mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating program analysis data for analysing the operation of a computer program to debug the computer program or to analyse the security of the computer program, the method comprising: running a first instrumented version of machine code representing the program, wherein said running defines a reference execution of said program; capturing a log of non-deterministic events during said reference execution such that the machine code can be replayed in a deterministic manner to reproduce states of a processor and memory during the replaying; generating a second instrumented version of said machine code representing the program, the second instrumented version comprising instrumented machine code to replay execution of said machine code representing the program and to capture and store program state information during said replayed execution, wherein said program state information comprises one or both of one or more values of registers of said processor and one or more values of memory locations used by said program; running said instrumented machine code of the second instrumented version whilst reproducing said non-deterministic events during said running to reproduce said reference execution; capturing said program state information whilst reproducing said reference execution; and generating said program analysis data based upon the captured program state information for debugging the computer program or analysing the security of the computer program. running a first instrumented version of machine code representing the program, wherein said running defines a reference execution of said program; capturing a log of non-deterministic events during said reference execution such that the machine code can be replayed in a deterministic manner to reproduce states of a processor and memory during the replaying; generating a second instrumented version of said machine code representing the program, the second instrumented version comprising instrumented machine code to replay execution of said machine code representing the program and to capture and store program state information during said replayed execution, wherein said program state information comprises one or both of one or more values of registers of said processor and one or more values of memory locations used by said program; running said instrumented machine code of the second instrumented version whilst reproducing said non-deterministic events during said running to reproduce said reference execution; capturing said program state information whilst reproducing said reference execution; and generating said program analysis data based upon the captured program state information for debugging the computer program or analysing the security of the computer program.
Computer-assisted platform for representing a rail infrastructure, having - a first program module (PM1) for capturing data describing the rail infrastructure, - a storage facility (SE) for the data describing the rail infrastructure, - a second program module (PM2) for outputting the data describing the rail infrastructure, characterised in that - the first program module (PM1) is embodied to process 2D data as data describing the rail infrastructure, wherein the data is related to the track layout of railway lines in the rail infrastructure, - a third program module (PM3) for capturing data describing the rail infrastructure is embodied to process 3D data as data describing the rail infrastructure, wherein the data describes the track layout of railway lines including their surroundings in a three-dimensional space, - a fourth program module (PM4) is embodied to transform the 2D data into 3D data and a fifth program module (PM5) is embodied to transform the 3D data into 2D data, - the second program module (PM2) is embodied to output both the 2D data made available by the first program module (PM1) and also the 2D data made available by the fifth program module (PM5) and both the 3D data made available by the third program module (PM3) and also the 3D data made available by the fourth program module (PM4) . - a first program module (PM1) for capturing data describing the rail infrastructure, - a storage facility (SE) for the data describing the rail infrastructure, - a second program module (PM2) for outputting the data describing the rail infrastructure, - the first program module (PM1) is embodied to process 2D data as data describing the rail infrastructure, wherein the data is related to the track layout of railway lines in the rail infrastructure, - a third program module (PM3) for capturing data describing the rail infrastructure is embodied to process 3D data as data describing the rail infrastructure, wherein the data describes the track layout of railway lines including their surroundings in a three-dimensional space, - a fourth program module (PM4) is embodied to transform the 2D data into 3D data and a fifth program module (PM5) is embodied to transform the 3D data into 2D data, - the second program module (PM2) is embodied to output both the 2D data made available by the first program module (PM1) and also the 2D data made available by the fifth program module (PM5) and both the 3D data made available by the third program module (PM3) and also the 3D data made available by the fourth program module (PM4) .
Parking brake assembly for an electronically controllable pneumatic brake system for a vehicle , in particular a commercial vehicle , comprising a parking brake unit , which has a supply connection for receiving a supply pressure (pV), a braking request connection for receiving a parking brake request (pPBV, SP), and a parking brake pressure connection for providing a parking brake pressure (pF), and an ABS valve assembly which has a first ABS valve unit for a first channel and a second ABS valve unit for a second channel , the first ABS valve unit receiving the parking brake pressure (pF) and providing a first brake pressure (pB1) for at least one first spring brake actuator at the first channel , the first ABS valve unit being designed to ventilate the first channel , at least incrementally, on the basis of a received first ABS signal (S1), and the second ABS valve unit receiving the parking brake pressure (pF) and providing a second brake pressure (pB2) for at least one second spring brake actuator at the second channel , the second ABS valve unit being designed to ventilate the second channel , at least incrementally, on the basis of a received second ABS signal (S2), characterized in that the first ABS valve unit has a first ABS pilot control unit for adjusting a first and a second control pressure (p1, p2) and a first ABS main valve unit , and the second ABS valve unit has a second ABS pilot control unit for adjusting a third and a fourth control pressure (p3, p4) and a second ABS main valve unit .
Automobile body shell comprising: a. an underbody component being made of fibre-reinforced plastic material, and b. at least one rocker panel interconnected to the underbody component at an outer side thereof, extending in longitudinal direction (x) of the underbody component , wherein c. the at least one rocker panel is in a transversal direction (y) designed in a more deformable manner compared to the underbody component , such that impact energy occurring in the lateral direction (y) is absorbed by deformation of the rocker panel , d. the underbody component is at least partially made from fibre-reinforced plastic material by an RTM procedure and has first connection faces , e. the rocker panels are at least partially made from a metallic material having second connection faces , and f. the second connection facces of the rocker panels are adhesively bonded to the first connection faces of the underbody component by a layer of an adhesive material . a. an underbody component being made of fibre-reinforced plastic material, and b. at least one rocker panel interconnected to the underbody component at an outer side thereof, extending in longitudinal direction (x) of the underbody component , wherein c. the at least one rocker panel is in a transversal direction (y) designed in a more deformable manner compared to the underbody component , such that impact energy occurring in the lateral direction (y) is absorbed by deformation of the rocker panel , d. the underbody component is at least partially made from fibre-reinforced plastic material by an RTM procedure and has first connection faces , e. the rocker panels are at least partially made from a metallic material having second connection faces , and f. the second connection facces of the rocker panels are adhesively bonded to the first connection faces of the underbody component by a layer of an adhesive material .
A method for preparing metal difluoroborates of the general formula wherein M + is a monovalent cation selected from the group lithium, sodium, potassium, or ammonium NR 4 + , wherein R = H, alkyl (C1 to C8), and L is a chelating agent having two terminal oxygen atoms with the general formula wherein: when m = 1 and Y 1 and Y 2 together with C 1 stand for a carbonyl group, n = 0 or 1 and o = 0 or 1, and R 1 and R 2 are each independently H or alkyl with one to eight carbon atoms (C1-C8), and Y 3 , Y 4 are each independently OR 3 (R 3 = C1-C8 alkyl), then when n or o ≠ 1: p = 0 or 1, and when n and o = 0, p = 1; or Y 1 , Y 2 , Y 3 , Y 4 are each independently OR 3 (R 3 = C1-C8 alkyl), m = 1, n = 0 or 1, o = 1, and p = 0; or C 2 and C 3 are members of a 5- or 6-membered aromatic or heteroaromatic ring (with N, O, or S as heteroelement) which may optionally be substituted with alkyl, alkoxy, carboxy, or nitrile, wherein R 1 , R 2 , Y 3 , and Y 4 are absent, m = 0, or in the case of 1, Y 1 and Y 2 together with C 1 stand for a carbonyl group, and p is 0 or 1, by reaction of a metal bis(chelato)borate of the formula M[BL 2 ] with boron trifluoride and a metal fluoride (MF) and/or a metal salt of the chelate ligand (M 2 L) in an organic, aprotic solvent. when m = 1 and Y 1 and Y 2 together with C 1 stand for a carbonyl group, n = 0 or 1 and o = 0 or 1, and R 1 and R 2 are each independently H or alkyl with one to eight carbon atoms (C1-C8), and Y 3 , Y 4 are each independently OR 3 (R 3 = C1-C8 alkyl), then when n or o ≠ 1: p = 0 or 1, and when n and o = 0, p = 1; or Y 1 , Y 2 , Y 3 , Y 4 are each independently OR 3 (R 3 = C1-C8 alkyl), m = 1, n = 0 or 1, o = 1, and p = 0; or C 2 and C 3 are members of a 5- or 6-membered aromatic or heteroaromatic ring (with N, O, or S as heteroelement) which may optionally be substituted with alkyl, alkoxy, carboxy, or nitrile, wherein R 1 , R 2 , Y 3 , and Y 4 are absent, m = 0, or in the case of 1, Y 1 and Y 2 together with C 1 stand for a carbonyl group, and p is 0 or 1, by reaction of a metal bis(chelato)borate of the formula M[BL 2 ] with boron trifluoride and a metal fluoride (MF) and/or a metal salt of the chelate ligand (M 2 L) in an organic, aprotic solvent.
A system comprising: a control lever for controlling operation of a device ; a first actuator coupled to the control lever via a rod ; and a resettable frangible link coupling a second actuator to the control lever via the rod , wherein the resettable frangible link enables separation of coupling of the second actuator from the control lever based on an applied force to the rod by the first actuator . a control lever for controlling operation of a device ; a first actuator coupled to the control lever via a rod ; and a resettable frangible link coupling a second actuator to the control lever via the rod , wherein the resettable frangible link enables separation of coupling of the second actuator from the control lever based on an applied force to the rod by the first actuator .
A method comprising: identifying a request from a user device to access data on a storage server; determining, by a router, a sensitivity level of response data for a response to the request; determining, by the router, security context of the response, wherein the security context comprises a security level of the user device that is to receive the response, a security level of network elements that are associated with the response, and a security level of the destination network that is associated with the response; determining, by the router, a routing action to perform for the response by applying a policy to the sensitivity level of the response data and the security context of the response; and executing, by the router, the routing action for the response, wherein executing the routing action comprises selecting, based on the sensitivity level of the response data and the security context of the response, one or more router paths for sending the response to the user device if the user device is not blocked from accessing the response data, wherein, when the sensitivity level of the response data requires a secure router path, the selected one or more router paths include a secure router that is in closest proximity to the user device; and sending the response data to the user device using one or more routers in the one or more router paths. identifying a request from a user device to access data on a storage server; determining, by a router, a sensitivity level of response data for a response to the request; determining, by the router, security context of the response, wherein the security context comprises a security level of the user device that is to receive the response, a security level of network elements that are associated with the response, and a security level of the destination network that is associated with the response; determining, by the router, a routing action to perform for the response by applying a policy to the sensitivity level of the response data and the security context of the response; and executing, by the router, the routing action for the response, wherein executing the routing action comprises selecting, based on the sensitivity level of the response data and the security context of the response, one or more router paths for sending the response to the user device if the user device is not blocked from accessing the response data, wherein, when the sensitivity level of the response data requires a secure router path, the selected one or more router paths include a secure router that is in closest proximity to the user device; and sending the response data to the user device using one or more routers in the one or more router paths.
A tempered glass plate made of glass with a single matrix composition and having a first main surface and a second main surface opposed to each other, characterized in that the tempered glass plate has a compressive stress layer at its surface, wherein in the distribution of stress remaining in a cross section passing through the center of the first main surface and being perpendicular to the first main surface, the depth from the first main surface where the compressive stress component in a direction parallel to the first main surface becomes zero, is at least 22% of the plate thickness of the tempered glass plate , wherein the tempered glass plate has a compressive stress layer formed by ion exchange at least at the first main surface.
Electrical appliance for connection to a high-voltage grid, having - a housing which can be filled with insulating liquid and in which there is arranged a core with at least one winding, and - a cooling module , which is connected to the housing via attachment lines , for cooling the insulating liquid, characterized in that the cooling module is fastened to the housing by way of a hook-type connection . - a housing which can be filled with insulating liquid and in which there is arranged a core with at least one winding, and - a cooling module , which is connected to the housing via attachment lines , for cooling the insulating liquid,
Implantable medical device for stimulating a human or animal heart, comprising a control unit, a memory unit, a stimulation unit for stimulating a cardiac region of a human or animal heart, and a detection unit for detecting an electrical signal of the same heart, characterized in that the memory unit comprises a computer-readable program that causes the control unit to perform the following steps when executed on the control unit: a) detecting , with the detection unit, capture thresholds during an observation period, each capture threshold being detected in response to a sequence of pacing pulses delivered by the stimulation unit; b) storing the detected capture thresholds in the memory unit; c) determining threshold-to-threshold differences between two consecutive capture thresholds in each case; and d) if a maximum determined threshold-to-threshold difference within the observation period is equal to or greater than a predetermined limit, adjusting (140; 170) a pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a first time period, the first time period being equal to or shorter than the observation period; or if the maximum determined threshold-to-threshold difference within the observation period is smaller than the predetermined limit, adjusting (150; 170) the pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a second time period, the second time period being shorter than the first time period. a) detecting , with the detection unit, capture thresholds during an observation period, each capture threshold being detected in response to a sequence of pacing pulses delivered by the stimulation unit; b) storing the detected capture thresholds in the memory unit; c) determining threshold-to-threshold differences between two consecutive capture thresholds in each case; and d) if a maximum determined threshold-to-threshold difference within the observation period is equal to or greater than a predetermined limit, adjusting (140; 170) a pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a first time period, the first time period being equal to or shorter than the observation period; or if the maximum determined threshold-to-threshold difference within the observation period is smaller than the predetermined limit, adjusting (150; 170) the pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a second time period, the second time period being shorter than the first time period.
Drip irrigation tube with dosing elements inserted therein, which dosing elements are connected to the walling of the drip irrigation tube , which dosing elements each comprise inlet regions , through which the water passes from the tube into the dosing elements , dosing regions , in which a pressure reduction of the through-flowing water takes place, and outlet regions , through which the water issues out of the drip irrigation tube via outlet openings made in the tube walling , characterized in that the outlet openings are in the form of a slit , the edge regions of which, during the irrigation procedure, are outwardly raised and form an opening, and, when the irrigation procedure is ended or interrupted, are supported by supporting means in such a manner as to limit bending of the edge regions of the slit towards the dosing elements and the slit-shaped outlet openings remain closed.
A hydraulic roll stabilisation system of a two-track vehicle, comprising a divided anti-roll bar on at least one axle, the stabiliser halves of which can be twisted in relation to each other by means of a hydraulic rotary actuator in that a hydraulic medium conveyed by a pump is introduced in a targeted manner through hydraulic lines (5, 10F, 10R, 12-1, 12-1) having a plurality of valves that can be controlled by an electronic control unit into two working chambers (F1, F2, R1, R2) of the rotary actuator that act against each other, characterised in that the pump is driven by electric motor and thus the delivery rate of the pump can be controlled, and in that, in each hydraulic line (12-1, 12-2) leading to one of the two working chambers (F1, F2, R1, R2) of the rotary actuator, a switch valve associated with said working chamber is provided, which switch valves are opened or closed in a targeted manner by the electronic control unit under consideration of the driving state of the vehicle and the value of the hydraulic differential pressure between the two working chambers.
Method for storing and/or transporting GaCl 3 involving the step of adding an aluminium compound of the formula R 3-x AlCl x , wherein R is a linear or branched alkyl group with 1-8 carbon atoms and x is 0 or 1, to said GaCl 3 in an Al/Ga molar ratio of at least 0.2, thereby forming a liquid formulation, followed by introducing said liquid formulation in a container.
A process for the manufacture of quark or sour cream, comprising subjecting a milk base of at least 10,000 liter milk to mesophilic fermentation at a temperature in the range of 25°C - 35°C with a starter comprising a mesophilic culture and a weakly post-acidifying thermophilic culture until a desired pH value in the range of 4.0 and 5.0 is reached, wherein the weakly post-acidifying thermophilic culture consists of Streptococcus thermophilus strain CBS140557, Streptococcus thermophilus strain CBS140559 or Streptococcus thermophilus strain CBS140561.
A healing abutment (P) configured to be mounted in an implant prior to placing a prosthetic tooth, the healing abutment (P) comprising a foot and a head which are aligned along an axis Z and connected by a clamping screw extending along the axis Z, the foot comprising a lower foot part configured to cooperate with the implant and an upper foot part , the head comprising a lower head part configured to cooperate with the upper foot part , so as to mount the head onto the foot , and an upper head part having a determined shape, said healing abutment (P) comprising at least one reference member defining an oriented reference frame (X, Y, Z) in at least two dimensions and configured to cooperate with the foot in order to define a plurality of elemental positions of the oriented reference frame (X, Y, Z) with respect to said foot along the axis Z, said reference member being movably mounted as an insert on the upper head part in order to allow the selection of at least one optimal elemental position among the plurality of elemental positions according to the determined shape of said upper head part .
Manifold configured to ensure the interface between an air cooler of a turbocharged motor vehicle engine and a box for routing supercharging air from this engine placed at the inlet or at the outlet of this air cooler , said manifold comprising at least one reinforcing strap placed in the flow of air circulating between the air cooler and the air routing box , characterized in that , in section along a plane substantially at right angles to the direction in which it extends, at least one reinforcing strap has a convex profile of which the apex of the curvature extends in the same direction as that of the flow of air in which the manifold is placed, in the opposite direction to the direction (F) in which this flow of air circulates between the air cooler and the air routing box .