mhurhangee/patent-ind-claim-en huggingface dataset:
An interchangeable chamber for a device for producing a three-dimensional object by selectively layer-wise solidifying of building material at locations that correspond to the cross-section of the object to be produced in the respective layer, wherein the interchangeable chamber comprises a building space for receiving a building platform on which the three-dimensional object can be produced, wherein the building space is designed to be temporarily open in the direction of a top of the interchangeable chamber , optionally a storage container for storing building material , and wherein the interchangeable chamber comprises a side wall and a cover , wherein the cover is adapted to close the interchangeable chamber at the top such that building material substantially cannot get through the cover out of nor into the interchangeable chamber and the cover is coupled with the side wall , in particular pivotably and/or displaceably coupled, and characterized in that during operation, the interchangeable chamber is coupled at least to a lifting device that docks the interchangeable chamber to a processing chamber and wherein the lifting device can only be actuated when the cover does not close the interchangeable chamber . a building space for receiving a building platform on which the three-dimensional object can be produced, wherein the building space is designed to be temporarily open in the direction of a top of the interchangeable chamber , optionally a storage container for storing building material , and wherein the interchangeable chamber comprises a side wall and a cover , wherein the cover is adapted to close the interchangeable chamber at the top such that building material substantially cannot get through the cover out of nor into the interchangeable chamber and the cover is coupled with the side wall , in particular pivotably and/or displaceably coupled, and characterized in that during operation, the interchangeable chamber is coupled at least to a lifting device that docks the interchangeable chamber to a processing chamber and wherein the lifting device can only be actuated when the cover does not close the interchangeable chamber .
A method for delivering mail to a recipient, comprising the steps of: a) receiving mail content from a sender in physical or electronic form, including recipient address information, wherein, if the mail content is in the physical form, the mail content is forwarded to a scanner to scan at least a part of the mail; b) receiving of the result of the scanning process as well as mail in electronic form by an incoming server ; c) extracting information relating to the mail content and format, such as the sender address and recipient address by the incoming server and addition of this information to metadata of the received mail content; d) retrieving a delivery method from a profile database by forwarding the information to a processor having access to the profile database by the incoming server , the profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; e) delivering mail including the mail content to the recipient using the determined delivery method; further comprising the following step when the determined method is physical delivery: f) prior to delivery, supplementing the physical mail to be delivered by printing a verification information to a mail envelope and/or the mail content of the physical mail; whereas the verification information may be used by the recipient for modification of a recipient's user profile in the profile database, whereas the verification information is requested by a web interface service allowing for accessing the profile database. a) receiving mail content from a sender in physical or electronic form, including recipient address information, wherein, if the mail content is in the physical form, the mail content is forwarded to a scanner to scan at least a part of the mail; b) receiving of the result of the scanning process as well as mail in electronic form by an incoming server ; c) extracting information relating to the mail content and format, such as the sender address and recipient address by the incoming server and addition of this information to metadata of the received mail content; d) retrieving a delivery method from a profile database by forwarding the information to a processor having access to the profile database by the incoming server , the profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; e) delivering mail including the mail content to the recipient using the determined delivery method;
A plug formed by a cylindrical body comprising: - in the bottom side thereof: - a horizontal partition with a diametrical slit connecting two holes with different surface sizes, with said holes located at the ends of the horizontal partition , - fixation means for fixating the plug to the container, - in the top side: - a pouring area, characterized in that the pouring area is a circular section with an outwardly projected rim . - in the bottom side thereof: - a horizontal partition with a diametrical slit connecting two holes with different surface sizes, with said holes located at the ends of the horizontal partition , - fixation means for fixating the plug to the container, - a horizontal partition with a diametrical slit connecting two holes with different surface sizes, with said holes located at the ends of the horizontal partition , - fixation means for fixating the plug to the container, - in the top side: - a pouring area, - a pouring area,
A method for detecting network threats, comprising: collecting network traffic corresponding to communications within a network; analyzing metadata for the network traffic to identify an administrative realm, the administrative realm comprising an administrator host and administered hosts, the administrator host performs an administrative activity over an administrative protocol to the administered hosts, wherein the administrative realm is identified based on at least an analysis of the metadata to identify communications from the individual administrator host and to the multiple administered hosts, and the communications use a particular administrative protocol identified as being a protocol used for administration; identifying network activity within the network corresponding to the administrative realm; determining whether the network activity involves the administrator host or administered hosts from the administrative realm that are participating in network activity different from past activity recorded with respect to the administrative realm for the administrator host or administered hosts and identifying this network activity as suspicious activity if the network activity is different from the past activity; and generating an alert of the identified suspicious activity pertaining to the administrator host or administered hosts. collecting network traffic corresponding to communications within a network; analyzing metadata for the network traffic to identify an administrative realm, the administrative realm comprising an administrator host and administered hosts, the administrator host performs an administrative activity over an administrative protocol to the administered hosts, wherein the administrative realm is identified based on at least an analysis of the metadata to identify communications from the individual administrator host and to the multiple administered hosts, and the communications use a particular administrative protocol identified as being a protocol used for administration; identifying network activity within the network corresponding to the administrative realm; determining whether the network activity involves the administrator host or administered hosts from the administrative realm that are participating in network activity different from past activity recorded with respect to the administrative realm for the administrator host or administered hosts and identifying this network activity as suspicious activity if the network activity is different from the past activity; and generating an alert of the identified suspicious activity pertaining to the administrator host or administered hosts.
A method of positioning of a working member of a tool, the tool comprising a base for resting on a working surface , the working member comprising a cylindrical tool, drawing tool, cutting tool, cutting member, router bit or drill bit, the method characterized by comprising: detecting, by a sensor configured to detect values of a parameter indicating a vertical position of the base of the tool and communicatively coupled to a computing device comprising one or more processors , a first value of the parameter for a first vertical position of the base of the tool corresponding to a portion of the base being in contact with the working surface ; extending, by a motor controlled by the computing device, the working member along a z-axis towards the working surface of a work piece; detecting, by the sensor , a second value of the parameter indicating a second vertical position of the base of the tool corresponding to movement of the portion of the base responsive to the motor causing the working member to contact the working surface; and comparing, by the computing device , the first value of the parameter with the second value of the parameter; and determining, by the computing device, that a z-axis position of the working member relative to the working surface corresponds to the working member in contact with the working surface, responsive to the difference between the first value and the second value being greater than a threshold. detecting, by a sensor configured to detect values of a parameter indicating a vertical position of the base of the tool and communicatively coupled to a computing device comprising one or more processors , a first value of the parameter for a first vertical position of the base of the tool corresponding to a portion of the base being in contact with the working surface ; extending, by a motor controlled by the computing device, the working member along a z-axis towards the working surface of a work piece; detecting, by the sensor , a second value of the parameter indicating a second vertical position of the base of the tool corresponding to movement of the portion of the base responsive to the motor causing the working member to contact the working surface; and comparing, by the computing device , the first value of the parameter with the second value of the parameter; and determining, by the computing device, that a z-axis position of the working member relative to the working surface corresponds to the working member in contact with the working surface, responsive to the difference between the first value and the second value being greater than a threshold.
A semiconductor substrate , wherein the semiconductor substrate comprises: a monocrystalline silicon carbide base ; and a monocrystalline silicon carbide layer stacked on a side of the monocrystalline silicon carbide base , wherein a quality indicator of the monocrystalline silicon carbide base is lower than a quality indicator of the monocrystalline silicon carbide layer, wherein N-type doping is performed on a surface that is of the monocrystalline silicon carbide base and that is used for binding and a surface that is of the monocrystalline silicon carbide layer and that is used for binding, so that free electrons are formed in the doped monocrystalline silicon carbide layer and the doped monocrystalline silicon carbide base. a monocrystalline silicon carbide base ; and a monocrystalline silicon carbide layer stacked on a side of the monocrystalline silicon carbide base , wherein a quality indicator of the monocrystalline silicon carbide base is lower than a quality indicator of the monocrystalline silicon carbide layer, wherein N-type doping is performed on a surface that is of the monocrystalline silicon carbide base and that is used for binding and a surface that is of the monocrystalline silicon carbide layer and that is used for binding, so that free electrons are formed in the doped monocrystalline silicon carbide layer and the doped monocrystalline silicon carbide base.
Intermediate composite element comprising: - at least one molded portion comprising an assembly of reinforcing fibers embedded in a thermoset polymer matrix, - at least one dry stack of layers of reinforcing fibers , comprising at least one porous polymeric layer inserted between two successive layers of reinforcing fibers , the molded portion being affixed to the surface of the stack and bonded thereto, the intermediate composite element is such that the thermoset polymer partially penetrates the thickness of the dry stack from the surface of the dry stack to which the molded portion is affixed, thereby providing the bond between the dry stack and the molded portion . - at least one molded portion comprising an assembly of reinforcing fibers embedded in a thermoset polymer matrix, - at least one dry stack of layers of reinforcing fibers , comprising at least one porous polymeric layer inserted between two successive layers of reinforcing fibers , the molded portion being affixed to the surface of the stack and bonded thereto, the intermediate composite element is such that the thermoset polymer partially penetrates the thickness of the dry stack from the surface of the dry stack to which the molded portion is affixed, thereby providing the bond between the dry stack and the molded portion .
A gas turbine engine component comprising: a substrate ; a ceramic barrier coating disposed on the substrate, the ceramic barrier coating having a porous columnar microstructure with the pores being defined by the gaps between the columnar microstructure; and a layer of networked ceramic nanofibers disposed on the ceramic barrier coating and sealing the pores of the porous columnar microstructure, in which the networked ceramic nanofibers comprise filaments intertwined to form a tangled network of filaments with pores between the filaments. a substrate ; a ceramic barrier coating disposed on the substrate, the ceramic barrier coating having a porous columnar microstructure with the pores being defined by the gaps between the columnar microstructure; and a layer of networked ceramic nanofibers disposed on the ceramic barrier coating and sealing the pores of the porous columnar microstructure, in which the networked ceramic nanofibers comprise filaments intertwined to form a tangled network of filaments with pores between the filaments.
A blood pressure measurement method of acquiring a change in a blood pressure with respect to time, the blood pressure measurement method comprising: a pulse wave acquisition step of acquiring a time waveform based on a volume pulse wave, wherein the time waveform is a waveform obtained by adding an addition coefficient to a volume pulse wave waveform value at each time, the volume pulse wave waveform being a waveform of the volume pulse wave or a waveform obtained by differentiating the volume pulse wave with respect to time, so that a ratio between a minimum value point and a maximum value point of the volume pulse wave waveform becomes a predetermined value that is set in advance on the basis of a ratio between a diastolic blood pressure and a systolic blood pressure in a blood pressure waveform of a test subject calculated or measured in advance; a DN point detection step of detecting a DN point, which corresponds to a dicrotic notch point in the blood pressure waveform of the test subject indicating the change in the blood pressure with respect to time, in the time waveform; and a waveform correction step of correcting the time waveform by multiplying the time waveform by a multiplication coefficient so that a time waveform value at the DN point becomes a predetermined blood pressure value that is set in advance on the basis of the blood pressure value at the dicrotic notch point in the blood pressure waveform of the test subject calculated or measured in advance; and acquiring the change in the blood pressure with respect to time based on the corrected time waveform. a pulse wave acquisition step of acquiring a time waveform based on a volume pulse wave, wherein the time waveform is a waveform obtained by adding an addition coefficient to a volume pulse wave waveform value at each time, the volume pulse wave waveform being a waveform of the volume pulse wave or a waveform obtained by differentiating the volume pulse wave with respect to time, so that a ratio between a minimum value point and a maximum value point of the volume pulse wave waveform becomes a predetermined value that is set in advance on the basis of a ratio between a diastolic blood pressure and a systolic blood pressure in a blood pressure waveform of a test subject calculated or measured in advance; a DN point detection step of detecting a DN point, which corresponds to a dicrotic notch point in the blood pressure waveform of the test subject indicating the change in the blood pressure with respect to time, in the time waveform; and a waveform correction step of correcting the time waveform by multiplying the time waveform by a multiplication coefficient so that a time waveform value at the DN point becomes a predetermined blood pressure value that is set in advance on the basis of the blood pressure value at the dicrotic notch point in the blood pressure waveform of the test subject calculated or measured in advance; and acquiring the change in the blood pressure with respect to time based on the corrected time waveform.
Valve for pressurized fluid, with or without integrated pressure reducer, comprising a body housing a fluid circuit having an upstream end intended to be placed in communication with a pressurized fluid reserve and a downstream end intended to be placed in communication with a user apparatus, the circuit comprising a valve for controlling the flow rate in the circuit , the valve being controlled by a movable actuating member in order to control the opening or the closing thereof, the valve comprising a lower mounting end provided with movable coupling member(s) intended to cooperate with one or more complementary coupling members to form a quick connection system between the valve and a gas source or a circuit, the valve further comprising a member for locking the coupling member(s) that is mounted movably on the body of the valve between a first position and a second position with respect to the body , with, in its first position, the locking member not blocking the movement of the coupling member(s) and, in its second position, the locking member blocking the movement of the coupling member(s) , the locking member comprising a first end intended to cooperate with the coupling member(s) for the blocking thereof when said locking member is in its second position, and a second gripping end intended to manually move the locking member into its first position, the valve comprising, at an upper end, a fixed head , characterized in that the gripping end is situated in a housing of the head and is movable in the head between a top position at least partially retracted into the head when the locking member is in its first position, and a bottom position projecting at least partially beneath the head when the locking member is in its second position.
An interleukin-10 receptor-2 peptide covalently linked to a carrier peptide, wherein the interleukin-10 receptor-2 peptide consists of an 8-15 amino acid sequence that includes any one of SEQ ID NOs: 4-31
An image processing device comprising a quantization unit configured to quantize transform coefficient data of image data to generate quantized data using a 16×16 quantization matrix including a DC coefficient as a coefficient; a DPCM unit configured to set an initial difference coefficient that is a difference between a predetermined initial value and the DC coefficient, a replacement difference coefficient that is a difference between the DC coefficient and a coefficient of an 8×8 quantization matrix based on the 16×16 quantization matrix, and further difference coefficients each being a difference between two adjacent coefficients in a sequence of coefficients of the 8×8 quantization matrix arranged in scan order; and an encoding unit configured to encode the quantized data to generate encoded data including the initial difference coefficient, the replacement difference coefficient, and the further difference coefficients.
A resource mapping indication method, comprising: obtaining (S301), by a network device , a mapping mode used for resource mapping during uplink transmission; sending (S302), by the network device to a terminal , information indicating the mapping mode; and receiving (S305), by the network device from the terminal , a signal generated by the terminal by mapping modulation symbols to corresponding mapping locations in a resource mapping block, RMB, based on the information indicating the mapping mode, wherein the mapping mode is used to indicate mapping locations of a plurality of modulation symbols of different terminals in a RMB, the RMB comprises a plurality of resource elements, REs, and at least one RE carries at least two modulation symbols of different terminals; wherein the mapping mode comprises a mapping matrix, and columns in the mapping matrix are in a one-to-one correspondence with the REs comprised in the RMB, a quantity of the columns in the mapping matrix corresponds to a quantity of REs comprised in one RMB, and a quantity of rows in the mapping matrix indicates a maximum quantity of modulation symbols carried on each of the REs. obtaining (S301), by a network device , a mapping mode used for resource mapping during uplink transmission; sending (S302), by the network device to a terminal , information indicating the mapping mode; and receiving (S305), by the network device from the terminal , a signal generated by the terminal by mapping modulation symbols to corresponding mapping locations in a resource mapping block, RMB, based on the information indicating the mapping mode, wherein the mapping mode is used to indicate mapping locations of a plurality of modulation symbols of different terminals in a RMB, the RMB comprises a plurality of resource elements, REs, and at least one RE carries at least two modulation symbols of different terminals; wherein the mapping mode comprises a mapping matrix, and columns in the mapping matrix are in a one-to-one correspondence with the REs comprised in the RMB, a quantity of the columns in the mapping matrix corresponds to a quantity of REs comprised in one RMB, and a quantity of rows in the mapping matrix indicates a maximum quantity of modulation symbols carried on each of the REs.