mhurhangee/ep-ind-claims huggingface dataset:
A method of quilting a layered input web, the method comprising: providing a quilting machine (10; 10a) including a sewing assembly powered by a first servo motor and a feed assembly powered by a second servo motor; moving the layered input web through the quilting machine (10; 10a) using the feed assembly; and forming chain stitches in the layered input web using the sewing assembly, wherein the feed assembly operates without operation of the sewing assembly for a programmed time, characterized in that the chain stitches are formed in the layered input web using the sewing assembly without compressing the layered input web, wherein the feed assembly moves the layered input web without compressing the layered input web. providing a quilting machine (10; 10a) including a sewing assembly powered by a first servo motor and a feed assembly powered by a second servo motor; moving the layered input web through the quilting machine (10; 10a) using the feed assembly; and forming chain stitches in the layered input web using the sewing assembly, wherein the feed assembly operates without operation of the sewing assembly for a programmed time, characterized in that the chain stitches are formed in the layered input web using the sewing assembly without compressing the layered input web, wherein the feed assembly moves the layered input web without compressing the layered input web.
Control valve for an air spring with a housing, with a vent duct which has a vent tappet for opening or closing the vent duct, which interacts with a first control means, with an air-supply duct which has an air-supply tappet for opening or closing the air-supply duct which interacts with a second control means, characterized by an additional duct which has an additional tappet for opening or closing the additional duct which interacts with a third control means, wherein a first air connection connects to the vent duct and a second air connection connects to the air-supply duct together with the additional duct, wherein first control means and second control means are arranged relative to one another in such a manner that they cannot be actuated simultaneously by an operating element, and wherein the second control means and the third control means are arranged relative to one another in such a manner that the additional duct can only be opened when the air-supply duct is opened.
A method of compiling a shader source code module into an executable code via an intermediate representation, the shader source code module comprising a plurality of option indicators, each option indicator relating to an optional feature of the shader source code module, and each option indicator indicating a place in the shader source code module corresponding to enabling or disabling the corresponding optional feature of the shader source code module, the method comprising: generating the intermediate representation of the shader source code module, wherein the intermediate representation comprises a compiled version of the shader source code module, which includes a compiled option indicator corresponding to each of the plurality of option indicators in the shader source code module; receiving an indication to produce executable code for a GPU, the indication indicating which features of the shader source code module are to be enabled or disabled such that the executable code is to embody a first plurality of features expressed in the shader source code module and the executable code is not to embody a second plurality of features expressed in the shader source code module; and generating the executable code from the intermediate representation by compiling the whole intermediate representation and using the compiled option indicators to include the first plurality of features, and not include the second plurality of features, as required, in the executable code. generating the intermediate representation of the shader source code module, wherein the intermediate representation comprises a compiled version of the shader source code module, which includes a compiled option indicator corresponding to each of the plurality of option indicators in the shader source code module; receiving an indication to produce executable code for a GPU, the indication indicating which features of the shader source code module are to be enabled or disabled such that the executable code is to embody a first plurality of features expressed in the shader source code module and the executable code is not to embody a second plurality of features expressed in the shader source code module; and generating the executable code from the intermediate representation by compiling the whole intermediate representation and using the compiled option indicators to include the first plurality of features, and not include the second plurality of features, as required, in the executable code.
A sleeve for a switch with button for enabling the button and switch to remain in the center of the sleeve comprising - at least one body, - at least one protrusion which is located at one end of the body, and the diameter of which is a little larger than the diameter of the body, - at least one thread which is located on the body close to the protrusion and which is formed around the body, - at least one nut which is mounted on the body by being rotated around itself via the thread, and enables the body to remain fixed where it is located, - at least one tab which is located on the other end of the body where the protrusion is not located, and which is formed on this area for which a placed part is not removed as long as it is preferred and characterized by - at least one opening for LEDs which is provided on the body on a farther area relative to the holder, enables the button to be lightened by means of these LEDs placed into said opening, - at least one holder on the body for enabling the button inserted inside the body to be held right in the center of the body, - at least one hole which is located at a bottom of the other end of the body where the protrusion is not present for helping a part around the body to hold on to the body via a bolt located therein, is on the lower part of the tab on the body, and enables the part around the body to hold on to the body via the bolt placed therein. - at least one body, - at least one protrusion which is located at one end of the body, and the diameter of which is a little larger than the diameter of the body, - at least one thread which is located on the body close to the protrusion and which is formed around the body, - at least one nut which is mounted on the body by being rotated around itself via the thread, and enables the body to remain fixed where it is located, - at least one tab which is located on the other end of the body where the protrusion is not located, and which is formed on this area for which a placed part is not removed as long as it is preferred and characterized by - at least one opening for LEDs which is provided on the body on a farther area relative to the holder, enables the button to be lightened by means of these LEDs placed into said opening, - at least one holder on the body for enabling the button inserted inside the body to be held right in the center of the body, - at least one hole which is located at a bottom of the other end of the body where the protrusion is not present for helping a part around the body to hold on to the body via a bolt located therein, is on the lower part of the tab on the body, and enables the part around the body to hold on to the body via the bolt placed therein.
A method comprising: classifying, by a device classification service, a device in a network as being of a first device type; applying, by the service, a first network policy to the device, based on its classification as being of the first device type, wherein the first network policy has an associated expiration timer; determining, by the service, whether the device was reclassified as being of a different device type than that of the first device type before expiration of the expiration timer associated with the first network policy; and applying, by the service, a second network policy to the device, when the service determines that the device has not been reclassified as being of a different device type before expiration of the expiration timer associated with the first network policy. classifying, by a device classification service, a device in a network as being of a first device type; applying, by the service, a first network policy to the device, based on its classification as being of the first device type, wherein the first network policy has an associated expiration timer; determining, by the service, whether the device was reclassified as being of a different device type than that of the first device type before expiration of the expiration timer associated with the first network policy; and applying, by the service, a second network policy to the device, when the service determines that the device has not been reclassified as being of a different device type before expiration of the expiration timer associated with the first network policy.
A conductor connection contact element comprising a sheet metal part having two mutually opposing side walls (2a, 2b), a bottom portion connecting the side walls (2a, 2b) and a cover portion opposite the bottom portion and connecting the side walls (2a, 2b), which delimit a conductor insertion channel, the side walls (2a, 2b) having spring tongues which are exposed from the bottom portion and the cover portion and which form a clamping point for clamping an electrical conductor, wherein the cover portion has a material tongue (12, 23) exposed from the side walls (2a, 2b), and in that the material tongue (12, 23) extends above the plane spanned by the end edges of the spring tongues facing the cover portion at least as far as the clamping point, characterized in that the material tongue is slightly bent in the direction of the bottom portion so that a continuous funnel-shaped section is formed for guiding an electrical conductor inserted into the conductor insertion channel up to the clamping point.
A control apparatus for an internal combustion engine including an intake-valve control apparatus which controls at least open timing of an intake valve of the internal combustion engine, the engine control apparatus comprising: intake-valve control means for performing open timing control which causes the intake-valve control apparatus to control the open timing of the intake valve such that the open timing of the intake valve coincides with an open timing target value; combustion percentage MFB acquisition means for acquiring a change in combustion percentage MFB with crank angle, the combustion percentage MFB being the ratio of an amount of combusted fuel, which increases continuously during an expansion stroke, to a total amount of fuel taken into a combustion chamber of the internal combustion engine in an intake stroke; and failure detection means for detecting a failure of the intake-valve control apparatus by making use of an increase amount of the combustion percentage MFB within a predetermined crank angle range during the expansion stroke, the increase amount changing as a result of control of the open timing of the intake valve by the intake-valve control apparatus, wherein the intake valve control means is configured such that, when the failure detection means has determined that the intake-valve control apparatus has a failure, the intake-valve control means performs, in place of the open timing control, combustion-percentage-increase-amount control which causes the intake-valve control apparatus to control the open timing of the intake valve such that the combustion percentage increase amount coincides with an increase amount target value. intake-valve control means for performing open timing control which causes the intake-valve control apparatus to control the open timing of the intake valve such that the open timing of the intake valve coincides with an open timing target value; combustion percentage MFB acquisition means for acquiring a change in combustion percentage MFB with crank angle, the combustion percentage MFB being the ratio of an amount of combusted fuel, which increases continuously during an expansion stroke, to a total amount of fuel taken into a combustion chamber of the internal combustion engine in an intake stroke; and failure detection means for detecting a failure of the intake-valve control apparatus by making use of an increase amount of the combustion percentage MFB within a predetermined crank angle range during the expansion stroke, the increase amount changing as a result of control of the open timing of the intake valve by the intake-valve control apparatus, wherein the intake valve control means is configured such that, when the failure detection means has determined that the intake-valve control apparatus has a failure, the intake-valve control means performs, in place of the open timing control, combustion-percentage-increase-amount control which causes the intake-valve control apparatus to control the open timing of the intake valve such that the combustion percentage increase amount coincides with an increase amount target value.
A method of enabling a second correspondent device to prove to a third party correspondent device the authenticity of a signed message ( M,s,c 1,c 2) received from a first correspondent device, the method comprising: the second correspondent device obtaining the signed message ( M,s,c 1,c 2) comprising a confidential component; the second correspondent device operating upon at least a first portion ( c 2) and/or a second portion ( c 1, V) of the signed message based on the confidential component to generate a first value (e); the second correspondent device generating a second value ( Q B) using the first value (e), a public value ( G A) of the first correspondent device, and a private value ( d B) of the second correspondent device; the second correspondent device sending a new message further including the second value ( Q B) to the third party correspondent device, the third party correspondent device being coupled to the second correspondent device; the second correspondent device proving knowledge to the third party correspondent device of the private value ( d B) of the second correspondent device by having sent the second value ( Q B) for subsequent verification by the third party correspondent device; the third party correspondent device retrieving (314,426) a decryption key ( k 2) from the second value ( Q B); the third party correspondent device decrypting (316, 428) said first portion ( c 2) of the signed message; and the third party correspondent device accepting (320, 432) said first portion as valid if decryption is successful. the second correspondent device obtaining the signed message ( M,s,c 1,c 2) comprising a confidential component; the second correspondent device operating upon at least a first portion ( c 2) and/or a second portion ( c 1, V) of the signed message based on the confidential component to generate a first value (e); the second correspondent device generating a second value ( Q B) using the first value (e), a public value ( G A) of the first correspondent device, and a private value ( d B) of the second correspondent device; the second correspondent device sending a new message further including the second value ( Q B) to the third party correspondent device, the third party correspondent device being coupled to the second correspondent device; the second correspondent device proving knowledge to the third party correspondent device of the private value ( d B) of the second correspondent device by having sent the second value ( Q B) for subsequent verification by the third party correspondent device; the third party correspondent device retrieving (314,426) a decryption key ( k 2) from the second value ( Q B); the third party correspondent device decrypting (316, 428) said first portion ( c 2) of the signed message; and the third party correspondent device accepting (320, 432) said first portion as valid if decryption is successful.
A voltage measurement device for dividing a plurality of voltage sources into a plurality of blocks each having at least one voltage source and for measuring voltage of a block, the voltage measurement device is characterized by a first group of switches including a first MOSFET of a first conductivity type, which has a first main electrode connected to a first voltage input terminal connected to one terminal of a block and which is turned ON/OFF in correspondence with voltage impressed on a control electrode based on voltage impressed on the first main electrode, and a second MOSFET of the first conductivity type, which has a first main electrode connected to a second voltage input terminal connected to the other terminal of the block and which is turned ON/OFF in correspondence with voltage impressed on a control electrode based on voltage impressed on the first main electrode; a first storage element provided with respect to each block and also connected between a second main electrode of the first MOSFET of the first conductivity type and a second main electrode of the second MOSFET of the first conductivity type; a second group of switches including a first MOSFET of a second conductivity type opposed to the first conductivity type, which has a second main electrode connected to one terminal of the first storage element and a first main electrode connected to a first voltage output terminal and which is turned ON/OFF in correspondence with a signal inputted to a control electrode, and a second MOSFET of the second conductivity type, which has a second main electrode connected to the other terminal of the first storage element and a first main electrode connected to a second voltage output terminal and which is turned ON/OFF in correspondence with a signal inputted to a control electrode; a third group of switches including a third MOSFET of the second conductivity type, which has a second main electrode connected to the control electrode of the first MOSFET of the first conductivity type and which is turned ON/OFF in correspondence with a signal inputted to a control electrode and a fourth MOSFET of the second conductivity type, which has a second main electrode connected to the control electrode of the second MOSFET of the first conductivity type and which is turned ON/OFF in correspondence with a signal inputted to a control electrode; and control means for turning on the first group of switches by turning on the third group of switches and for turning on the second group of switches while the first group of switches is turned off by turning off the third group of switches.
An accelerator for accelerating a particle beam, comprising: a main body having a plurality of electromagnetic cavities coupled in series; and a first coupling body having a first side cavity coupled to one of the electromagnetic cavities through a first opening, and to another of the electromagnetic cavities through a second opening, wherein the first opening and the second opening have different cross sectional dimensions; wherein the accelerator further comprises a second coupling body with a pair of noses and having a second side cavity coupled to two of the electromagnetic cavities through a third opening and a fourth opening, respectively, wherein the second side cavity comprises an energy switch for changing an electric field distribution in the second side cavity; wherein the energy switch comprises a probe, the probe moveable to change a distance between the probe and the pair of noses at the second coupling body; characterised in that the first opening and the second opening are parts of a field step control configured to decrease a field variation associated with an operation of the energy switch. a main body having a plurality of electromagnetic cavities coupled in series; and a first coupling body having a first side cavity coupled to one of the electromagnetic cavities through a first opening, and to another of the electromagnetic cavities through a second opening, wherein the first opening and the second opening have different cross sectional dimensions; wherein the accelerator further comprises a second coupling body with a pair of noses and having a second side cavity coupled to two of the electromagnetic cavities through a third opening and a fourth opening, respectively, wherein the second side cavity comprises an energy switch for changing an electric field distribution in the second side cavity; wherein the energy switch comprises a probe, the probe moveable to change a distance between the probe and the pair of noses at the second coupling body; characterised in that the first opening and the second opening are parts of a field step control configured to decrease a field variation associated with an operation of the energy switch.
A lubrication system for an engine, the lubrication system comprising a main oil tank; a scavenge pump configured to provide lubricant to the engine during a normal condition; an auxiliary pump configured to provide lubricant to the engine during an abnormal condition; a pressure sensor disposed at an outlet of the auxiliary pump and configured to detect a pressure created by the auxiliary pump; a restriction device disposed in a conduit (366, 368) fluidly connecting the cavenge pump to the outlet of the auxiliary pump, characterised by the restriction device being configured to increase a first pressure produced by the auxiliary pump at the pressure sensor, wherein the first pressure is greater than a second pressure created by the scavenge pump, so that the pressure detected by the pressure sensor will not be affected by the scavenge pump; and a pressure responsive valve disposed in a common delivery pathway of both the scavenge pump and the auxiliary pump, the pressure responsive valve configured to shunt the lubricant received from the auxiliary pump to the engine during the abnormal condition; wherein the pressure sensor is disposed along a fluid pathway connecting the auxiliary pump to the pressure responsive valve, between the auxiliary pump and the pressure responsive valve; and wherein the restriction device is disposed along a main oil tank return line between the scavenge pump outlet and the pressure responsive valve.
A knitted shoe component comprising: a toe portion; a first wing portion extending from the toe portion and knittingly joined to the toe portion; a second wing portion extending from the toe portion and knittingly joined to the toe portion; and a heel portion, characterized in that the first wing portion and the second wing portion are knittingly joined to one another through a welt at the heel portion. a toe portion; a first wing portion extending from the toe portion and knittingly joined to the toe portion; a second wing portion extending from the toe portion and knittingly joined to the toe portion; and a heel portion, characterized in that the first wing portion and the second wing portion are knittingly joined to one another through a welt at the heel portion.