mhurhangee/patent-ind-claim-en huggingface dataset:
Device for producing three-dimensional objects by successive solidification of layers of a construction material that can be solidified by means of radiation at locations corresponding to the respective cross section of the object, with - a housing comprising a process chamber , - a construction container accommodated therein comprising a height-adjustable support device , - an irradiation device for irradiating layers of the construction material at the locations corresponding to the respective cross section of the object, - an application device for applying the layers of the construction material to the support device in the construction container or a previously formed layer, - a metering device for supplying the construction material, wherein the application device comprises a coater element which distributes the construction material supplied by the metering device as a thin layer in an application area along a linear application movement, wherein at the end of a coating process for a layer, on the return of the coater element to a coating starting position, the coater element executes an evasion-return movement (A, R, Z), in which the coater element does not cross the scanner beam spatial area between the irradiation device and an applied layer, characterised in that the device comprises a coater element changer , wherein the coater element is exchangeable by the coater element changer in the course of the evasion-return movement (A, R, Z). - a housing comprising a process chamber , - a construction container accommodated therein comprising a height-adjustable support device , - an irradiation device for irradiating layers of the construction material at the locations corresponding to the respective cross section of the object, - an application device for applying the layers of the construction material to the support device in the construction container or a previously formed layer, - a metering device for supplying the construction material, wherein the application device comprises a coater element which distributes the construction material supplied by the metering device as a thin layer in an application area along a linear application movement, wherein at the end of a coating process for a layer, on the return of the coater element to a coating starting position, the coater element executes an evasion-return movement (A, R, Z), in which the coater element does not cross the scanner beam spatial area between the irradiation device and an applied layer, characterised in that the device comprises a coater element changer , wherein the coater element is exchangeable by the coater element changer in the course of the evasion-return movement (A, R, Z).
Elevator belt comprising: a belt body made of a first material; and a tension member arrangement which has at least one tension member and is arranged in the belt body; the tension member of the tension member arrangement consisting of a wire cable or a synthetic fiber cable which is composed of single-stranded or multi-stranded wires or wire strands or of single-stranded or multi-stranded synthetic fiber yarns or synthetic fiber strands, respectively, and the belt further comprising a tube arrangement made of a second material that has at least one tube embedded in the belt body , at least one tension member of the tension member arrangement being arranged in a tube of the tube arrangement, characterized in that one or more tension members of the tension member arrangement are each embedded in a strand-like tube of the tube arrangement, on the inner side of which tube the second material which forms the strand-like tube is interlockingly connected to the surface structure of the embedded tension member , the second material also being able to penetrate into present intermediate spaces of the tension member , such that the second material of the tube fills the intermediate spaces present between the individual wires of the tension member as completely as possible. a belt body made of a first material; and a tension member arrangement which has at least one tension member and is arranged in the belt body; the tension member of the tension member arrangement consisting of a wire cable or a synthetic fiber cable which is composed of single-stranded or multi-stranded wires or wire strands or of single-stranded or multi-stranded synthetic fiber yarns or synthetic fiber strands, respectively, and the belt further comprising a tube arrangement made of a second material that has at least one tube embedded in the belt body , at least one tension member of the tension member arrangement being arranged in a tube of the tube arrangement, characterized in that one or more tension members of the tension member arrangement are each embedded in a strand-like tube of the tube arrangement, on the inner side of which tube the second material which forms the strand-like tube is interlockingly connected to the surface structure of the embedded tension member , the second material also being able to penetrate into present intermediate spaces of the tension member , such that the second material of the tube fills the intermediate spaces present between the individual wires of the tension member as completely as possible.
A dosimeter comprising: a radiation sensor constituted by a light emitting portion that is made of a polycrystalline scintillator and emits light of an intensity dependent on an amount of incident radiation and a cover covering the light emitting portion; an optical fiber that is connected to the radiation sensor and transmits photons emitted by the polycrystalline scintillator; a photoelectric converter for converting the photons transmitted by the optical fiber into electrical pulse signals, wherein the photoelectric converter is configured to convert one photon into one electrical pulse signal; a calculation device for counting the electrical pulse signals, calculating a count rate, and specifying a dose rate; and a display device for displaying measurement results calculated by the calculation device. a radiation sensor constituted by a light emitting portion that is made of a polycrystalline scintillator and emits light of an intensity dependent on an amount of incident radiation and a cover covering the light emitting portion; an optical fiber that is connected to the radiation sensor and transmits photons emitted by the polycrystalline scintillator; a photoelectric converter for converting the photons transmitted by the optical fiber into electrical pulse signals, wherein the photoelectric converter is configured to convert one photon into one electrical pulse signal; a calculation device for counting the electrical pulse signals, calculating a count rate, and specifying a dose rate; and a display device for displaying measurement results calculated by the calculation device.
A transition-to-turbine seal assembly comprising: an outer diameter seal member comprising at least one anchoring tab affixed only to an associated transition; and an inner diameter seal member comprising at least one anchoring tab affixed only to the associated transition, wherein the outer diameter seal member and the inner diameter seal member are positioned to respectively extend between mutually opposed sides of the associated transition, wherein at least one of the outer diameter seal member and the inner diameter seal member comprises a seal member portion that spans a corresponding portion of a neighboring transition, wherein the seal member portion is free from anchoring with respect to the neighboring transition, wherein respective ends of the outer diameter seal member and the inner diameter seal member comprise a shiplap joint positioned intermediate neighboring transitions. an outer diameter seal member comprising at least one anchoring tab affixed only to an associated transition; and an inner diameter seal member comprising at least one anchoring tab affixed only to the associated transition, wherein the outer diameter seal member and the inner diameter seal member are positioned to respectively extend between mutually opposed sides of the associated transition, wherein at least one of the outer diameter seal member and the inner diameter seal member comprises a seal member portion that spans a corresponding portion of a neighboring transition, wherein the seal member portion is free from anchoring with respect to the neighboring transition, wherein respective ends of the outer diameter seal member and the inner diameter seal member comprise a shiplap joint positioned intermediate neighboring transitions.
A method for transmitting data, performed by a terminal device, the method comprising: generating a first Media Access Control, MAC, Protocol Data Unit, PDU corresponding to a first resource and a second MAC PDU corresponding to a second resource at a MAC layer; sending the second MAC PDU to a physical layer from the MAC layer when the first resource and the second resource partially overlap or completely overlap in time domain and/or frequency domain, wherein the first MAC PDU corresponding to the first resource is not sent to the physical layer from the MAC layer; sending (S210) a third MAC PDU, to the physical layer from the MAC layer, the third MAC PDU corresponding to a third resource, when a size of the third resource matches a size of the first MAC PDU, the first MAC PDU has not been transmitted in a Hybrid Automatic Repeat reQuest, HARQ, process, a priority of the second resource is higher than a priority of the first resource, the first resource and the third resource are 3GPP configured grant resources, and a HARQ process number corresponding to the first resource and a HARQ process number corresponding to the third resource are the same; wherein the third MAC PDU is the first MAC PDU. generating a first Media Access Control, MAC, Protocol Data Unit, PDU corresponding to a first resource and a second MAC PDU corresponding to a second resource at a MAC layer; sending the second MAC PDU to a physical layer from the MAC layer when the first resource and the second resource partially overlap or completely overlap in time domain and/or frequency domain, wherein the first MAC PDU corresponding to the first resource is not sent to the physical layer from the MAC layer; sending (S210) a third MAC PDU, to the physical layer from the MAC layer, the third MAC PDU corresponding to a third resource, when a size of the third resource matches a size of the first MAC PDU, the first MAC PDU has not been transmitted in a Hybrid Automatic Repeat reQuest, HARQ, process, a priority of the second resource is higher than a priority of the first resource, the first resource and the third resource are 3GPP configured grant resources, and a HARQ process number corresponding to the first resource and a HARQ process number corresponding to the third resource are the same; wherein the third MAC PDU is the first MAC PDU.
A server of a mobile communication system including a mobile station , the server comprising: a positioning request processing means for receiving a positioning request which requests position information of said mobile station , the positioning request including a requested positioning accuracy and a requested positioning accuracy level, the requested positioning accuracy level designating a level of treatment when the available position information does not fulfill the requested accuracy, in which a first level of treatment specifies that an error is to be sent and a second level of treatment specifies that the available position information is to be sent as a response to said positioning request; and a transmission means for transmitting one of said position information and error notification in accordance with said requested positioning accuracy and said requested positioning accuracy level. a positioning request processing means for receiving a positioning request which requests position information of said mobile station , the positioning request including a requested positioning accuracy and a requested positioning accuracy level, the requested positioning accuracy level designating a level of treatment when the available position information does not fulfill the requested accuracy, in which a first level of treatment specifies that an error is to be sent and a second level of treatment specifies that the available position information is to be sent as a response to said positioning request; and a transmission means for transmitting one of said position information and error notification in accordance with said requested positioning accuracy and said requested positioning accuracy level.
A gas combustion tool of the type comprising: - an elongated gripping member ; - a burner disposed at the front of the gripping member , in an extension of the latter, the burner including a fuel gas intake ; - a primary air path which opens into the burner , downstream of the fuel gas intake ; characterised in that the gripping member includes at least one primary air intake and that the primary air path is organised, at least partially, through the gripping member , from this primary air intake, the primary air getting in the burner being sucked from the gripping member . - an elongated gripping member ; - a burner disposed at the front of the gripping member , in an extension of the latter, the burner including a fuel gas intake ; - a primary air path which opens into the burner , downstream of the fuel gas intake ;
A surfactant composition including at least one glycine betaine derivative of formula : [(CH 3 ) 3 N + -CH 2 -COZ-R] n X n- , where Z denotes an oxygen atom or an -NH group, R is a saturated or unsaturated, linear or branched, alkyl group comprising from 8 to 24 carbon atoms, preferably from 10 to 18 carbon atoms, X is an organic or inorganic anion and n has the value 1 or 2, or a dermatological composition containing it, for its use as pediculicidal agent by topical application to the hair and the scalp.
An electro-mechanical transducer (A) suitable for use as a power generator for powering interactive appliances in moving playground equipment when affixed to a moving part of said playground equipment, the electro-mechanical transducer (A) comprising: a tube manufactured of an electrically insulating polymeric material; a plurality of coils at least partially surrounding the tube ; a set of electrical terminals for each coil , connections between the electrical terminals permitting the coils to be connected individually, or connected in groups in series or in parallel; an electrically insulative polymeric spacer interposed between adjacent coils ; a cylindrical magnet the outer diameter of which is smaller than an inner diameter of the tube to enable the magnet to slide within the tube in response to movement of the tube ; spaced-apart, end-stop elements located within the tube on opposite sides of the magnet for limiting the extent movement of the magnet within the tube ; and the end-stop elements being rubber end-stops or rubber plugs against which the magnet abuts at the extent of its movement within the tube ; motion of the tube causing the magnet to slide freely therewithin between the end-stop elements and to induce an electrical current in one or more of the coils to provide a respective electrical power output at the terminals; and the electro-mechanical transducer (A) further comprising a weather tight and/or waterproof casing that at least partially surrounds or encases the tube and/or coils and/or terminals. a tube manufactured of an electrically insulating polymeric material; a plurality of coils at least partially surrounding the tube ; a set of electrical terminals for each coil , connections between the electrical terminals permitting the coils to be connected individually, or connected in groups in series or in parallel; an electrically insulative polymeric spacer interposed between adjacent coils ; a cylindrical magnet the outer diameter of which is smaller than an inner diameter of the tube to enable the magnet to slide within the tube in response to movement of the tube ; spaced-apart, end-stop elements located within the tube on opposite sides of the magnet for limiting the extent movement of the magnet within the tube ; and the end-stop elements being rubber end-stops or rubber plugs against which the magnet abuts at the extent of its movement within the tube ; motion of the tube causing the magnet to slide freely therewithin between the end-stop elements and to induce an electrical current in one or more of the coils to provide a respective electrical power output at the terminals; and the electro-mechanical transducer (A) further comprising a weather tight and/or waterproof casing that at least partially surrounds or encases the tube and/or coils and/or terminals.
A proxy-based service processing method, the method comprising: obtaining (s301), by a server in a wireless network, a current network connection relationship between a plurality of network element devices within a management range; determining (s302), by the server in the wireless network, at least one connected domain based on the current network connection relationship between the plurality of network element devices, wherein at least two network element devices in each connected domain are connected to each other; sending (s303), by the server in the wireless network, proxy activation information to at least one network element device in each connected domain, to activate the at least one network element device as a proxy device; delivering (s305), by the server in the wireless network, a proxy task to the proxy device, wherein the proxy task comprises: delivering service data to the network element devices in each connected domain, performing service convergence, or performing service data processing; redesignating, by the server in the wireless network, another network element device as a proxy device when a connected domain of the wireless network changes and a current proxy device no longer meets a condition of executing the proxy task; and sending, by the server in the wireless network, a deactivation instruction to the current proxy device so that the current proxy device is no longer activated as a proxy device and becomes a common network element. obtaining (s301), by a server in a wireless network, a current network connection relationship between a plurality of network element devices within a management range; determining (s302), by the server in the wireless network, at least one connected domain based on the current network connection relationship between the plurality of network element devices, wherein at least two network element devices in each connected domain are connected to each other; sending (s303), by the server in the wireless network, proxy activation information to at least one network element device in each connected domain, to activate the at least one network element device as a proxy device; delivering (s305), by the server in the wireless network, a proxy task to the proxy device, wherein the proxy task comprises: delivering service data to the network element devices in each connected domain, performing service convergence, or performing service data processing; redesignating, by the server in the wireless network, another network element device as a proxy device when a connected domain of the wireless network changes and a current proxy device no longer meets a condition of executing the proxy task; and sending, by the server in the wireless network, a deactivation instruction to the current proxy device so that the current proxy device is no longer activated as a proxy device and becomes a common network element.
A method of searching computer-aided design (CAD) data including a two-dimensional engineering drawing or a three-dimensional engineering model, the method comprising: receiving a selection of a type of CAD metadata via a user interface , wherein the type of CAD metadata includes at least one selected from the group consisting of a geometric dimensioning and tolerance symbol, a surface finish symbol, a dimension, and an identification symbol; changing the user interface based on the type of CAD metadata selected to include at least one input mechanism for receiving a search parameter associated with the type of CAD metadata selected; receiving the search parameter through the user interface ; in response to receiving the search parameter, automatically identifying, with an electronic processor , CAD metadata matching the search parameter, wherein the CAD metadata is associated with the CAD data; and providing the CAD metadata matching the search parameter to a user by marking the CAD metadata within the CAD data through highlighting within a two-dimensional drawing or a three-dimensional model. receiving a selection of a type of CAD metadata via a user interface , wherein the type of CAD metadata includes at least one selected from the group consisting of a geometric dimensioning and tolerance symbol, a surface finish symbol, a dimension, and an identification symbol; changing the user interface based on the type of CAD metadata selected to include at least one input mechanism for receiving a search parameter associated with the type of CAD metadata selected; receiving the search parameter through the user interface ; in response to receiving the search parameter, automatically identifying, with an electronic processor , CAD metadata matching the search parameter, wherein the CAD metadata is associated with the CAD data; and providing the CAD metadata matching the search parameter to a user by marking the CAD metadata within the CAD data through highlighting within a two-dimensional drawing or a three-dimensional model.
An artificial satellite comprising: a plurality of hatches formed in a plurality of walls which partition a dead space of the artificial satellite, respectively; a plurality of reflectors which are respectively attached to the plurality of hatches , the plurality of reflectors being configured to reflect electric waves; a plurality of radiators which are respectively provided on the plurality of walls in which the plurality of hatches are opened or closed, the plurality of radiators being configured to receive or emit the electric waves; a plurality of hatch opening and closing mechanisms which open the plurality of hatches , respectively, and means adapted to change a relative position of each of the plurality of reflectors with respect to the plurality of radiators depending on an opening degree or a closing degree of the hatch on which each reflector is provided. a plurality of hatches formed in a plurality of walls which partition a dead space of the artificial satellite, respectively; a plurality of reflectors which are respectively attached to the plurality of hatches , the plurality of reflectors being configured to reflect electric waves; a plurality of radiators which are respectively provided on the plurality of walls in which the plurality of hatches are opened or closed, the plurality of radiators being configured to receive or emit the electric waves; a plurality of hatch opening and closing mechanisms which open the plurality of hatches , respectively, and means adapted to change a relative position of each of the plurality of reflectors with respect to the plurality of radiators depending on an opening degree or a closing degree of the hatch on which each reflector is provided.