mhurhangee/ep-ind-claims huggingface dataset:
Additive manufacturing system for manufacturing a three dimensional object, comprising: a transparent foil substrate and a resin depositor for depositing a layer of curable resin on a first side of the foil substrate, the foil substrate being supported by a transparent support plate; a radiation source disposed on a second side of the foil substrate for radiation curing the resin layer on the first side of the foil substrate, wherein a cured resin layer represents a cross sectional slice of the object; a stage configured to hold a stacked arrangement of one or more cured resin layers representing at least in part the three dimensional object; and a positioning system for relative positioning the foil substrate and the stage; wherein the system further comprises a masking screen disposed substantially parallel to the resin layer for blocking at least in part incident radiation on the resin layer in correspondence with a cross sectional slice of the object, the positioning system being further arranged for aligning the masking screen and the stage, characterized in that the masking screen comprises a masking foil disposed substantially parallel to the foil substrate, and wherein the masking foil is interposed between the foil substrate and the support plate. a transparent foil substrate and a resin depositor for depositing a layer of curable resin on a first side of the foil substrate, the foil substrate being supported by a transparent support plate; a radiation source disposed on a second side of the foil substrate for radiation curing the resin layer on the first side of the foil substrate, wherein a cured resin layer represents a cross sectional slice of the object; a stage configured to hold a stacked arrangement of one or more cured resin layers representing at least in part the three dimensional object; and a positioning system for relative positioning the foil substrate and the stage; wherein the system further comprises a masking screen disposed substantially parallel to the resin layer for blocking at least in part incident radiation on the resin layer in correspondence with a cross sectional slice of the object, the positioning system being further arranged for aligning the masking screen and the stage, characterized in that the masking screen comprises a masking foil disposed substantially parallel to the foil substrate, and wherein the masking foil is interposed between the foil substrate and the support plate.
An actuatable emergency exit door actuatable between different operating positions relatively to an associated structural frame that is adapted for accommodating the actuatable emergency exit door in closed state, said actuatable emergency exit door having a door actuating device that comprises at least two connection rods, at least one goose neck-shaped structure and at least one spring member, wherein the at least two connection rods are pivotally mountable to the associated structural frame and being provided for enabling an opening movement of the actuatable emergency exit door with respect to the associated structural frame during opening, wherein the at least one goose neck-shaped structure is mountable to the associated structural frame for enabling an initial translational opening movement and subsequently a swiveling opening movement of the actuatable emergency exit door with respect to the associated structural frame during opening, characterized in that the at least one goose neck-shaped structure is door-mounted by being at least rigidly attached to a door corpus of the actuatable emergency exit door, at least one of the at least two connection rods is coupled to the at least one spring member, said at least one spring member being rigidly attached to the door corpus and provided for biasing the actuatable emergency exit door during opening into a fully opened position in which the actuatable emergency exit door entirely frees exit through the associated structural frame.
An optically clear oral care composition comprising at least one photosensitizing dye, an oxygen generator or oxygen carrier, and an orally acceptable and optically clear carrier, wherein the photosensitizing dye is Tartrazine (FD&C Yellow No. 5), and wherein the oxygen generator or oxygen carrier is perfluorodecahydro naphthalene.
A milling bowl (1, 2), in particular, for use in vertical mills, having a lower ring-shaped base flange and an upper ring-shaped head flange for forming or receiving a grinding bed of the vertical mill, wherein the milling bowl (1, 2) is ring-shaped and constructed to be hollow in the area surrounding its axis of rotation, and features a center piece, which connects rigidly the head flange and the base flange (4, 5), wherein a cavity, which is formed between the casing shells (8, 9) of the center piece and the two flanges (4, 5), is filled with a curable casting compound, and wherein, after the casting compound has cured, the two flanges (4, 5) along with the center piece form a rotationally rigid milling bowl (1, 2), characterized in that the center piece provided between the head flange and the base flange (4, 5) is produced separately from the head flange and the base flange (4, 5) and is of double-walled design with two casing shells (8, 9), and that the casing shells (8, 9) of the center piece feature reinforcement anchors (14, 15), which are embedded into the cured casting compound.
A platform cooling arrangement in a turbine rotor blade having a platform positioned between an airfoil and a root, wherein the rotor blade includes an interior cooling passage that extends radially outward from a connection with a coolant source in the root, wherein, along a side that coincides with a pressure side of the airfoil, a pressure side of the platform includes a topside extending from an airfoil base to a pressure side slashface, the platform cooling arrangement comprising: a main plenum residing just inboard of the topside in the pressure side of the platform, the main plenum extending through the platform from an upstream end having an aft position to a downstream end having a forward position and wherein near the upstream end, the main plenum includes an aft switchback, and, between the aft switchback and the downstream end, a forward arc; and characterized by a plurality of cooling apertures, each of the cooling apertures extending from the forward arc to a port formed on the pressure side slashface in a circumferential direction and each comprising a smaller cross-sectional flow area than the main plenum. a main plenum residing just inboard of the topside in the pressure side of the platform, the main plenum extending through the platform from an upstream end having an aft position to a downstream end having a forward position and wherein near the upstream end, the main plenum includes an aft switchback, and, between the aft switchback and the downstream end, a forward arc; and characterized by a plurality of cooling apertures, each of the cooling apertures extending from the forward arc to a port formed on the pressure side slashface in a circumferential direction and each comprising a smaller cross-sectional flow area than the main plenum.
A method performed by a Cable Modem Termination System, CMTS, comprising: conducting a label distribution session with a remote PHYsical layer, PHY, device, the PHY device having established at least one data path over a cable network, each data path communicating with a cable modem; establishing at least one label switched path with the PHY device for communicating with one or more cable modems; exchanging label mapping messages with the PHY device over the label distribution session; and using the label mapping messages to build a label mapping table, wherein the label mapping table includes at least one mapping that associates a label switched path of the at least one label switched path and a data path of the at least one data path; receiving, from a data network, communications destined for a first cable modem; identifying, using the label mapping table, a first label switched path that is associated to a data path between the PHY device and the first cable modem; and forwarding the communications using the first label switched path. conducting a label distribution session with a remote PHYsical layer, PHY, device, the PHY device having established at least one data path over a cable network, each data path communicating with a cable modem; establishing at least one label switched path with the PHY device for communicating with one or more cable modems; exchanging label mapping messages with the PHY device over the label distribution session; and using the label mapping messages to build a label mapping table, wherein the label mapping table includes at least one mapping that associates a label switched path of the at least one label switched path and a data path of the at least one data path; receiving, from a data network, communications destined for a first cable modem; identifying, using the label mapping table, a first label switched path that is associated to a data path between the PHY device and the first cable modem; and forwarding the communications using the first label switched path.
An antisense oligomer which consists of a nucleotide sequence selected from a group consisting of SEQ ID NOs 6 to 9, and induces skipping of exon 44 in human dystrophin gene, or a pharmaceutically acceptable salt or hydrate thereof.
Electrical device having a housing and a printed circuit board, wherein the housing encloses a hollow space (40, 42) extending along a longitudinal axis and is designed to receive a printed circuit board in the hollow space and the housing has at least one groove (6, 7) extending along the longitudinal axis, which groove is designed to receive a printed circuit board edge section (35, 36) of the printed circuit board, wherein the housing has a housing cup comprising a tubular housing wall enclosing the hollow space and has a housing cup base, wherein the housing cup has a housing opening towards the hollow space, and the housing has a closure cup which is designed to be pushed onto or into the housing wall along the longitudinal axis and to close the housing opening, wherein the housing wall and a wall of the closure cup overlap with one another in a section along the longitudinal axis, wherein the closure cup can be pushed to and/or fro along the longitudinal axis for the purpose of changing a volume of the hollow space (40, 42), characterized in that the tubular housing wall has at least one groove (6, 7) which is designed to engage around the printed circuit board edge section (35, 36) of the printed circuit board, wherein a housing wall enclosing the groove (6, 7) is formed in a U-shape in the region (10, 11) of the groove (6, 7), and the closure cup has a channel (8, 9) which is formed in a manner corresponding to the U-shape and is designed to at least partially receive the region (10, 11), forming the groove, of the housing wall and wherein the housing wall of the housing cup is of elastic design in the region (10, 11) of the groove (6, 7) in such a way as to be compressed in a resilient manner, wherein the wall of the closure cup is formed at least in the region of an opening edge of an opening to compress the region (10, 11) of the housing wall, enclosing the groove (6, 7), of the housing cup, when the closure cup and the housing cup are pushed together, in such a way that the groove (6, 7) is constricted by the compression of the elastic housing wall of the housing cup in the region (10, 11), and in that the printed circuit board edge section (35, 36) is at least non-positively firmly held in the groove (6, 7) compressed in this way.
An image processing apparatus comprising: an acquirer configured to acquire information related to a lateral chromatic aberration of an image capturing optical system; and a corrector configured to correct an image obtained by using the image capturing optical system to reduce the lateral chromatic aberration based on the information related to the lateral chromatic aberration, wherein the acquirer is configured to acquire, as the information related to the lateral chromatic aberration, at least information of a first component related to a design value of the image capturing optical system and information of a second component related to a manufacturing error of the image capturing optical system, separately from each other, characterized in that each of the first component and the second component is a rotationally symmetric component, and the first component is different from the second component. an acquirer configured to acquire information related to a lateral chromatic aberration of an image capturing optical system; and a corrector configured to correct an image obtained by using the image capturing optical system to reduce the lateral chromatic aberration based on the information related to the lateral chromatic aberration, wherein the acquirer is configured to acquire, as the information related to the lateral chromatic aberration, at least information of a first component related to a design value of the image capturing optical system and information of a second component related to a manufacturing error of the image capturing optical system, separately from each other, characterized in that each of the first component and the second component is a rotationally symmetric component, and the first component is different from the second component.
A method of memory management in a computing device having a processor, a first memory proximate to and configured as a cache for the processor, a second memory separate from and interfaced with the processor, and a memory controller configured to manage operations of the first and second memory (151, 153), the method comprising: receiving, at the memory controller, a request from the processor to read data corresponding to a system memory section from the cache of the processor; and in response to receiving the request to read, with the memory controller, retrieving, from the first memory, data from a data portion and metadata from a metadata portion of the first memory, the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request. receiving, at the memory controller, a request from the processor to read data corresponding to a system memory section from the cache of the processor; and in response to receiving the request to read, with the memory controller, retrieving, from the first memory, data from a data portion and metadata from a metadata portion of the first memory, the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request. retrieving, from the first memory, data from a data portion and metadata from a metadata portion of the first memory, the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request.
Polymerase enzyme according to SEQ ID NO. 1 or any polymerase that shares at least 70%, 80%, 90%, 95% or, 98% amino acid sequence identity thereto, comprising the following mutation(s): i. at position 409 of SEQ ID NO. 1: serine (L409S) and/or ii. at position 410 of SEQ ID NO. 1: glycine (Y 410G) and/or iii. at position 411 of SEQ ID NO. 1: serine (P411S), wherein the enzyme has little or no 3'-5' exonuclease activity, wherein the polymerase comprises all of the following mutations, L409S, Y410G and P411S and additionally, comprises one or more of the following additional mutations D141A, E143A, A486L. i. at position 409 of SEQ ID NO. 1: serine (L409S) and/or ii. at position 410 of SEQ ID NO. 1: glycine (Y 410G) and/or iii. at position 411 of SEQ ID NO. 1: serine (P411S),
Method for controlling a wheelchair with an eye control system comprising an eye tracking device mounted on the wheelchair, and a feedback device with a feedback area, wherein the method comprises: - obtaining eye tracking data of a user of the wheelchair with the eye tracking device; - determining a wheelchair control signal and a feedback control signal based on the eye tracking data, wherein determining a wheelchair control signal and a feedback control signal based on the eye tracking data comprises determining if the eye tracking data fulfils an input criterion, wherein the input criterion is fulfilled if the eye tracking data are indicative of the user focusing on an input area, wherein the input area is separate from the feedback area; - moving the wheelchair according to the wheelchair control signal; and - providing feedback to the user in the feedback area according to the feedback control signal. - obtaining eye tracking data of a user of the wheelchair with the eye tracking device; - determining a wheelchair control signal and a feedback control signal based on the eye tracking data, wherein determining a wheelchair control signal and a feedback control signal based on the eye tracking data comprises determining if the eye tracking data fulfils an input criterion, wherein the input criterion is fulfilled if the eye tracking data are indicative of the user focusing on an input area, wherein the input area is separate from the feedback area; - moving the wheelchair according to the wheelchair control signal; and - providing feedback to the user in the feedback area according to the feedback control signal.
An arrangement comprising - a furniture fitting for releasably connecting a first furniture part to a second furniture part, in particular a front panel to a side wall of a drawer or a drawer insert, - at least one fixing element for fixing the furniture fitting to the first furniture part, and - at least one insert element having a push-in portion which can be received in a recess in a first furniture part and on which there is provided at least one counterpart holding element for holding the at least one fixing element, wherein the counterpart holding element is in the form of at least one threaded bore, wherein arranged on the first furniture part is at least one through opening which in the assembled position aligns with the counterpart holding element, the insert element and the furniture fitting in the assembled position are arranged substantially transversely relative to each other and mutually hold each other by way of the at least one fixing element and the at least one counterpart holding element, characterised in that the insert element forms a bar arranged substantially transversely relative to the push-in portion. - a furniture fitting for releasably connecting a first furniture part to a second furniture part, in particular a front panel to a side wall of a drawer or a drawer insert, - at least one fixing element for fixing the furniture fitting to the first furniture part, and - at least one insert element having a push-in portion which can be received in a recess in a first furniture part and on which there is provided at least one counterpart holding element for holding the at least one fixing element, wherein the counterpart holding element is in the form of at least one threaded bore, wherein arranged on the first furniture part is at least one through opening which in the assembled position aligns with the counterpart holding element, the insert element and the furniture fitting in the assembled position are arranged substantially transversely relative to each other and mutually hold each other by way of the at least one fixing element and the at least one counterpart holding element,
An auger attachment system comprising: a first coupler having a first end, a second end, and an opening continuing through the entire coupler and having a shape and size to receive a drive shaft having a first geometry; wherein the auger attachment system further comprises a second coupler having a first end, a second end, and an opening continuing through the entire coupler and having a shape and size to receive a drive shaft having a second geometry; a collar permanently secured to an auger, said collar having a first end, a second end, and an opening adapted to receive the second end of the first coupler and the second coupler, wherein the opening has a shape and size to allow an extension attachment to pass through the coupler (12, 12a) and the entire collar into the auger, wherein the opening extends from the first end to the second end. a first coupler having a first end, a second end, and an opening continuing through the entire coupler and having a shape and size to receive a drive shaft having a first geometry; wherein the auger attachment system further comprises a second coupler having a first end, a second end, and an opening continuing through the entire coupler and having a shape and size to receive a drive shaft having a second geometry; a collar permanently secured to an auger, said collar having a first end, a second end, and an opening adapted to receive the second end of the first coupler and the second coupler, wherein the opening has a shape and size to allow an extension attachment to pass through the coupler (12, 12a) and the entire collar into the auger, wherein the opening extends from the first end to the second end.