configured to detect a temperature of the second mixed hot water; - a second mixed hot water temperature setting unit configured to set a temperature of the second mixed hot water; and - a second changing unit configured to change the second mixing ratio based on the set temperature by the second mixed hot water temperature setting unit and the detected temperature by the second temperature detecting unit (T5b), wherein the hot water supply system (1, 1a, 1b, 1c) supplies the second mixed hot water, characterized by further comprising: - a first temperature detecting unit (T5a) configured to detect a temperature of the first mixed hot water; - a first mixed hot water temperature setting unit configured to set a temperature of the first mixed hot water; and - a first changing unit configured to change the first mixing ratio based on the set temperature by the first mixed hot water temperature setting unit and the detected temperature by the first temperature detecting unit (T5a). - a first mixed hot water generating unit configured to generate first mixed hot water obtained by mixing the first hot water and the second hot water at a first mixing ratio; - a second mixed hot water generating unit configured to generate second mixed hot water obtained by mixing supply water into the first mixed hot water at a second mixing ratio; - a second temperature detecting unit (T5b) configured to detect a temperature of the second mixed hot water; - a second mixed hot water temperature setting unit configured to set a temperature of the second mixed hot water; and - a second changing unit configured to change the second mixing ratio based on the set temperature by the second mixed hot water temperature setting unit and the detected temperature by the second temperature detecting unit (T5b), - a first temperature detecting unit (T5a) configured to detect a temperature of the first mixed hot water; - a first mixed hot water temperature setting unit configured to set a temperature of the first mixed hot water; and - a first changing unit configured to change the first mixing ratio based on the set temperature by the first mixed hot water temperature setting unit and the detected temperature by the first temperature detecting unit (T5a).
A spunbonded nonwoven comprising at least one bicomponent fiber of a first component and a second component, the first component comprising a first polymer and the second component comprising a second polymer different from the first polymer as a constituent, characterized in that the first polymer and/or the second polymer contains and/or consists of a thermoplastic polyurethane.
A packed roof window, where the roof window is contained in a cardboard box, where packaging components are arranged inside the cardboard box, and where the packaging components are used for protecting and retaining components of the roof window, wherein the roof window comprises a ventilation passage and a ventilation flap, said ventilation passage extending from an interior side of the roof window to an exterior side of the roof window, said ventilation flap being provided on the interior side of the roof window and being moveable between a first position, where the ventilation passage is open, and a second position, where it covers the ventilation passage, characterised in that all packaging components are made from paper-based materials, which consist of a least 95% paper by weight, and in that one or more retainers made from folded cardboard include a ventilation flap retainer (22, 23, 23', 24) provided on or at the ventilation flap to prevent it from unintentional movement.
An access multiplexer comprising: a plurality of ports which are connected to access network terminals; a plurality of domain masters, each of which performs a master function on one of the ports of the access multiplexer; a switch which is connected to the plurality of the domain masters; wherein the ports are connected to the network terminals via bundle cables, wherein crosstalk occurs within the bundle cables, characterized in that the domain masters are synchronized at a pre-determined frequency of less than 10 kHz to reduce the crosstalk occurring in the bundle cables, wherein the communication of the terminals with the domain masters is synchronized without sending or receiving a clock signal, wherein each domain master is configured to accept communication from the corresponding terminal using a protocol being able to communicate with the domain master in at least one of a plurality of transmission opportunities, wherein one period of the frequency the domain masters are synchronized with is divided into this plurality of transmission opportunities. a plurality of ports which are connected to access network terminals; a plurality of domain masters, each of which performs a master function on one of the ports of the access multiplexer; a switch which is connected to the plurality of the domain masters; wherein the ports are connected to the network terminals via bundle cables, wherein crosstalk occurs within the bundle cables, characterized in that the domain masters are synchronized at a pre-determined frequency of less than 10 kHz to reduce the crosstalk occurring in the bundle cables, wherein the communication of the terminals with the domain masters is synchronized without sending or receiving a clock signal, wherein each domain master is configured to accept communication from the corresponding terminal using a protocol being able to communicate with the domain master in at least one of a plurality of transmission opportunities, wherein one period of the frequency the domain masters are synchronized with is divided into this plurality of transmission opportunities.
A rotary drill comprising: abase with a shaft; a bearing having a central axis and including an inner member disposed on the shaft and an outer member disposed about the inner member, the bearing outer member being angularly displaceable relative to the inner member and having an outer circumferential surface and a bearing recess extending generally radially inwardly from the outer circumferential surface; a bit having an inner circumferential surface defining a cavity, the bit being disposed about at least a portion of the shaft such that the bearing is disposed at least partially within the cavity; the bit having a recess extending generally radially outwardly from the inner circumferential surface, whereby each of the bearing recess and the bit recess is formed as an at least partially annular groove (31, 35), the annular grooves (31, 35) being aligned so as to form a retention channel; characterized by further comprising a plurality of retainers in the form of spherical balls spaced circumferentially about the central axis, whereby each spherical ball is simultaneously disposed within the retention channel and configured to releasably lock the bit onto the bearing and to transfer radial and axial loading between the bit and the bearing, and thus also between the bit and the shaft, wherein the bit has an outer surface and a passage extending between the bit outer surface and the inner circumferential surface, the passage being communicable with the retention channel such that the plurality of retainers is installable into the retention channel through the bit passage. abase with a shaft; a bearing having a central axis and including an inner member disposed on the shaft and an outer member disposed about the inner member, the bearing outer member being angularly displaceable relative to the inner member and having an outer circumferential surface and a bearing recess extending generally radially inwardly from the outer circumferential surface; a bit having an inner circumferential surface defining a cavity, the bit being disposed about at least a portion of the shaft such that the bearing is disposed at least partially within the cavity; the bit having a recess extending generally radially outwardly from the inner circumferential surface, whereby each of the bearing recess and the bit recess is formed as an at least partially annular groove (31, 35), the annular grooves (31, 35) being aligned so as to form a retention channel; characterized by further comprising a plurality of retainers in the form of spherical balls spaced circumferentially about the central axis, whereby each spherical ball is simultaneously disposed within the retention channel and configured to releasably lock the bit onto the bearing and to transfer radial and axial loading between the bit and the bearing, and thus also between the bit and the shaft, wherein the bit has an outer surface and a passage extending between the bit outer surface and the inner circumferential surface, the passage being communicable with the retention channel such that the plurality of retainers is installable into the retention channel through the bit passage.
Latent-reactive hot-melt adhesive composition comprising a) at least one first thermoplastic polymer which is monofunctionally reactive toward NCO groups and has a tensile strength of σ M ≥ 4 MPa to 30 MPa as measured to EN ISO 527-1:1996 and an elongation at break of ε B ≥ 5% to 1000% as measured to EN ISO 527-1:1996, b) at least one second NCO-reactive polymer and/or oligomer which is at least di-functionally, preferably tri- or multifunctionally, reactive toward NCO groups and possesses a melting temperature T m which is lower than the melting temperature T m of polymer a) and which is in liquid form in particular at 40°C, preferably at 30°C, very preferably at 20°C, c) at least one solid, surface-deactivated di- and/or polyisocyanate, d) optionally one or more further thermoplastic polymer (s) which does or do not react with NCO groups. a) at least one first thermoplastic polymer which is monofunctionally reactive toward NCO groups and has a tensile strength of σ M ≥ 4 MPa to 30 MPa as measured to EN ISO 527-1:1996 and an elongation at break of ε B ≥ 5% to 1000% as measured to EN ISO 527-1:1996, b) at least one second NCO-reactive polymer and/or oligomer which is at least di-functionally, preferably tri- or multifunctionally, reactive toward NCO groups and possesses a melting temperature T m which is lower than the melting temperature T m of polymer a) and which is in liquid form in particular at 40°C, preferably at 30°C, very preferably at 20°C, c) at least one solid, surface-deactivated di- and/or polyisocyanate, d) optionally one or more further thermoplastic polymer (s) which does or do not react with NCO groups.
A communication device having a radio frequency chip, said device comprising - an insulating film support of an electrical and/or electronic chip module, - an electrical and/or electronic radio frequency circuit on said insulating film support, said circuit comprising plates of an adjustable capacitor and/or an antenna spiral with adjustable inductance, and - at least one adjustment element (17, 38) for adjusting a tuning frequency of the radio frequency circuit, said adjustment element (17, 38) connecting an intermediate point of the spiral to reduce the available inductance and/or splitting or connecting the plates to adjust the capacitance, characterised in that said plates (13A-13H) and/or said spiral extend(s) over said film support. - an insulating film support of an electrical and/or electronic chip module, - an electrical and/or electronic radio frequency circuit on said insulating film support, said circuit comprising plates of an adjustable capacitor and/or an antenna spiral with adjustable inductance, and - at least one adjustment element (17, 38) for adjusting a tuning frequency of the radio frequency circuit, said adjustment element (17, 38) connecting an intermediate point of the spiral to reduce the available inductance and/or splitting or connecting the plates to adjust the capacitance, characterised in that said plates (13A-13H) and/or said spiral extend(s) over said film support.
A drive device for a movable furniture part, comprising - an ejection force storage member which can be tensioned, - an ejection element for carrying out an ejection movement of the movable furniture part from a closed position into an open position, wherein the ejection movement can be initiated by an over-pressing movement (Ü) of the movable furniture part into an over-pressing position (ÜS) which is behind the closed position, wherein the ejection element is force-actuated by the ejection force storage member and - a tensioning device for tensioning the ejection force storage member with energy which can be released during the ejection movement, characterized in that during the over-pressing movement by the tensioning device at least 50 % of the energy released by the ejection force storage member during the ejection movement can be supplied into the ejection force storage member. - an ejection force storage member which can be tensioned, - an ejection element for carrying out an ejection movement of the movable furniture part from a closed position into an open position, wherein the ejection movement can be initiated by an over-pressing movement (Ü) of the movable furniture part into an over-pressing position (ÜS) which is behind the closed position, wherein the ejection element is force-actuated by the ejection force storage member and - a tensioning device for tensioning the ejection force storage member with energy which can be released during the ejection movement,