mhurhangee/patent-ind-claim-en huggingface dataset:
A method of concurrently making a plurality of three-dimensional objects on a build platform , each object comprising a support section formed from a first solidifiable object material , a first object section formed from the first solidifiable object material , and a second object section formed from a second solidifiable object material , wherein the first object section and the second object section of each object have respective heights along a build axis and meet at an interface, the method comprising: determining a height of the first object section of each object along the build axis; determining a desired interface distance between each object's interface and a build platform along the build axis, wherein the desired interface distance is the same for each object ; determining a support section height along the build axis for each object , wherein the support section height of each object equals the difference between the desired interface distance and the object's first object section height along the build axis; solidifying each object's support section by solidifying a plurality of support layers of the first solidifiable object material until the object's support section height is reached, wherein each plurality of support layers is removably adhered to the build platform ; solidifying each object's first object section by solidifying a plurality of first object section layers of the first solidifiable object material until the object's first section height is reached, wherein at least some of the objects in the plurality of three-dimensional objects have different first object section heights; solidifying each object's second object section by solidifying a plurality of second object section layers of the second solidifiable object material until the second section height is reached. determining a height of the first object section of each object along the build axis; determining a desired interface distance between each object's interface and a build platform along the build axis, wherein the desired interface distance is the same for each object ; determining a support section height along the build axis for each object , wherein the support section height of each object equals the difference between the desired interface distance and the object's first object section height along the build axis; solidifying each object's support section by solidifying a plurality of support layers of the first solidifiable object material until the object's support section height is reached, wherein each plurality of support layers is removably adhered to the build platform ; solidifying each object's first object section by solidifying a plurality of first object section layers of the first solidifiable object material until the object's first section height is reached, wherein at least some of the objects in the plurality of three-dimensional objects have different first object section heights; solidifying each object's second object section by solidifying a plurality of second object section layers of the second solidifiable object material until the second section height is reached.
A heat dissipation system, comprising: a chassis , configured to house single boards of an orthogonal architecture, wherein the single boards comprise a vertically inserted board ; a first fan group , installed inside a first air intake pipe in the upper front of the chassis and configured to guide air into the chassis ; and an air guide cavity , installed inside the chassis and configured to transfer the air that is guided by the first fan group into the chassis to a component (221 to 226, 321 to 326) on the vertically inserted board to perform heat dissipation, wherein the air guide cavity has a hollow columnar or terrace cavity structure, which each comprises multiple side-wall holes on a side wall of the air guide cavity that are directed toward a rear direction of the chassis , which are used to transfer air inside the air guide cavity to the component (221 to 226, 321 to 326) on the vertically inserted board , wherein the terrace cavity structure comprises four sides, front, rear, top, and bottom, which are rectangles; and two sides, left and right, which are trapezoids. a chassis , configured to house single boards of an orthogonal architecture, wherein the single boards comprise a vertically inserted board ; a first fan group , installed inside a first air intake pipe in the upper front of the chassis and configured to guide air into the chassis ; and an air guide cavity , installed inside the chassis and configured to transfer the air that is guided by the first fan group into the chassis to a component (221 to 226, 321 to 326) on the vertically inserted board to perform heat dissipation, wherein the air guide cavity has a hollow columnar or terrace cavity structure, which each comprises multiple side-wall holes on a side wall of the air guide cavity that are directed toward a rear direction of the chassis , which are used to transfer air inside the air guide cavity to the component (221 to 226, 321 to 326) on the vertically inserted board , wherein the terrace cavity structure comprises four sides, front, rear, top, and bottom, which are rectangles; and two sides, left and right, which are trapezoids.
An automatic blockchain construction method of a blockchain integrated station, comprising: initiating , by a first blockchain integrated station, a certificate authority service to generate a root certificate; generating, by the first blockchain integrated station, the root certificate; broadcasting the root certificate in a network where the first blockchain integrated station is located, wherein the initiating is based on an election rule dedicating a node device with a largest IP address as a primary node; receiving , by the first blockchain integrated station, an authentication application initiated by a second blockchain integrated station in the network, and issuing a leaf certificate to the second blockchain integrated station based on the certificate authority service after the authentication application passes verification; determining , by the first blockchain integrated station, a blockchain node in a blockchain network, wherein the blockchain node is the first blockchain integrated station or the second blockchain integrated station in the network with the leaf certificate issued by the certificate authority service; and recording, by the first blockchain integrated station, information of the first blockchain integrated station and the second blockchain integrated station that are determined as the blockchain node into a node information list, wherein the information of the first blockchain integrated station and the second blockchain integrated station recorded in the node information list comprises an IP address of the second blockchain integrated station. initiating , by a first blockchain integrated station, a certificate authority service to generate a root certificate; generating, by the first blockchain integrated station, the root certificate; broadcasting the root certificate in a network where the first blockchain integrated station is located, wherein the initiating is based on an election rule dedicating a node device with a largest IP address as a primary node; receiving , by the first blockchain integrated station, an authentication application initiated by a second blockchain integrated station in the network, and issuing a leaf certificate to the second blockchain integrated station based on the certificate authority service after the authentication application passes verification; determining , by the first blockchain integrated station, a blockchain node in a blockchain network, wherein the blockchain node is the first blockchain integrated station or the second blockchain integrated station in the network with the leaf certificate issued by the certificate authority service; and recording, by the first blockchain integrated station, information of the first blockchain integrated station and the second blockchain integrated station that are determined as the blockchain node into a node information list, wherein the information of the first blockchain integrated station and the second blockchain integrated station recorded in the node information list comprises an IP address of the second blockchain integrated station.
An elevator system , including a double deck car arrangement comprising: a frame ; a first elevator cab ; a second elevator cab ; a plurality of sheaves associated with the first and second elevator cabs , respectively; a suspension assembly that suspends the first and second elevator cabs within the frame , the suspension assembly having two ends in a fixed position relative to the frame ; characterized by the suspension assembly comprising a positive drive load bearing member along a first portion of a length of the suspension assembly and at least one other second load bearing member (44, 52; 70, 74, 76) that is different than the positive drive load bearing member along a second portion of the length; and a machine including a drive sprocket that moves the positive drive load bearing member to cause movement of the first and second elevator cabs relative to the frame . a frame ; a first elevator cab ; a second elevator cab ; a plurality of sheaves associated with the first and second elevator cabs , respectively; a suspension assembly that suspends the first and second elevator cabs within the frame , the suspension assembly having two ends in a fixed position relative to the frame ; characterized by the suspension assembly comprising a positive drive load bearing member along a first portion of a length of the suspension assembly and at least one other second load bearing member (44, 52; 70, 74, 76) that is different than the positive drive load bearing member along a second portion of the length; and a machine including a drive sprocket that moves the positive drive load bearing member to cause movement of the first and second elevator cabs relative to the frame .
Cutting blade for a clearing saw , the cutting blade comprising a plurality of teeth , wherein at least some of said teeth comprise a leading edge , a trailing edge , and a point in between the leading edge and the trailing edge , wherein the trailing edge is hardened to a depth in the range 0.02-1.5 mm, and wherein the hardening depth is defined as the depth where the hardness has decreased to 590 HV, characterized in that the leading edge is left unhardened except at said point. the trailing edge is hardened to a depth in the range 0.02-1.5 mm, and wherein the hardening depth is defined as the depth where the hardness has decreased to 590 HV, characterized in that the leading edge is left unhardened except at said point.
A system for use in a wellbore, comprising: a tool having: an anchored section fixed relative to the wellbore; a shifting section movable relative to the wellbore by a tubular extending to a surface location; a single isolation device isolating pressure in a first section of the wellbore from pressure in a second section of the wellbore; and a valve system located in the tool to allow fluid to be pumped from the tubular into the wellbore while blocking flow of fluid from the wellbore into the tubular, the shifting section being movable, without being substantially affected by wellbore pressure below the isolation device, to control whether the fluid flowing from the tubular exits above or below the isolation device, while the isolation device is positioned to isolate pressure in the first and second sections of the wellbore. an anchored section fixed relative to the wellbore; a shifting section movable relative to the wellbore by a tubular extending to a surface location; a single isolation device isolating pressure in a first section of the wellbore from pressure in a second section of the wellbore; and a valve system located in the tool to allow fluid to be pumped from the tubular into the wellbore while blocking flow of fluid from the wellbore into the tubular, the shifting section being movable, without being substantially affected by wellbore pressure below the isolation device, to control whether the fluid flowing from the tubular exits above or below the isolation device, while the isolation device is positioned to isolate pressure in the first and second sections of the wellbore.
A replaceable unit for an electrophotographic image forming device, comprising: a housing having a top , a bottom , a front and a rear positioned between a first side and a second side of the housing, the housing has a reservoir for holding toner; f a magnet movably positioned on the housing ; and an electrical connector on the first side of the housing , the electrical connector includes an electrical contact for contacting a corresponding electrical contact in the image forming device, the electrical connector includes a magnetic sensor , the electrical contact of the replaceable unit is electrically connected to the magnetic sensor , characterized in that the electrical connector is movable between a first position and a second position, wherein f when the electrical connector moves from the first position to the second position the electrical contact of the replaceable unit moves from a retracted position to an operative position, the electrical contact of the replaceable unit is unobstructed to contact the corresponding electrical contact in the image forming device when the electrical contact of the replaceable unit is in the operative position, wherein f when the electrical connector moves from the first position to the second position the magnetic sensor moves from a misaligned position to an aligned position with a point in a path of movement of the magnet for sensing a magnetic field of the magnet when the magnet passes the magnetic sensor .
Lath assembly for a sidewall finishing of a floor or ceiling comprising - a combination of at least a first and a second lath , in which each lath comprises a longitudinal body defining a longitudinal direction, wherein the longitudinal body has a first end having a first end face , wherein the first end is provided with a keyway forming a female part, wherein the keyway has a keyway opening at the first end face ; and - a connector for connecting the first ends of the pair of laths to each other, wherein the connector comprises two key members forming two male parts to be inserted into the respective keyway of the laths to be connected, such that the key member extends through the keyway opening , characterised in that each keyway of the pair of laths comprises a lath stopper comprising an elongated wall portion , in particular provided by a slit in the keyway, which wall portion extends in a transversal direction with respect to the longitudinal direction of the lath, wherein the lath stopper is integrally formed with the lath , wherein the lath stopper is arranged for a cooperation with a key stopper of the connector wherein each key member of the connector comprises a key stopper , wherein the key stopper is integrally formed with the key member , the key member of the connector comprises a plate body, wherein the plate body defines a plane, wherein the key stopper comprises a protrusion which extends in a direction away from the plane, wherein the longitudinal body has a front, back, top and bottom side along a longitudinal axis, which longitudinal axis extend in the longitudinal direction, wherein the keyway of the lath has a receiving opening which is provided at the bottom side of the lath to receive the key stopper from beneath into the lath stopper, such that the connector is to be inserted into the receiving opening in a transversal direction with respect to the longitudinal direction of the lath , wherein the key stopper is in an assembled condition of the lath assembly in a form closure with the lath stopper to lock the connector in the longitudinal direction to the lath . - a combination of at least a first and a second lath , in which each lath comprises a longitudinal body defining a longitudinal direction, wherein the longitudinal body has a first end having a first end face , wherein the first end is provided with a keyway forming a female part, wherein the keyway has a keyway opening at the first end face ; and - a connector for connecting the first ends of the pair of laths to each other, wherein the connector comprises two key members forming two male parts to be inserted into the respective keyway of the laths to be connected, such that the key member extends through the keyway opening ,
LED lamp potting method comprising the steps of: - introducing a configured lamp to be potted using an optically transparent potting compound into an at least partly optically transparent potting mould , wherein the potting mould is arranged in a vacuum chamber and the lamp is secured in the potting mould such that the lamp does not touch the walls of the potting mould; - introducing an optically transparent potting compound into the potting mould until at least the lamp is enclosed; - detecting a quantity and quality of the absence of bubbles in the optically transparent potting compound by means of an optical sensor or image detector , wherein - the pressure in the vacuum chamber is controlled to influence the bubbles and/or - a pivoting/tilting device for moving either the vacuum chamber and the potting mould or the potting mould is controlled to expel detected gas/air bubbles from the optically transparent potting compound . - introducing a configured lamp to be potted using an optically transparent potting compound into an at least partly optically transparent potting mould , wherein the potting mould is arranged in a vacuum chamber and the lamp is secured in the potting mould such that the lamp does not touch the walls of the potting mould; - introducing an optically transparent potting compound into the potting mould until at least the lamp is enclosed; - detecting a quantity and quality of the absence of bubbles in the optically transparent potting compound by means of an optical sensor or image detector , wherein - the pressure in the vacuum chamber is controlled to influence the bubbles and/or - a pivoting/tilting device for moving either the vacuum chamber and the potting mould or the potting mould is controlled to expel detected gas/air bubbles from the optically transparent potting compound .
An electrical overstress (EOS) protection device comprising: an anode terminal and a cathode terminal; a first silicon controlled rectifier (SCR) comprising a first PNP bipolar transistor and a first NPN bipolar transistor that are cross-coupled with a base of the first PNP bipolar transistor connected to a collector of the first NPN bipolar transistor and with a base of the first NPN bipolar transistor is connected to a collector of the first PNP bipolar transistor, wherein an emitter of the first NPN bipolar transistor is connected to the cathode terminal; a second NPN bipolar transistor including a base connected to the anode terminal and an emitter connected to an emitter of the first PNP bipolar transistor; and a second PNP bipolar transistor including an emitter connected to an emitter of the second NPN bipolar transistor and a base connected to the base of the first PNP bipolar transistor, wherein two or more paths for current conduction are present during a positive overstress transient that increases a voltage of the anode terminal relative to the cathode terminal, including a first path through the first SCR and a second path through the second NPN bipolar transistor and the second PNP bipolar transistor. an anode terminal and a cathode terminal; a first silicon controlled rectifier (SCR) comprising a first PNP bipolar transistor and a first NPN bipolar transistor that are cross-coupled with a base of the first PNP bipolar transistor connected to a collector of the first NPN bipolar transistor and with a base of the first NPN bipolar transistor is connected to a collector of the first PNP bipolar transistor, wherein an emitter of the first NPN bipolar transistor is connected to the cathode terminal; a second NPN bipolar transistor including a base connected to the anode terminal and an emitter connected to an emitter of the first PNP bipolar transistor; and a second PNP bipolar transistor including an emitter connected to an emitter of the second NPN bipolar transistor and a base connected to the base of the first PNP bipolar transistor, wherein two or more paths for current conduction are present during a positive overstress transient that increases a voltage of the anode terminal relative to the cathode terminal, including a first path through the first SCR and a second path through the second NPN bipolar transistor and the second PNP bipolar transistor.
A non-dairy drink comprising a protein component consisting of a mixture of pea proteins and hydrolysed rice proteins and optionally free amino acids wherein the pea proteins are present in an amount of 10 to 90 wt%, based on the total weight of the protein component; wherein the protein component consists of pea proteins and hydrolysed rice proteins.
A method comprising: receiving, by a computing device comprising a processor , a request for at least one service associated with an elevator system from a mobile device over a cellular network ; validating the request based on a determined location of the mobile device; and causing at least one resource associated with the at least one service to be scheduled based on the validating indicating that the request is approved; characterised in that the request for service is entered in a passive manner, and in that the validation of the request comprises a determination that a probability that the at least one resource will be used at a particular moment in time is greater than a threshold by accessing a profile for a user or the mobile device containing a log of the user's history or activities. validating the request based on a determined location of the mobile device; and causing at least one resource associated with the at least one service to be scheduled based on the validating indicating that the request is approved;