mhurhangee/patent-ind-claim-en huggingface dataset:
Explosion-proof braking device configured so as to be connected to the front part of an explosion-proof electric motor, the braking device comprising: - a shaft connected to the shaft of the motor from the outside, and provided with bearings internal to the device, - an electromagnetic brake acting on said shaft , comprising at least an excitation coil and an air gap ; characterized in that : - said shaft is made of a steel alloy with non-magnetic characteristics, comprising the additional components C in 0.12 ÷ 0.22 %, Mn in ≤ 1.50 %, Si in ≤ 1.00 %, Cr in 15.00 ÷ 17.00 %, Ni in 1.50 ÷ 2.50 %; - said bearings are positioned so as to be to the outside of the main flux lines of the magnetic field produced between the coil and the air gap, said braking device being provided with flame-proof lamination joints of the through type, namely junction parts between stationary elements and rotary elements, or of the closed type, namely couplings between fixed parts. - a shaft connected to the shaft of the motor from the outside, and provided with bearings internal to the device, - an electromagnetic brake acting on said shaft , comprising at least an excitation coil and an air gap ; - said shaft is made of a steel alloy with non-magnetic characteristics, comprising the additional components C in 0.12 ÷ 0.22 %, Mn in ≤ 1.50 %, Si in ≤ 1.00 %, Cr in 15.00 ÷ 17.00 %, Ni in 1.50 ÷ 2.50 %; - said bearings are positioned so as to be to the outside of the main flux lines of the magnetic field produced between the coil and the air gap,
A pressure equalization apparatus for use with a tubular well tool in a subterranean well, the apparatus comprising: multiple separate longitudinally extending bores , wherein the multiple bores comprise at least first and second longitudinally extending bores; and at least one end closure which connects an end of the first bore to an adjacent end closure of the second bore , thereby forming a continuous flowpath , the flowpath alternating direction between the first and second bores, wherein the flowpath prevents migration of fluid through the flowpath while permitting pressure communication through the flowpath, and an annulus formed radially between the tubular well tool and the wellbore , a pressure gateway installed in the adjacent end closure and aligned with the end of the first bore , wherein an opposite second end of the flow path is connected to the annulus such that fluid communication between the flow path and the annulus is re-established when the pressure gateway opens; wherein a first fluid is in a first end of the flowpath , and a second fluid is in the opposite second end of the flowpath , wherein the second fluid enters the second end of the flowpath , but is prevented from flowing to the first end of the flowpath ; and further comprising a filter which filters the second fluid , and the pressure gateway is a rupture disc exposed to the flowpath between the filter and the first end of the flowpath . multiple separate longitudinally extending bores , wherein the multiple bores comprise at least first and second longitudinally extending bores; and at least one end closure which connects an end of the first bore to an adjacent end closure of the second bore , thereby forming a continuous flowpath , the flowpath alternating direction between the first and second bores, wherein the flowpath prevents migration of fluid through the flowpath while permitting pressure communication through the flowpath, and an annulus formed radially between the tubular well tool and the wellbore , a pressure gateway installed in the adjacent end closure and aligned with the end of the first bore , wherein an opposite second end of the flow path is connected to the annulus such that fluid communication between the flow path and the annulus is re-established when the pressure gateway opens; wherein a first fluid is in a first end of the flowpath , and a second fluid is in the opposite second end of the flowpath , wherein the second fluid enters the second end of the flowpath , but is prevented from flowing to the first end of the flowpath ; and further comprising a filter which filters the second fluid , and the pressure gateway is a rupture disc exposed to the flowpath between the filter and the first end of the flowpath .
A method of manufacturing a razor blade comprising: providing razor blank strip having an edge ; hardening the razor blank strip to a hardness greater than 600HV; melting a pre-bending zone of the razor blank strip that is spaced apart from the edge with a laser beam ; cooling the pre-bending zone after said melting to form a re-solidified zone ; segmenting the razor blank strip into individual blades ; and bending the individual blades in the pre-bending zone. providing razor blank strip having an edge ; hardening the razor blank strip to a hardness greater than 600HV; melting a pre-bending zone of the razor blank strip that is spaced apart from the edge with a laser beam ; cooling the pre-bending zone after said melting to form a re-solidified zone ; segmenting the razor blank strip into individual blades ; and bending the individual blades in the pre-bending zone.
A method, operational in a system, wherein the system comprises a device , an application server , and a gateway device, P-GW, , wherein the method comprises the steps of: initiating, by the device , a connection with the application server associated with one or more application services, wherein initiating the connection includes sending a connection request and the connection request includes an explicit request for a network token, and wherein the connection request includes an application identifier (App ID); and deriving the network token, by the gateway device, P-GW, , wherein the network token is derived using a hash function having a set of input parameters including a secret key (K P-GW ) known to the gateway device , a device Internet Protocol, IP, address (IPc), a device port number (Pc), an application server IP address (IPs), an application server port number (P s ), protocol identifier (Proto), and the application identifier (App ID); obtaining, by the device , in response to initiating the connection, the network token from one of the application server and/or the gateway device , wherein the network token is provisioned to the device via one or more user-plane messages; sending the network token with one or more uplink, UL, packets from the device to the application server in the user-plane, receiving, by the P-GW 510, the one or more uplink, UL, packets; and verifying, by the gateway device, P-GW, , the network token included with the one or more uplink, UL, packets. initiating, by the device , a connection with the application server associated with one or more application services, wherein initiating the connection includes sending a connection request and the connection request includes an explicit request for a network token, and wherein the connection request includes an application identifier (App ID); and deriving the network token, by the gateway device, P-GW, , wherein the network token is derived using a hash function having a set of input parameters including a secret key (K P-GW ) known to the gateway device , a device Internet Protocol, IP, address (IPc), a device port number (Pc), an application server IP address (IPs), an application server port number (P s ), protocol identifier (Proto), and the application identifier (App ID); obtaining, by the device , in response to initiating the connection, the network token from one of the application server and/or the gateway device , wherein the network token is provisioned to the device via one or more user-plane messages; sending the network token with one or more uplink, UL, packets from the device to the application server in the user-plane, receiving, by the P-GW 510, the one or more uplink, UL, packets; and verifying, by the gateway device, P-GW, , the network token included with the one or more uplink, UL, packets.
An accelerator on a multi-chip module, the accelerator comprising: a memory stack including multiple memory dies; and a graphics processing unit, GPU (410-413), coupled with the memory stack via one or more memory controllers, the GPU including a plurality of multiprocessors having a single instruction, multiple thread, SIMT, architecture, the multiprocessors to execute at least one single instruction, the at least one single instruction to accelerate a linear algebra subprogram associated with a machine learning framework; the at least one single instruction to cause at least a portion of the GPU to perform a floating-point operation on input having differing precisions; wherein at least a portion of the plurality of multiprocessors is to execute a thread of the at least one single instruction, the portion of the plurality of multiprocessors including a floating-point unit to perform, as a mixed precision FP16/FP32 dual operation, a first operation of the thread at a first precision and a second operation of the thread at a second precision; and wherein the first operation is an operation having two or more 16-bit floating-point inputs and the second operation is an operation having two or more 32-bit floating-point inputs. a memory stack including multiple memory dies; and a graphics processing unit, GPU (410-413), coupled with the memory stack via one or more memory controllers, the GPU including a plurality of multiprocessors having a single instruction, multiple thread, SIMT, architecture, the multiprocessors to execute at least one single instruction, the at least one single instruction to accelerate a linear algebra subprogram associated with a machine learning framework; the at least one single instruction to cause at least a portion of the GPU to perform a floating-point operation on input having differing precisions; wherein at least a portion of the plurality of multiprocessors is to execute a thread of the at least one single instruction, the portion of the plurality of multiprocessors including a floating-point unit to perform, as a mixed precision FP16/FP32 dual operation, a first operation of the thread at a first precision and a second operation of the thread at a second precision; and wherein the first operation is an operation having two or more 16-bit floating-point inputs and the second operation is an operation having two or more 32-bit floating-point inputs.
A mechanotransductive bowel extender device comprising: an elongation system being operable to apply a tensile force to a bowel of a patient, the tensile force being configured to encourage growth of the bowel through mechanotransductive treatment; an engagement system having a pair of attachment mechanisms disposed on opposing ends of the elongation system , said pair of attachment mechanisms being configured to couple to the bowel and transmit the tensile force to the bowel ; characterized in that a liquid delivery system is operably coupled with the elongation system to locally apply a medically relevant liquid to the bowel . an elongation system being operable to apply a tensile force to a bowel of a patient, the tensile force being configured to encourage growth of the bowel through mechanotransductive treatment; an engagement system having a pair of attachment mechanisms disposed on opposing ends of the elongation system , said pair of attachment mechanisms being configured to couple to the bowel and transmit the tensile force to the bowel ; characterized in that a liquid delivery system is operably coupled with the elongation system to locally apply a medically relevant liquid to the bowel .
A method for preparing a pressed make-up powder without using oil binder, by mixing raw materials containing a globular powder and water to prepare a wet paste, followed by drying it, wherein the drying is performed by freeze drying, and wherein the globular powder is contained in an amount of 30 to 60 wt.% of the total weight of the pressed make-up powder; and wherein the globular powder is at least one selected from the group consisting of polymethyl methacrylate, polymethylsilsesquioxane, Hdi/trimethylolhexyl lactone crosspolymer, polymethyl methacrylate-Hdi/trimethylolhexyl lactone crosspolymer, ethylene-acrylic acid copolymer, nylon 12, and silica which are coated or not coated on their surface with a hydrophilic or lipophilic coating material; and wherein the pressed make-up powder further contains a water-soluble binder in an amount of 5 wt.% or less of the total weight of the pressed make-up powder; and wherein the water-soluble binder is at least one selected from the group consisting of magnesium aluminum silicate, sodium magnesium silicate, disteardimonium hectorite, bentonite, hydroxyethylcellulose and cellulose gum.
A current detecting device comprising: a first core around which a first coil is wound, and to be disposed in a vicinity of a conductor which is a detection target; a second core around which a second coil is wound, and to be disposed in a vicinity of the conductor ; an excitation unit configured to apply an excitation signal, having a magnitude and a direction that change at a given frequency, to the first coil and the second coil ; and a feedback unit configured to generate a feedback signal and superimpose the generated feedback signal on the excitation signal such that a magnetic flux generated in the first core due to current flowing in the conductor is cancelled out, the second coil being configured to generate a magnetic flux having a direction opposite to a magnetic flux generated by the excitation signal flowing in the first coil . a first core around which a first coil is wound, and to be disposed in a vicinity of a conductor which is a detection target; a second core around which a second coil is wound, and to be disposed in a vicinity of the conductor ; an excitation unit configured to apply an excitation signal, having a magnitude and a direction that change at a given frequency, to the first coil and the second coil ; and a feedback unit configured to generate a feedback signal and superimpose the generated feedback signal on the excitation signal such that a magnetic flux generated in the first core due to current flowing in the conductor is cancelled out, the second coil being configured to generate a magnetic flux having a direction opposite to a magnetic flux generated by the excitation signal flowing in the first coil .
A delivery device, comprising: a cannulated shaft comprising a proximal portion and a distal portion , the distal portion provided with cutting threads and a cutting tip closing its distal end, said distal portion further provided with one or more holes , the distal portion further comprising cutting flutes , wherein each of the one or more holes are spaced a defined transverse distance along the surface of the distal portion from the cutting flutes ; and a hub and luer provided at a proximal end of said proximal portion of the cannulated shaft , further comprising an impact cap , comprising a tapping or hammering receiving surface , configured to removably securely fit over and close the luer , and wherein the cannulated shaft is configured to advance through tissue, by twisting the impact cap , so as to deliver a substance or liquid through the one or more holes . a proximal portion and a distal portion , the distal portion provided with cutting threads and a cutting tip closing its distal end, said distal portion further provided with one or more holes , the distal portion further comprising cutting flutes , wherein each of the one or more holes are spaced a defined transverse distance along the surface of the distal portion from the cutting flutes ; and a hub and luer provided at a proximal end of said proximal portion of the cannulated shaft , further comprising an impact cap , comprising a tapping or hammering receiving surface , configured to removably securely fit over and close the luer , and wherein the cannulated shaft is configured to advance through tissue, by twisting the impact cap , so as to deliver a substance or liquid through the one or more holes .
A multiwall sheet , comprising: a sheet , comprising walls, wherein the walls comprise: a first wall ; a second wall ; an outermost rib extending between the first wall and the second wall , wherein the first wall extends longitudinally past the outermost rib to a first wall end and wherein the second wall extends longitudinally past the outermost rib to a second wall end ; and an end cap comprising a top wall having a top wall end , a bottom wall having a bottom wall end , and a connecting wall disposed between the top wall end and the bottom wall end ; the end cap being disposed over the first wall end and the second wall end , the top wall and the bottom wall extending longitudinally along the first wall and the second wall past the outermost rib , characterized in that the first wall end and the second wall end extend greater than or equal to 3 mm past the outermost rib . a sheet , comprising walls, wherein the walls comprise: a first wall ; a second wall ; an outermost rib extending between the first wall and the second wall , wherein the first wall extends longitudinally past the outermost rib to a first wall end and wherein the second wall extends longitudinally past the outermost rib to a second wall end ; and a first wall ; a second wall ; an outermost rib extending between the first wall and the second wall , wherein the first wall extends longitudinally past the outermost rib to a first wall end and wherein the second wall extends longitudinally past the outermost rib to a second wall end ; and an end cap comprising a top wall having a top wall end , a bottom wall having a bottom wall end , and a connecting wall disposed between the top wall end and the bottom wall end ; the end cap being disposed over the first wall end and the second wall end , the top wall and the bottom wall extending longitudinally along the first wall and the second wall past the outermost rib ,
An engine seal system, comprising: a first section and a second section defining a passage ; and a ceramic seal component coupled to the first section and extending between the first section and the second section, the ceramic seal component comprising a structural body portion and an edge seal , wherein the edge seal extends along the second section, characterised in that the structural body portion comprising a plurality of oxide/oxide woven ceramic fiber stacked plies , the edge seal comprising oxide ceramic fibers extending away from the structural body portion, the edge seal being more flexible and less infiltrated with oxide ceramic matrix slurry than the structural body portion, wherein at least one of the first section with the ceramic seal component and the second section are movable relative to one another to define an open configuration and a closed configuration of the passage. a first section and a second section defining a passage ; and a ceramic seal component coupled to the first section and extending between the first section and the second section, the ceramic seal component comprising a structural body portion and an edge seal , wherein the edge seal extends along the second section, characterised in that the structural body portion comprising a plurality of oxide/oxide woven ceramic fiber stacked plies , the edge seal comprising oxide ceramic fibers extending away from the structural body portion, the edge seal being more flexible and less infiltrated with oxide ceramic matrix slurry than the structural body portion, wherein at least one of the first section with the ceramic seal component and the second section are movable relative to one another to define an open configuration and a closed configuration of the passage.
A method for setting up a controller of an orthopedic device comprising at least one motor drive, which is placed against a body part of a patient and connected to sensors that record control signals of the patient, including the following steps: outputting an optical, acoustic, and/or tactile representation of an actuation of a limb as a prompt for the patient to carry out this activity; capturing control signals produced as a deliberate reaction by the patient after being prompted, assigning the captured control signals to the activity carried out and to a function, within the scope of which the at least one motor drive is activated, deactivated, or reversed in terms of its direction of rotation, and outputting the captured control signals and/or the function after the assignment to the respective function. outputting an optical, acoustic, and/or tactile representation of an actuation of a limb as a prompt for the patient to carry out this activity; capturing control signals produced as a deliberate reaction by the patient after being prompted, assigning the captured control signals to the activity carried out and to a function, within the scope of which the at least one motor drive is activated, deactivated, or reversed in terms of its direction of rotation, and outputting the captured control signals and/or the function after the assignment to the respective function.
A transfer method including coating a base film with resin, and pressing moulds on a coat of resin, to transfer concavo-convex patterns, the method comprising the steps of: intermittent-delivering resin from a coating die onto the base film ; intermittent-coating the base film with delivered resin; measuring a travel distance of the base film , and pressing the moulds on intermittent coats of resin in synchronization with the intermittent-coating, for transfer of the patterns, wherein the synchronization of the intermittent-coating and the transfer is on the basis of feedback on the measured travel distance of the base film , characterized in that the base film travels intermittently, and the transfer is implemented by moulds of a press type opposed each other to open and close. intermittent-delivering resin from a coating die onto the base film ; intermittent-coating the base film with delivered resin; measuring a travel distance of the base film , and pressing the moulds on intermittent coats of resin in synchronization with the intermittent-coating, for transfer of the patterns, wherein the synchronization of the intermittent-coating and the transfer is on the basis of feedback on the measured travel distance of the base film , characterized in that the base film travels intermittently, and the transfer is implemented by moulds of a press type opposed each other to open and close.