mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, at a server , a first request for an analysis of a first communication operation from a terminal during a terminal session; determining, by the server , a first level of trust, wherein the first level of trust is indicative of a first level of security associated with the first communication operation if the first communication operation is permitted by a user to be completed; and sending, from the server to the terminal , first trust information that is indicative of the first level of trust. receiving, at a server , a first request for an analysis of a first communication operation from a terminal during a terminal session; determining, by the server , a first level of trust, wherein the first level of trust is indicative of a first level of security associated with the first communication operation if the first communication operation is permitted by a user to be completed; and sending, from the server to the terminal , first trust information that is indicative of the first level of trust.
An extremities immobilization device comprising: an elongated main body comprising a plurality of panels with a hinged panel connection between a first of said plurality of panels and an adjacent panel, wherein: each of said plurality of panels comprises a plurality of segments with a hinged segment connection between a first of said plurality of segments and an adjacent segment; a panel connection angle is defined by a geometric angle between said first panel and said adjacent panel; and a segment connection angle is defined by a geometric angle between said first segment and said adjacent segment, the immobilization device characterized in that : said main body includes a pinch point, said pinch point being defined by opposed angle segments of adjacent segments of adjacent panels, the pinch point being configured to establish and maintain the panel connection angle at a predetermined angle when the opposed angle segments are folder over one another. each of said plurality of panels comprises a plurality of segments with a hinged segment connection between a first of said plurality of segments and an adjacent segment; a panel connection angle is defined by a geometric angle between said first panel and said adjacent panel; and a segment connection angle is defined by a geometric angle between said first segment and said adjacent segment, the immobilization device characterized in that : said main body includes a pinch point, said pinch point being defined by opposed angle segments of adjacent segments of adjacent panels, the pinch point being configured to establish and maintain the panel connection angle at a predetermined angle when the opposed angle segments are folder over one another.
A device for rolling strips of material, where - said device comprises multiple conveyor belt systems ; - each of said conveyor belt systems comprises one or more endless belts supported on parallel rollers for longitudinal movement in response to rotation of said rollers ; and - said conveyor belt systems are configured to define a winding space for rolling said strips of material about a rotation axis parallel with the rotation axis of said rollers , characterised in that - said device comprises a positioning system configured to move at least one of said conveyor belt systems following a translation, such that said winding space is altered in accordance with the changing diameter of rolled material . - said device comprises multiple conveyor belt systems ; - each of said conveyor belt systems comprises one or more endless belts supported on parallel rollers for longitudinal movement in response to rotation of said rollers ; and - said conveyor belt systems are configured to define a winding space for rolling said strips of material about a rotation axis parallel with the rotation axis of said rollers , - said device comprises a positioning system configured to move at least one of said conveyor belt systems following a translation, such that said winding space is altered in accordance with the changing diameter of rolled material .
A spacer for holding substantially rectangular panel-shaped pipette tip carriers , which are stacked one over the other, spaced apart, wherein the spacer comprises a peripheral lateral wall which forms a substantially rectangular frame with two longitudinal sides and two transverse sides in each case, said frame having a horizontal standing surface on a lower edge for supporting on the upper face of a pipette tip carrier , a horizontal support surface on an upper edge for supporting an additional pipette tip carrier on the lower face, pins protruding vertically upwards from the upper edge on corners between adjacent longitudinal and transverse sides, and bending elements , which can be bent in a direction running at an acute angle to the adjacent longitudinal and transverse sides, on the lateral wall.
A method of sealing a fracture or thief zone in a formation of a hydrocarbon reservoir surrounding a wellbore section of a wellbore having an upstream direction and a downstream direction, the wellbore section being provided with a non-cemented perforated liner , thereby forming an at least substantially annular space between the non-cemented perforated liner and the formation , wherein a placement tool is introduced into the non-cemented perforated liner and so positioned in the longitudinal direction of the wellbore section that a sealing fluid outlet of the placement tool is located at the fracture or thief zone in the formation , wherein a placement section including the sealing fluid outlet is pressed against the wall of the non-cemented perforated liner , wherein a placement fluid, such as sea water, is caused to flow into the fracture or thief zone in the formation by injection of placement fluid into the non-cemented perforated liner in the downstream direction so that placement fluid flows out through perforations of the non-cemented perforated liner and/or by production from an adjacent wellbore in the formation , wherein the placement fluid injection and/or the production in the adjacent wellbore is controlled to obtain a desired fluid flow in the at least substantially annular space between the non-cemented perforated liner and the formation that is directed in downstream direction at a position upstream the fracture or thief zone and that is directed in the upstream direction at a position downstream the fracture or thief zone , and wherein, when said desired fluid flow is obtained, sealing fluid is ejected from the sealing fluid outlet into the formation. a placement tool is introduced into the non-cemented perforated liner and so positioned in the longitudinal direction of the wellbore section that a sealing fluid outlet of the placement tool is located at the fracture or thief zone in the formation , wherein a placement section including the sealing fluid outlet is pressed against the wall of the non-cemented perforated liner , wherein a placement fluid, such as sea water, is caused to flow into the fracture or thief zone in the formation by injection of placement fluid into the non-cemented perforated liner in the downstream direction so that placement fluid flows out through perforations of the non-cemented perforated liner and/or by production from an adjacent wellbore in the formation , wherein the placement fluid injection and/or the production in the adjacent wellbore is controlled to obtain a desired fluid flow in the at least substantially annular space between the non-cemented perforated liner and the formation that is directed in downstream direction at a position upstream the fracture or thief zone and that is directed in the upstream direction at a position downstream the fracture or thief zone , and wherein, when said desired fluid flow is obtained, sealing fluid is ejected from the sealing fluid outlet into the formation.
Method for prioritizing an electrical supply of an on-board network with respect to the recharging of a vehicle electrical energy store , said method being characterized in that it includes: - A step of activation, by a computer , of a prioritization of electrical supply of the on-board network when the following conditions are verified: o An estimated percentage of the load rate of an electrical energy producer (RCOpe) is greater than or equal to a predetermined maximum load rate (RCO_m), o An estimated current of an electrical energy store Ise is greater than or equal to a predetermined activation current (IA), and o No request for voluntary saturation (DL) of said electrical energy producer with a view to recovering kinetic energy from the vehicle is requested, - A step of determining a voltage (Upe) to be applied to the terminals of said electrical energy store by the electrical energy producer , - A step of transmitting, by said calculator , a maximum voltage setpoint (Upe_m), said maximum voltage setpoint (Upe_m) being equal to said voltage (Upe) determined to be applied to the terminals of said storage d electrical energy . - A step of activation, by a computer , of a prioritization of electrical supply of the on-board network when the following conditions are verified: o An estimated percentage of the load rate of an electrical energy producer (RCOpe) is greater than or equal to a predetermined maximum load rate (RCO_m), o An estimated current of an electrical energy store Ise is greater than or equal to a predetermined activation current (IA), and o No request for voluntary saturation (DL) of said electrical energy producer with a view to recovering kinetic energy from the vehicle is requested, o An estimated percentage of the load rate of an electrical energy producer (RCOpe) is greater than or equal to a predetermined maximum load rate (RCO_m), o An estimated current of an electrical energy store Ise is greater than or equal to a predetermined activation current (IA), and o No request for voluntary saturation (DL) of said electrical energy producer with a view to recovering kinetic energy from the vehicle is requested, - A step of determining a voltage (Upe) to be applied to the terminals of said electrical energy store by the electrical energy producer , - A step of transmitting, by said calculator , a maximum voltage setpoint (Upe_m), said maximum voltage setpoint (Upe_m) being equal to said voltage (Upe) determined to be applied to the terminals of said storage d electrical energy .
A compound selected from compounds of formulae (A-1) to (A-23):
A housing (BB), suitable to form part of an optical block (BO) of a vehicle, and including a peripheral front edge (BP) opposite a rear face (FR), provided with at least two projecting coupling legs (PCj), each coupling leg (PCj) including a main portion (PP) which is elongated and extended over at least a lateral face (FLk) by at least two lateral protrusions (PL) so as to define a male shape suitable to be housed in an internal housing (LI) having a female shape homologous to said male shape and defined in a corresponding part (POj) of a tool intended to cause said housing (BB) to vibrate so as to fixedly secure its front peripheral edge (BP) to a rear peripheral edge of a protective glass during a phase of securing by vibrations, characterized in that said main portion (PP) of at least one of said coupling legs (PCj) is extended on two opposite lateral faces (FLk) by at least one lateral protrusion (PL).
A mobile device, comprising: a cover (10; 60; 90) having an upper surface and a side surface , the cover (10; 60; 90) including: a base cover (32; 62; 96) having an upper surface and at least one side surface , wherein the upper surface and the at least one side surface of the base cover (32; 62; 96) are connected in a curved shape; and a touch sensitive portion located on the upper surface of the base cover (32; 62; 96), the touch sensitive portion being configured to generate a signal when the cover (10; 60; 90) is touched to control the mobile device, wherein the touch sensitive portion includes an upper touch portion which is located on the upper surface of the base cover (32; 62; 96) and configured to generate a first input signal; and a display unit (12; 92) located in the mobile device and covered by the base cover (32; 62; 96) and the touch sensitive portion , characterized in that the touch sensitive portion is further located on at least one side surface of the base cover (32; 62; 96), the touch sensitive portion further includes at least one side touch portion integrally formed with the upper touch portion , and the at least one side touch portion is located on the at least one side surface (22; 100) of the base cover and is configured to generate a second input signal different than the first input signal when the cover (10; 60; 90) is touched at the side surface thereof. a base cover (32; 62; 96) having an upper surface and at least one side surface , wherein the upper surface and the at least one side surface of the base cover (32; 62; 96) are connected in a curved shape; and a touch sensitive portion located on the upper surface of the base cover (32; 62; 96), the touch sensitive portion being configured to generate a signal when the cover (10; 60; 90) is touched to control the mobile device, wherein the touch sensitive portion includes an upper touch portion which is located on the upper surface of the base cover (32; 62; 96) and configured to generate a first input signal; and a display unit (12; 92) located in the mobile device and covered by the base cover (32; 62; 96) and the touch sensitive portion , characterized in that the touch sensitive portion is further located on at least one side surface of the base cover (32; 62; 96), the touch sensitive portion further includes at least one side touch portion integrally formed with the upper touch portion , and the at least one side touch portion is located on the at least one side surface (22; 100) of the base cover and is configured to generate a second input signal different than the first input signal when the cover (10; 60; 90) is touched at the side surface thereof.
A directional coupler , - which is at least partly formed in an in particular multilayer printed circuit board of the directional coupler , having - a main line for transmitting an output and - two secondary lines , which are each arranged in a coupling region with a coupling portion in parallel with and at a distance from the main line , wherein - in the coupling region, the main line and the two secondary lines are arranged in the interior of the printed circuit board , wherein - on the secondary lines m first additional coupling lines (12-15), m ≥ 1, are provided, each of which has a coupling portion (8-11) which extends in parallel with and at a distance from the coupling portion of the respective secondary line , wherein - the first additional coupling lines (12-15) have a terminal (16-19) which is arranged on the outside of the printed circuit board for connecting to earth or an external circuit so that, by connecting one or more of the terminals (16-19) of the first additional coupling lines to earth, the coupling of the directional coupler can be adjusted or manufacturing tolerances can be corrected. - which is at least partly formed in an in particular multilayer printed circuit board of the directional coupler , having - a main line for transmitting an output and - two secondary lines , which are each arranged in a coupling region with a coupling portion in parallel with and at a distance from the main line , wherein - in the coupling region, the main line and the two secondary lines are arranged in the interior of the printed circuit board , wherein - on the secondary lines m first additional coupling lines (12-15), m ≥ 1, are provided, each of which has a coupling portion (8-11) which extends in parallel with and at a distance from the coupling portion of the respective secondary line , wherein - the first additional coupling lines (12-15) have a terminal (16-19) which is arranged on the outside of the printed circuit board for connecting to earth or an external circuit so that, by connecting one or more of the terminals (16-19) of the first additional coupling lines to earth, the coupling of the directional coupler can be adjusted or manufacturing tolerances can be corrected.
A protection system for a computer system comprising at least one connector allowing the connection of an external portable data storage device , characterised in that it comprises: - a first portable protective equipment having an input connector adapted to receive said portable data storage device , - at least one second portable protection device comprising a processor and an output connector adapted to be connected to said computer system , said first and second equipment being adapted to communicate with each other via a radio communication channel , the first equipment further comprising a data security verification module , adapted to execute at least one data security verification software of the portable data storage device connected to the input of said first equipment and to transmit a verification report to the second equipment , wherein following receipt of a verification report, the processor of the second equipment is adapted to verify whether said report is positive, and in this case only, to provide said computer system with access to data stored on said external data storage device . - a first portable protective equipment having an input connector adapted to receive said portable data storage device , - at least one second portable protection device comprising a processor and an output connector adapted to be connected to said computer system , said first and second equipment being adapted to communicate with each other via a radio communication channel , the first equipment further comprising a data security verification module , adapted to execute at least one data security verification software of the portable data storage device connected to the input of said first equipment and to transmit a verification report to the second equipment , wherein following receipt of a verification report, the processor of the second equipment is adapted to verify whether said report is positive, and in this case only, to provide said computer system with access to data stored on said external data storage device . said first and second equipment being adapted to communicate with each other via a radio communication channel , the first equipment further comprising a data security verification module , adapted to execute at least one data security verification software of the portable data storage device connected to the input of said first equipment and to transmit a verification report to the second equipment , wherein following receipt of a verification report, the processor of the second equipment is adapted to verify whether said report is positive, and in this case only, to provide said computer system with access to data stored on said external data storage device .
Laser cutting nozzle for a laser machining unit , comprising a passage for the laser beam and cutting gas, which passage extends between a nozzle inlet and a nozzle mouth , along a passage longitudinal axis , the passage converging continuously, towards the mouth thereof, in a convergence portion , as far as a constriction of the passage , to less than 40% of the cross-sectional area at the inlet of the convergence portion , the passage diverging continuously in a divergence portion , proceeding from the constriction , as far as the mouth of the passage , to over 130% of the cross-sectional area at the constriction , characterized in that , in the entire divergence portion , the wall of the passage is at an angle of inclination relative to the passage longitudinal axis of at most 5°, and the length (L D ) of the divergence portion is less than 5 times the diameter (d min ) of the constriction , and wherein no cylindrical constriction portion having a length is provided between the convergence portion and the divergence portion , so that the convergence portion transitions directly into the divergence portion at the constriction .
Pump head for diaphragm pumps , comprising a pump head housing having a plurality of terminals , which are formed on the pump head housing and provide both inlets and outlets, a centring ring for centring the pump head housing in a drive housing , and a pump head insert , comprising a valve receiver body , having a plurality of inlet and outlet valves and a plurality of pump chambers , the pump chambers being connected to an inlet chamber via the inlet valves and to an outlet chamber via the outlet valves , and the pump chambers being formed on the upper face in the valve receiver body , a pump diaphragm , which is arranged above the pump chambers of the valve receiver body and seals them in a leak-proof manner, a wobble plate , an excentric plate arranged above the wobble plate , and a frame having a plurality of preferably circular frame openings for receiving a plurality of tappets arranged on the lower face of the wobble plate , the pump head being formed separately from a drive and thus being replaceable individually, characterised in that the pump head forms an intrinsically hermetically sealed unit, the valve receiver body having five pump chambers each having at least one inlet valve , and the pump head being formed from plastics material and being recyclable.
A fuel injection device comprising: a fuel injection valve for injecting fuel; a pressure sensor provided to the fuel injection valve and configured to output a detection signal correspondingly to pressure of the fuel; and a storage unit storing individual difference information, which indicates an output characteristic of the detection signal, the output characteristic being obtained by an examination, which is performed before a shipment of the fuel injection valve , the examination consisting in measuring the characteristics for each injector resulting from test-injection, wherein a test pressure is actually applied to the pressure sensor in the examination, characterized in that a change in detection signal is attributed to a change in test pressure, and the individual difference information stored in the storage unit indicates a relationship between the change in test pressure and the change in detection signal. a fuel injection valve for injecting fuel; a pressure sensor provided to the fuel injection valve and configured to output a detection signal correspondingly to pressure of the fuel; and a storage unit storing individual difference information, which indicates an output characteristic of the detection signal, the output characteristic being obtained by an examination, which is performed before a shipment of the fuel injection valve , the examination consisting in measuring the characteristics for each injector resulting from test-injection, wherein a test pressure is actually applied to the pressure sensor in the examination, characterized in that a change in detection signal is attributed to a change in test pressure, and the individual difference information stored in the storage unit indicates a relationship between the change in test pressure and the change in detection signal.