mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a semiconductor switch device, the method comprising: providing a semiconductor substrate having: a major surface ; and a first semiconductor region having a first conductivity type located adjacent the major surface and on an underlying part of the substrate having a second conductivity type different to the first conductivity type; depositing a gate dielectric on the major surface of the substrate; implanting ions into the first semiconductor region through an opening in a mask positioned over the first semiconductor region, thereby to form a well region located in the first semiconductor region, the well region having the second conductivity type and extending completely through the first semiconductor region into the underlying part of the substrate; after forming the well region, depositing and patterning a gate electrode material on the gate dielectric to form a gate electrode located directly above the well region; after forming the gate electrode, forming spacers on opposed sidewalls of the gate electrode prior to implanting ions into the first semiconductor region to form a source region and a drain region; and implanting said ions into the first semiconductor region to form said source region and said drain region of the semiconductor switch device on either side of the gate electrode, wherein the source region and the drain region have the first conductivity type. providing a semiconductor substrate having: a major surface ; and a first semiconductor region having a first conductivity type located adjacent the major surface and on an underlying part of the substrate having a second conductivity type different to the first conductivity type; a major surface ; and a first semiconductor region having a first conductivity type located adjacent the major surface and on an underlying part of the substrate having a second conductivity type different to the first conductivity type; depositing a gate dielectric on the major surface of the substrate; implanting ions into the first semiconductor region through an opening in a mask positioned over the first semiconductor region, thereby to form a well region located in the first semiconductor region, the well region having the second conductivity type and extending completely through the first semiconductor region into the underlying part of the substrate; after forming the well region, depositing and patterning a gate electrode material on the gate dielectric to form a gate electrode located directly above the well region; after forming the gate electrode, forming spacers on opposed sidewalls of the gate electrode prior to implanting ions into the first semiconductor region to form a source region and a drain region; and implanting said ions into the first semiconductor region to form said source region and said drain region of the semiconductor switch device on either side of the gate electrode, wherein the source region and the drain region have the first conductivity type.
A self-maintenance system of a hydraulic assistance device of a vehicle, said device comprising a hydraulic machine , said hydraulic machine comprising: • a fluid inlet , • a fluid outlet , and • elements movable under the action of a hydraulic fluid circulating within the hydraulic machine , said hydraulic machine being configured to: • convert a pressure difference between the fluid inlet and the fluid outlet into a drive torque, and reciprocally, such as to provide the hydraulic assistance, the conversion being implemented by the movement of movable elements, and • be alternatively: ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance, the operating and the disabling being provided by the movement of starting movable elements , and the engagement and disengagement of the assistance being controllable on command, the system comprising a controlling module configured to command the operating of the hydraulic machine during a determined time period, then command the disabling of the hydraulic machine at the end of said time period such as to ensure the flushing of all or part of the hydraulic machine , said operating and disabling commands being independent of a command of engagement and disengagement of the assistance. • a fluid inlet , • a fluid outlet , and • elements movable under the action of a hydraulic fluid circulating within the hydraulic machine , • convert a pressure difference between the fluid inlet and the fluid outlet into a drive torque, and reciprocally, such as to provide the hydraulic assistance, the conversion being implemented by the movement of movable elements, and • be alternatively: ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance, ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance,
Steering shaft for a motor vehicle, which steering shaft comprises an outer shaft which is configured as a hollow shaft and in which an inner shaft is arranged coaxially which can be telescoped relative to the outer shaft in the direction of the longitudinal axis (L) of the steering shaft and is connected in a torque-transmitting manner to the outer shaft via at least one rolling body , it being possible for the rolling body to roll in the direction of the longitudinal axis (L), and said rolling body bearing in a positively locking manner in the circumferential direction with regard to a rotation about the longitudinal axis (L) between rolling body raceways on the inner shaft and on the outer shaft , the steering shaft comprising, furthermore, a securing element which has at least one supporting body which is arranged between supporting faces which are configured on the inner shaft and on the outer shaft , which at least one supporting body can be supported in a positively locking manner in the circumferential direction, characterized in that the supporting body is at a spacing (a) in the circumferential direction from the supporting faces .
Apparatus of providing a security service for a data center, comprising means for performing: receiving a packet terminating at or originating from the data center, wherein the packet comprises data to be stored or having been stored in the data center; determining labels for the packet, each label indicating a security requirement for the packet; determining a first label for the packet, the first label indicating a security requirement for transmission of the packet in the security service chain; determining at least one of the following for the packet: - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; selecting, based on the determined labels, a security service chain for the packet, the security service chain comprising an ordered set of security functions that are deployed in the data center and to be applied to the packet; and transmitting the packet to the selected security service chain in association with the determined labels, the packet being processed by the ordered set of security functions in the security service chain. receiving a packet terminating at or originating from the data center, wherein the packet comprises data to be stored or having been stored in the data center; determining labels for the packet, each label indicating a security requirement for the packet; determining a first label for the packet, the first label indicating a security requirement for transmission of the packet in the security service chain; determining at least one of the following for the packet: - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; selecting, based on the determined labels, a security service chain for the packet, the security service chain comprising an ordered set of security functions that are deployed in the data center and to be applied to the packet; and transmitting the packet to the selected security service chain in association with the determined labels, the packet being processed by the ordered set of security functions in the security service chain.
Modeling system for software testing of a system under test, SUT, the modeling system comprising: a test model creator , the test model creator being adapted for providing a test model based on an integrated modeling environment and considering a domain specific profile , wherein the domain specific profile pertains to one or more domains of the SUT; a test scenario generator , the test scenario generator being adapted for providing a plurality of test scenarios based on the test model ; wherein the test scenarios are Behaviour-Driven Testing, BDT, test scenarios for the SUT; a scenario translator , the scenario translator being adapted for translating the test scenarios , into domain-specific language; wherein translating the test scenarios is based on the domain specific profile . a test model creator , the test model creator being adapted for providing a test model based on an integrated modeling environment and considering a domain specific profile , wherein the domain specific profile pertains to one or more domains of the SUT; a test scenario generator , the test scenario generator being adapted for providing a plurality of test scenarios based on the test model ; wherein the test scenarios are Behaviour-Driven Testing, BDT, test scenarios for the SUT; a scenario translator , the scenario translator being adapted for translating the test scenarios , into domain-specific language; wherein translating the test scenarios is based on the domain specific profile .
A work space , in particular a clean room, measuring room, processing room or the like, having a modular steel construction system for the work space, the work space being formed by a bottom , walls and a ceiling , the steel construction system comprising support profiles which differ from each other and connective elements which differ from each other and serve for the force-fit and/or form-fitted connection of the support profiles serving to form a work space , a structure of the work space being formed of a support structure with the support profiles and the connective elements, the support profiles having a vertical leg and two parallel, horizontal legs in relation to an even base of the work space with respect to a cross section, the vertical leg connecting the horizontal legs to each other, a horizontal beam being disposed on one of the horizontal legs, the horizontal beam extending orthogonal to the vertical leg section and forming a bearing edge , the bearing edge serving to dispose a ceiling element or an installation component of the ventilation and air-conditioning installation of the work space, and a support profile forming an edge support of the steel construction system, the edge support having a box-shaped profile section on the vertical leg with respect to the cross section, characterized in that the work space comprises a ventilation and air-conditioning installation and preferably a control device; in that an air exchange rate in the work space and a pressure difference between the work space and an environment is established by means of the ventilation and air-conditioning installation; in that the ventilation and air-conditioning installation is controlled and/or regulated preferably by means of the control device; and in that the horizontal legs have vertical leg sections, which extend towards the corresponding opposite leg section in relation to each other and are flush with each other. the work space comprises a ventilation and air-conditioning installation and preferably a control device; in that an air exchange rate in the work space and a pressure difference between the work space and an environment is established by means of the ventilation and air-conditioning installation; in that the ventilation and air-conditioning installation is controlled and/or regulated preferably by means of the control device; and in that the horizontal legs have vertical leg sections, which extend towards the corresponding opposite leg section in relation to each other and are flush with each other.
A tractor comprising a hood : the hood comprising: a front grill ; a high-beam light unit a low-beam light unit an upper cover , a center pillar , wherein the center pillar is disposed in a center portion in a front view, wherein a center front part of the upper cover is attached to an upper part of the center pillar so that the upper cover is supported by the center pillar , and wherein the front grill is attached to the center pillar characterized in that the high-beam light unit is fixed to a reverse side surface of the front grill in that the low-beam light unit is fixed to the reverse side surface of the front grill and in that the low-beam light unit is also fixed to the rear surface of the high-beam light unit . the hood comprising: a front grill ; a high-beam light unit a low-beam light unit an upper cover , a center pillar , a front grill ; a high-beam light unit a low-beam light unit an upper cover , a center pillar , wherein the center pillar is disposed in a center portion in a front view, wherein a center front part of the upper cover is attached to an upper part of the center pillar so that the upper cover is supported by the center pillar , and wherein the front grill is attached to the center pillar characterized in that the high-beam light unit is fixed to a reverse side surface of the front grill in that the low-beam light unit is fixed to the reverse side surface of the front grill and in that the low-beam light unit is also fixed to the rear surface of the high-beam light unit .
An illuminated medical device comprising: a non-fiber optic optical waveguide having a first index of refraction, wherein the non-fiber optic optical waveguide extends from a proximal end to a distal end; an optical cladding disposed on at least a portion of the non-fiber optic optical waveguide , the optical cladding having a second index of refraction lower than the first to preserve total internal reflection of light passing through the non-fiber optic optical waveguide ; and a medical or surgical instrument coupled to the waveguide , wherein the medical or surgical instrument is coupled to the waveguide such that an air gap is maintained between the medical or surgical instrument and the non-fiber optic optical waveguide , wherein the air gap facilitates total internal reflection of light passing through the non-fiber optic optical waveguide ; characterized in that the non-fiber optic optical waveguide has a cross-section that includes a C-shaped region at the distal end. a non-fiber optic optical waveguide having a first index of refraction, wherein the non-fiber optic optical waveguide extends from a proximal end to a distal end; an optical cladding disposed on at least a portion of the non-fiber optic optical waveguide , the optical cladding having a second index of refraction lower than the first to preserve total internal reflection of light passing through the non-fiber optic optical waveguide ; and a medical or surgical instrument coupled to the waveguide , wherein the medical or surgical instrument is coupled to the waveguide such that an air gap is maintained between the medical or surgical instrument and the non-fiber optic optical waveguide , wherein the air gap facilitates total internal reflection of light passing through the non-fiber optic optical waveguide ; characterized in that the non-fiber optic optical waveguide has a cross-section that includes a C-shaped region at the distal end.
An absorbent article having a longitudinal direction, a transverse direction and a thickness direction, and comprising a fluid permeable topsheet , a fluid impermeable backsheet and an absorbent core enclosed between the topsheet and the backsheet having, in the longitudinal direction, a front section , a rear section and a crotch section between the front section and the rear section , the absorbent core having two longitudinally extending side regions and a longitudinally extending central region between said side regions , the central region and the side regions being spaced apart in the transversal direction by longitudinally extending channel regions , characterized in that the width (w) of the central region in the transversal direction is less than the width (w s ) of each of the side regions in the transversal direction, at least in the front section and the rear section , and that the channel regions are of less basis weight than the side regions and the central region , wherein the ratio between the basis weight of the channel regions and the basis weight of the side regions and the central region of the absorbent core is between 1:3 and 2:3, and wherein the channel regions having the light basis weight are of generally the same thickness as the side regions and the central region of the core.
Active aerodynamic system for vehicles, characterised in that it comprises : - a moulded plastic structure comprising an upper part and a lower part , the structure being arranged to receive movable elements (31; 41), - at least a first set of movable elements and a second set of movable elements each comprising at least one movable element (31; 41), - an actuator off-centre with respect to the structure and able to set in motion at least one of the movable elements of the first series of movable elements , - a force transmission member connected to the first series of movable elements and to the second series of movable elements , said force transmission member being capable of transmitting forces from one series of movable elements (3; 4) to the other, the force transmission member materializing a plane P, and in that the force transmission member is connected to the upper part and to the lower part of the structure by pivot linkages allowing only translational displacements of the force transmission member in a plane parallel to the plane P, and in that the force transmission member is capable of distributing the forces within the system , the force transmission member being connected to the upper part and to the lower part of the structure by roads forming pivot linkages between the force transmission member and the structure . - a moulded plastic structure comprising an upper part and a lower part , the structure being arranged to receive movable elements (31; 41), - at least a first set of movable elements and a second set of movable elements each comprising at least one movable element (31; 41), - an actuator off-centre with respect to the structure and able to set in motion at least one of the movable elements of the first series of movable elements , - a force transmission member connected to the first series of movable elements and to the second series of movable elements , said force transmission member being capable of transmitting forces from one series of movable elements (3; 4) to the other, the force transmission member materializing a plane P,
A video decoding apparatus comprising: an acquisition module configured to acquire available blocks having motion vectors from decoded blocks adjacent to a to-be-decoded block and the number of the available blocks; a selection information decoding module configured to select a code table from a plurality of code tables depending on the number of the available blocks, and to decode selection information specifying one available block from the available blocks using the selected code table, the selected code table including the same number of indexes as the number of the available blocks and code words corresponding to the indexes; a selection module configured to select one available block from the available blocks according to the selection information; and an image decoding module to decode the to-be-decoded block by using a motion vector of the selected block. an acquisition module configured to acquire available blocks having motion vectors from decoded blocks adjacent to a to-be-decoded block and the number of the available blocks; a selection information decoding module configured to select a code table from a plurality of code tables depending on the number of the available blocks, and to decode selection information specifying one available block from the available blocks using the selected code table, the selected code table including the same number of indexes as the number of the available blocks and code words corresponding to the indexes; a selection module configured to select one available block from the available blocks according to the selection information; and an image decoding module to decode the to-be-decoded block by using a motion vector of the selected block.
Method for regulating a rolling train, particularly a hot-rolling train , in which a metal rolling material, preferably in the form of slabs or ingots, is reshaped in one or more rolling passes in units of the rolling train with reduction in thickness and/or width to form a finished metal strip as end product, wherein the method comprises as method step a) measurement and detection of an actual geometry of the rolling material at at least one measuring point at least ahead of and/or after a reshaping step in a unit of the rolling train, characterised in that the method further comprises regulation of individual units of the rolling train by means of a superordinate automated process system with use of the following method steps: b) calculation of start values of at least some work variables of the rolling process on the basis of predetermined requirements of the geometry of the end product as target geometry and with consideration of the measured actual geometry of the rolling material, c) calculation of a geometry, which is to be expected on the basis of the work variables calculated in advance, of the rolling material with the use of a computer-supported process model which models the flow behaviour of the rolling material under a given and/or assumed deforming action, d) comparison of the geometry, which is determined on model basis and expected, of the rolling material with the target geometry of the rolling material, e) deriving adapted work variables for at least one reshaping process if the difference of the geometry, which is determined on model basis and expected, from the target geometry lies outside a given error tolerance, f) repetition of steps b) to e) until the differences between the target geometry and the expected geometry lie within the given error tolerance and g) regulation of at least one unit of the rolling train with use of the derived work variables. b) calculation of start values of at least some work variables of the rolling process on the basis of predetermined requirements of the geometry of the end product as target geometry and with consideration of the measured actual geometry of the rolling material, c) calculation of a geometry, which is to be expected on the basis of the work variables calculated in advance, of the rolling material with the use of a computer-supported process model which models the flow behaviour of the rolling material under a given and/or assumed deforming action, d) comparison of the geometry, which is determined on model basis and expected, of the rolling material with the target geometry of the rolling material, e) deriving adapted work variables for at least one reshaping process if the difference of the geometry, which is determined on model basis and expected, from the target geometry lies outside a given error tolerance, f) repetition of steps b) to e) until the differences between the target geometry and the expected geometry lie within the given error tolerance and g) regulation of at least one unit of the rolling train with use of the derived work variables.