mhurhangee/patent-ind-claim-en huggingface dataset:
A steer-by-wire steering system for a vehicle, comprising: an operating member operable by a driver; a dual-system steering device including two systems each of which includes an electric motor as a drive source, the steering device being configured to steer a wheel ; and a controller configured to control a current to be supplied to each of the electric motors of the respective two systems so as to cause the steering device to steer the wheel in accordance with an operation of the operating member , wherein the controller is configured to prohibit the current greater than an upper limit value from being supplied to the electric motors of the respective two systems, wherein, when the wheel is steered by only one of the two systems, the controller raises the upper limit value of the current to be supplied to the electric motor of the one of the two systems, and wherein, when a temperature of the steering system is not higher than a set temperature, the controller increases an amount of raising of the upper limit value in consideration of an increase in a steering force to be required. an operating member operable by a driver; a dual-system steering device including two systems each of which includes an electric motor as a drive source, the steering device being configured to steer a wheel ; and a controller configured to control a current to be supplied to each of the electric motors of the respective two systems so as to cause the steering device to steer the wheel in accordance with an operation of the operating member , wherein the controller is configured to prohibit the current greater than an upper limit value from being supplied to the electric motors of the respective two systems, wherein, when the wheel is steered by only one of the two systems, the controller raises the upper limit value of the current to be supplied to the electric motor of the one of the two systems, and wherein, when a temperature of the steering system is not higher than a set temperature, the controller increases an amount of raising of the upper limit value in consideration of an increase in a steering force to be required.
A connector assembly comprising: a. a main body having a jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure , the main body being provided with a pair of slot structures and a pair of cavities ; and b. a latch member mounted to the main body , the latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion , the first portion having a locking rib structure at a free end opposite to the bent portion , the second portion having a retention structure with side edges configured to enter the slot structures of the main body , the retention structure including a pair of bent tabs configured to snap into the cavities located in the main body ; c. wherein the first portion and locking rib structure can be depressed towards the main body . a. a main body having a jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure , the main body being provided with a pair of slot structures and a pair of cavities ; and b. a latch member mounted to the main body , the latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion , the first portion having a locking rib structure at a free end opposite to the bent portion , the second portion having a retention structure with side edges configured to enter the slot structures of the main body , the retention structure including a pair of bent tabs configured to snap into the cavities located in the main body ; c. wherein the first portion and locking rib structure can be depressed towards the main body .
A construction method for use in a cloud platform including a plurality of compute nodes and at least two storage backends, the construction method comprising: configuring at least one virtual machine in each compute node; establishing (S1) an association relationship between the compute nodes and the at least two storage backends, such that each compute node is associated with one and only one storage backend, when a virtual machine of a compute node generates an image file, determining (S2) a type of the image file, wherein the type of the image file includes a base image file and an exported image file; and storing (S3) the image file according to the type of the image file and the storage backend associated with the compute node that generates the image file. configuring at least one virtual machine in each compute node; establishing (S1) an association relationship between the compute nodes and the at least two storage backends, such that each compute node is associated with one and only one storage backend, when a virtual machine of a compute node generates an image file, determining (S2) a type of the image file, wherein the type of the image file includes a base image file and an exported image file; and storing (S3) the image file according to the type of the image file and the storage backend associated with the compute node that generates the image file.
Constant pressure storage unit comprising at least one constant pressure store (A, B, C, D), which is separated by a displaceable separating piston into two regions, at least one liquid pump for delivering a liquid and at least one liquid store , characterized in that , on the side on which the region intended for a liquid is provided, the constant pressure stores or store (A, B, C, D) are or is in connection with at least one safety vessel (E), which is divided by a movable separating piston into two regions, of which one region is in connection with the at least one constant pressure store (A, B, C, D) and the liquid pump and the other region contains a buffer fluid and in that a pressure sensor is in connection with this region of the safety vessel (E) and the liquid pump in such a way that a compression of the buffer fluid is detected by the pressure sensor and the liquid pump is stopped.
An inductive power transfer coil assembly including: i. a magnetically permeable core including a base and a pair of spaced apart limbs extending from the base, each limb having a distal end face in the extension direction, the base and the pair of spaced apart limbs forming a U core; and ii. a winding located between the limbs , characterised in that the winding is also located said distal end faces of the pair of spaced apart limbs . i. a magnetically permeable core including a base and a pair of spaced apart limbs extending from the base, each limb having a distal end face in the extension direction, the base and the pair of spaced apart limbs forming a U core; and ii. a winding located between the limbs , characterised in that the winding is also located said distal end faces of the pair of spaced apart limbs .
A positioning apparatus, comprising a body, wherein the body has a positioning slot used to accommodate a camera , elastic elements are separately fastened to two side walls adjacent to the positioning slot , the positioning apparatus further comprises a cover plate , and the cover plate is fastened to the body; and when the camera is installed in the positioning slot , two elastic elements separately press against a housing of the camera , and the cover plate presses against an end face of the camera , wherein a positioning bar is disposed on the side wall that is in the positioning slot and that is opposite to each elastic element , and when the camera is installed in the positioning slot , the elastic element and a corresponding positioning bar separately press against a side wall opposite to the camera. when the camera is installed in the positioning slot , two elastic elements separately press against a housing of the camera , and the cover plate presses against an end face of the camera , wherein a positioning bar is disposed on the side wall that is in the positioning slot and that is opposite to each elastic element , and when the camera is installed in the positioning slot , the elastic element and a corresponding positioning bar separately press against a side wall opposite to the camera.
An assembled camshaft for an internal combustion engine, the camshaft comprising a base shaft and an external toothing extending at least partially axially along the base shaft , as well as at least one hub with an internal toothing , which correlates with the external toothing of the base shaft in such a way that the hub is rotationally fixed and axially non-displaceable connected to the base shaft , wherein the external toothing has at least one form-locking part region or a force-locking part region extending at least partially axially along the base shaft to arrange the hub at least in a form-locking or force-locking manner, and wherein at least one alignment region extending at least partially axially along the base shaft for angular alignment of the hub adjoins at least the form-locking part region or the force-locking part region , characterized in that the external toothing of at least the form-locking part region or the force-locking part region has at least two tooth spaces (3.3, 3.4) of different widths formed between the teeth (3.1, 3.2), and the internal toothing of the hub comprises at least one first tooth (8.1) correlating with the first tooth space (3.3) and having a first width (B8.1), and wherein the first tooth (8.1) of the hub with the first width (B8.1) forms a sliding fit with the first tooth space (3.3) of the base shaft , and wherein at least the force-locking connection of the hub with the base shaft for axial fixation of the hub consists of a press fit formed between at least the second tooth space (3.4) of the external toothing of the base shaft having a second width (B3.4) and the first tooth (8.1) of the internal toothing of the hub having the first width (B8.1), wherein the at least two tooth spaces (3.3, 3.4) of different widths of the external toothing are formed circumferentially in an alternating sequence, and wherein the internal toothing of the hub comprises at least one second tooth (8.2) with a second width (B8.2), and wherein the second tooth (8.2) forms a sliding fit with both the first tooth space (3.3) and the second tooth space (3.4) of the base shaft , and the first teeth (8.1) and the second teeth (8.2) are formed circumferentially in an alternating sequence.
Device for rotor blade adjustment in a wind power plant , in the case of which device the adjustment of a rotatably mounted rotor blade takes place via a flexible belt drive, in the case of which a flexible belt wraps around at least one drive pulley , which is connected to a drive motor, and the root or shank of the rotor blade in each case at least partially in such a way that a torque which is required for the adjustment of the rotor blade can be transmitted from the drive motor to the shank, characterized in that the flexible belt is guided in the form of a pulley block over pulley block rollers between the wraparound region on the drive pulley and the wraparound region on the root or shank of the rotor blade , the flexible belt bearing with its one side against the drive pulley and wrapping around the latter, and bearing with its other, opposite side against the root or shank of the rotor blade and wrapping around the latter over a part region or wraparound region .
A device , comprising: one or more processors configured to: receive a first portion of network traffic of a flow; perform a first upper layer inspection of the first portion of network traffic of the flow; identify a set of parameters of the flow based on performing the first upper layer inspection of the first portion of network traffic of the flow; identify a geolocation of a source device of the flow; determine , based on the set of parameters, a sampling rate at which to perform a second upper layer inspection of a second portion of network traffic of the flow, wherein the sampling rate is further based on a trustworthiness of the geolocation of the source device, wherein the sampling rate is higher for less trustworthy geolocations compared to more trustworthy geolocations; instruct a lower layer to use the sampling rate to provide the second portion of network traffic of the flow for the second upper layer inspection; perform the second upper layer inspection of the second portion of network traffic of the flow based on receiving the second portion of network traffic of the flow from the lower layer; and perform an action with regard to the flow based on a result of performing the second upper layer inspection. receive a first portion of network traffic of a flow; perform a first upper layer inspection of the first portion of network traffic of the flow; identify a set of parameters of the flow based on performing the first upper layer inspection of the first portion of network traffic of the flow; identify a geolocation of a source device of the flow; determine , based on the set of parameters, a sampling rate at which to perform a second upper layer inspection of a second portion of network traffic of the flow, wherein the sampling rate is further based on a trustworthiness of the geolocation of the source device, wherein the sampling rate is higher for less trustworthy geolocations compared to more trustworthy geolocations; instruct a lower layer to use the sampling rate to provide the second portion of network traffic of the flow for the second upper layer inspection; perform the second upper layer inspection of the second portion of network traffic of the flow based on receiving the second portion of network traffic of the flow from the lower layer; and perform an action with regard to the flow based on a result of performing the second upper layer inspection.
A universal corner bracket for sheets of movable roofs, the sheets each comprising a frame formed by four sections and four corner brackets joining said four sections, the universal corner bracket comprising: - A supporting body with a first side and a second side forming a 90° angle, each side having an upper face that makes up the upper face of the supporting body , a lower face that makes up the lower face of the supporting body , a rear face and a front face for each side of the supporting body , and having two attachments, a first attachment extending from the first side and a second attachment extending from the second side , which are inserted into the sections that make up the sheet, - A front hole with a first horizontal axis (b), which provides access to an internal housing (16.2) in the supporting body , and which is located in the front face of the first side of the supporting body , and - A vertical hole , with a second axis (a), which is located in the upper face of the first side 131. characterized in that it comprises: - a first wheel fixed on the vertical hole by means of first retention means and which rotates with respect to the second axis (a) of said vertical hole , and - a second wheel arranged in said internal housing (16.2), and fixed by means of second retention means , and which rotates with respect to the first axis (b) of the front hole . - A supporting body with a first side and a second side forming a 90° angle, each side having an upper face that makes up the upper face of the supporting body , a lower face that makes up the lower face of the supporting body , a rear face and a front face for each side of the supporting body , and having two attachments, a first attachment extending from the first side and a second attachment extending from the second side , which are inserted into the sections that make up the sheet, - A front hole with a first horizontal axis (b), which provides access to an internal housing (16.2) in the supporting body , and which is located in the front face of the first side of the supporting body , and - A vertical hole , with a second axis (a), which is located in the upper face of the first side 131. - a first wheel fixed on the vertical hole by means of first retention means and which rotates with respect to the second axis (a) of said vertical hole , and - a second wheel arranged in said internal housing (16.2), and fixed by means of second retention means , and which rotates with respect to the first axis (b) of the front hole .
System for fastening objects , comprising a holder , and at least one fastening device , wherein the fastening device is connected or can be connected to the holder by means of a slotted guide and is configured for continuously variable, detachable fastening to the holder , wherein the slotted guide is configured in such a way that the fastening device can be adjusted relative to the holder in at least one vertical direction and at least one horizontal direction of a plane, wherein the slotted guide comprises several vertical and horizontal grooves that are disposed in a grid and have points of intersection, characterised in that the holder is panel-shaped and the grooves made from a different material are incorporated into the holder . a holder , and at least one fastening device , wherein the fastening device is connected or can be connected to the holder by means of a slotted guide and is configured for continuously variable, detachable fastening to the holder , wherein the slotted guide is configured in such a way that the fastening device can be adjusted relative to the holder in at least one vertical direction and at least one horizontal direction of a plane, wherein the slotted guide comprises several vertical and horizontal grooves that are disposed in a grid and have points of intersection, characterised in that the holder is panel-shaped and the grooves made from a different material are incorporated into the holder .
A mullion/transom facade, comprising at least - one mullion , - one transom having at least one side wall , - a surface element , as well as - a support for holding the surface element , wherein the transom is equipped with a screw channel for fixing the support , wherein the screw channel has a first screw channel wall and a second screw channel wall which form a groove between them, wherein the support is equipped with at least one projection which engages in the screw channel when the support is mounted, characterized in that the projection only bears against the second screw channel wall . - one mullion , - one transom having at least one side wall , - a surface element , as well as - a support for holding the surface element ,
Composition, characterised in that it comprises: - 40% to 54%, preferably 44% to 50%, and even more preferably 46% to 48% of a vegetable oil chosen from the group comprising olive oil, macadamia oil, sweet almond oil, linseed oil, apricot oil, argan oil, avocado oil, sea buckthorn oil, wheat germ oil, jojoba oil, shea oil, evening primrose oil, grape seed oil, hazelnut oil, sesame oil, soybean oil, sunflower oil, borage oil and mixtures thereof, preferably olive oil, - 40% to 60%, preferably 45% to 55%, and even more preferably 48% to 52% of a solution of calcium hydroxide, - 0.5% to 8%, preferably 1% to 6%, and even more preferably 1.5% to 2.5% of Cera Alba beeswax, - 0.1 to 1.2% of a vegetable wax chosen from: -- a derivative of waxes, obtained by transesterification of jojoba wax, of sunflower wax and of mimosa wax, or -- a mixture of jojoba ester, sunflower wax and mimosa wax, the percentages being by weight based on the total weight of the composition. - 40% to 54%, preferably 44% to 50%, and even more preferably 46% to 48% of a vegetable oil chosen from the group comprising olive oil, macadamia oil, sweet almond oil, linseed oil, apricot oil, argan oil, avocado oil, sea buckthorn oil, wheat germ oil, jojoba oil, shea oil, evening primrose oil, grape seed oil, hazelnut oil, sesame oil, soybean oil, sunflower oil, borage oil and mixtures thereof, preferably olive oil, - 40% to 60%, preferably 45% to 55%, and even more preferably 48% to 52% of a solution of calcium hydroxide, - 0.5% to 8%, preferably 1% to 6%, and even more preferably 1.5% to 2.5% of Cera Alba beeswax, - 0.1 to 1.2% of a vegetable wax chosen from: -- a derivative of waxes, obtained by transesterification of jojoba wax, of sunflower wax and of mimosa wax, or -- a mixture of jojoba ester, sunflower wax and mimosa wax, -- a derivative of waxes, obtained by transesterification of jojoba wax, of sunflower wax and of mimosa wax, or -- a mixture of jojoba ester, sunflower wax and mimosa wax,
A coated article including a coating supported by a glass substrate, the coating comprising: - a first infrared (IR) reflecting layer comprising ITO on the glass substrate; - a first dielectric layer comprising silicon nitride on the glass substrate over at least the first IR reflecting layer comprising ITO; - a second layer IR reflecting layer comprising a nitride of titanium on the glass substrate over at least the first dielectric layer comprising silicon nitride, so that the first dielectric layer comprising silicon nitride is located between at least the first IR reflecting layer comprising ITO and the second IR reflecting layer comprising the nitride of titanium; - a second dielectric layer comprising silicon nitride on the glass substrate over at least the second IR reflecting layer comprising the nitride of titanium; wherein the coating contains no IR reflecting layer based on silver; wherein the first IR reflecting layer comprising ITO is from a 250-450 Å thick; and wherein the coating has a normal emittance (E n) value of no greater than 0.30; and wherein the coated article measured monolithically has: a visible transmission from 15-80%, a film side visible reflectance no greater than 10%, a glass side visible reflectance no greater than 30%, a glass side reflective a* value of from - 100 to +1.6, and a light-to-solar gain ratio (LSG) of at least 1.10. - a first infrared (IR) reflecting layer comprising ITO on the glass substrate; - a first dielectric layer comprising silicon nitride on the glass substrate over at least the first IR reflecting layer comprising ITO; - a second layer IR reflecting layer comprising a nitride of titanium on the glass substrate over at least the first dielectric layer comprising silicon nitride, so that the first dielectric layer comprising silicon nitride is located between at least the first IR reflecting layer comprising ITO and the second IR reflecting layer comprising the nitride of titanium; - a second dielectric layer comprising silicon nitride on the glass substrate over at least the second IR reflecting layer comprising the nitride of titanium; wherein the coating contains no IR reflecting layer based on silver; wherein the first IR reflecting layer comprising ITO is from a 250-450 Å thick; and wherein the coating has a normal emittance (E n) value of no greater than 0.30; and wherein the coated article measured monolithically has: a visible transmission from 15-80%, a film side visible reflectance no greater than 10%, a glass side visible reflectance no greater than 30%, a glass side reflective a* value of from - 100 to +1.6, and a light-to-solar gain ratio (LSG) of at least 1.10.