mhurhangee/patent-ind-claim-en huggingface dataset:
Workstation for a film-processing packaging machine , where said workstation is configured in particular as a forming station , as a preheating station , as a labeling station, as a labeling printing station, or as a sealing station for processing a packaging film , where said workstation defines a film transport plane (E) in which said packaging film can be transported, and where said workstation comprises an electrically operable heating assembly , wherein that said heating assembly comprises an electrically conductive planar resistance heating element which in each of two directions spanning a plane (E`) parallel to said film transport plane (E) has dimensions (L1, L2) that are greater by a factor of at least 100 than a dimension (d) in a direction (R) perpendicular to said film transport plane (E), wherein said resistance heating element is arranged between a heating plate and a clamping plate , wherein said resistance heating element comprises an electrical flat conductor having a meandering profile arranged in a plane (E`), characterized in that in a border area of the heating assembly , the electrical flat conductor has a horseshoe-shaped course and per unit area a longer length than in central areas of the resistance heating element ,. wherein said resistance heating element is arranged between a heating plate and a clamping plate , wherein said resistance heating element comprises an electrical flat conductor having a meandering profile arranged in a plane (E`), characterized in that in a border area of the heating assembly , the electrical flat conductor has a horseshoe-shaped course and per unit area a longer length than in central areas of the resistance heating element ,.
Solar tracker configured and suitable for being placed on an at least substantially horizontal ground surface and configured and suitable for carrying a device and comprising: - a first part configured and suitable for being fixed to the ground surface by means of first mounting means provided for this purpose; - a second part configured and suitable for mounting the device thereon by means of second mounting means provided for this purpose; and - rotation means configured and suitable for rotating the second part relative to the first part about an at least substantially vertical rotation axis , characterized in that the second part takes the form of a pan which is directed with its open side toward the ground surface and which forms a receiving space in which the first part and the rotation means are at least substantially received. - a first part configured and suitable for being fixed to the ground surface by means of first mounting means provided for this purpose; - a second part configured and suitable for mounting the device thereon by means of second mounting means provided for this purpose; and - rotation means configured and suitable for rotating the second part
A projection optical system that projects from a first image plane on a reducing side (G1) to a second image plane on an enlargement side (G2), comprising: a first optical system that includes a plurality of lenses and forms a first intermediate image formed inside the first optical system by light incident from the reducing side (G1) into a second intermediate image on the enlargement side (G2) of the first optical system ; a second optical system that includes a first reflective surface (M1) with positive refractive power which is positioned further to the enlargement side (G2) than the second intermediate image ; and a glass block that is disposed between the first optical system and the first reflective surface (M1), the glass block passing rays from the first optical system to the second intermediate image wherein the glass block includes: an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface (M1) and wherein a length GBL of the glass block along an optical axis between the first optical system and the first reflective surface (M1) and a length LML along the optical axis between the first optical system and the first reflective surface (M1) satisfy a following condition 0.5 < GBL / LML < 0.9 . a first optical system that includes a plurality of lenses and forms a first intermediate image formed inside the first optical system by light incident from the reducing side (G1) into a second intermediate image on the enlargement side (G2) of the first optical system ; a second optical system that includes a first reflective surface (M1) with positive refractive power which is positioned further to the enlargement side (G2) than the second intermediate image ; and a glass block that is disposed between the first optical system and the first reflective surface (M1), the glass block passing rays from the first optical system to the second intermediate image wherein the glass block includes: an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface (M1) and an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface (M1) and
A sighting system for use with firearms having a barrel for releasing a projectile toward a target, comprising: an LED light ; a power source for powering the LED light ; a circuit that receives power from the power source and provides it to the LED light and controls the LED light ; a housing for encasing the LED light and circuit to act as an independent unit; wherein the housing is designed to be retrofit entirely on top of the firearm , so that in dim light a user is guided by light from the LED light to align the barrel toward the target; characterized in that the housing further comprises the power source and in that the system further comprises a screw to anchor the housing onto the firearm , the screw configured to prevent the housing from sliding off; and wherein the screw is configured to activate the LED light when the screw is tightened. an LED light ; a power source for powering the LED light ; a circuit that receives power from the power source and provides it to the LED light and controls the LED light ; a housing for encasing the LED light and circuit to act as an independent unit; wherein the housing is designed to be retrofit entirely on top of the firearm , so that in dim light a user is guided by light from the LED light to align the barrel toward the target; characterized in that the housing further comprises the power source and in that the system further comprises a screw to anchor the housing onto the firearm , the screw configured to prevent the housing from sliding off; and wherein the screw is configured to activate the LED light when the screw is tightened.
A method for managing the orientation of a mobile device comprising: determining , by the mobile device , that an object is proximate the mobile device using a proximity sensor of the mobile device; determining , by the mobile device, that an orientation of the mobile device is a first orientation; in response to determining that the object is proximate the mobile device and that the orientation of the mobile device is the first orientation, automatically turning off a display of the mobile device; while the display of the mobile device is turned off, receiving, one or more voice signals based on audible input received by a microphone of the mobile device, determining , by the mobile device, that the orientation of the mobile device is a second orientation, the second orientation being different from the first orientation; and in response to at least one of (a) determining that the object is not proximate the mobile device using the proximity sensor or (b) determining that the orientation of the mobile device is the second orientation, automatically turning on the display of the mobile device. determining , by the mobile device , that an object is proximate the mobile device using a proximity sensor of the mobile device; determining , by the mobile device, that an orientation of the mobile device is a first orientation; in response to determining that the object is proximate the mobile device and that the orientation of the mobile device is the first orientation, automatically turning off a display of the mobile device; while the display of the mobile device is turned off, receiving, one or more voice signals based on audible input received by a microphone of the mobile device, determining , by the mobile device, that the orientation of the mobile device is a second orientation, the second orientation being different from the first orientation; and receiving, one or more voice signals based on audible input received by a microphone of the mobile device, determining , by the mobile device, that the orientation of the mobile device is a second orientation, the second orientation being different from the first orientation; and in response to at least one of (a) determining that the object is not proximate the mobile device using the proximity sensor or (b) determining that the orientation of the mobile device is the second orientation, automatically turning on the display of the mobile device.
A method for starting an internal combustion engine in an optimised manner by means of a starter that is connected to a capacitor storage , wherein the capacitor storage is connected via a DC/DC converter with an on-board electrical system of a vehicle and the on-board electrical system comprises an energy storage for delivering electrical energy with a nominal voltage, and wherein the starter consumes a starting power for starting the internal combustion engine that is dependent on a temperature of the internal combustion engine , the temperature of the internal combustion engine is measured by means of at least one temperature sensor and the starting power is determined based on the temperature of the internal combustion engine , characterised in that the capacitor storage is charged at least to a nominal voltage by means of a battery acting as further energy storage via a further DC/DC converter , which connects parallel to a switch the battery with the capacitor storage in a parallel manner, and the nominal voltage is determined by means of a control device as such that the electrical energy stored in the capacitor storage charged to the nominal voltage is greater than the starting power determined by means of the measured temperature.
A forehead support (x12) for a mask assembly , comprising: a frame connector (x20) provided to a mask frame ; a forehead cushion support (x60) movably mounted to the frame connector for movement between retracted and extended positions with respect to the frame connector; and an adjustment knob (x40) movably mounted to the frame connector characterized in that the adjustment knob (x40) is threadably engaged with the forehead cushion support such that turning movement of the adjustment knob causes the forehead cushion support to be moved between the retracted and extended positions and in that the adjustment knob (x40) includes a resilient prong (x54) having a bump (x56), the bump adapted to selectively engage a series of ridges (x26) provided to the frame connector to provide indexed incremental adjustment. a frame connector (x20) provided to a mask frame ; a forehead cushion support (x60) movably mounted to the frame connector for movement between retracted and extended positions with respect to the frame connector; and an adjustment knob (x40) movably mounted to the frame connector characterized in that the adjustment knob (x40) is threadably engaged with the forehead cushion support such that turning movement of the adjustment knob causes the forehead cushion support to be moved between the retracted and extended positions and in that the adjustment knob (x40) includes a resilient prong (x54) having a bump (x56), the bump adapted to selectively engage a series of ridges (x26) provided to the frame connector to provide indexed incremental adjustment.
Disc brake , in particular for a motor vehicle, with an application device, in particular having a brake lever , an adjustment device coupled to the application device, in particular to the brake lever , for adjusting the wear of brake pads and a brake disc , a wear sensor for detecting a wear value of bake pads and the brake disc , and a brake control unit , wherein the disc brake has a clearance monitoring device with a control device which is connected to the wear sensor and the brake control unit , characterised in that the clearance monitoring device also comprises at least one temperature detection device for taking into account associated conditions and for estimating trends and detected measured values, and the clearance monitoring device is designed for the acquisition of further characteristics of the disc brake by teach-in means.
A system of a hybrid aircraft , the system comprising: a first gas turbine engine comprising a fan , a high speed spool , and a low spool motor configured to drive rotation of the fan; a second gas turbine engine ; and a controller configured to: determine an operating mode of the hybrid aircraft; control the low spool motor to drive rotation of the fan of the first gas turbine engine responsive to a thrust command while the second gas turbine engine is driven by commanding fuel combustion based on the operating mode, wherein the low spool motor is controlled responsive to the thrust command with the operating mode being taxi or descent, wherein the thrust command is based on a throttle lever angle control of the hybrid aircraft; and accelerate the high speed spool of the first gas turbine engine and command fuel combustion at the first gas turbine engine based on a transition of the operating mode to perform a starting operation of the first gas turbine engine. a first gas turbine engine comprising a fan , a high speed spool , and a low spool motor configured to drive rotation of the fan; a second gas turbine engine ; and a controller configured to: determine an operating mode of the hybrid aircraft; control the low spool motor to drive rotation of the fan of the first gas turbine engine responsive to a thrust command while the second gas turbine engine is driven by commanding fuel combustion based on the operating mode, wherein the low spool motor is controlled responsive to the thrust command with the operating mode being taxi or descent, wherein the thrust command is based on a throttle lever angle control of the hybrid aircraft; and accelerate the high speed spool of the first gas turbine engine and command fuel combustion at the first gas turbine engine based on a transition of the operating mode to perform a starting operation of the first gas turbine engine. determine an operating mode of the hybrid aircraft; control the low spool motor to drive rotation of the fan of the first gas turbine engine responsive to a thrust command while the second gas turbine engine is driven by commanding fuel combustion based on the operating mode, wherein the low spool motor is controlled responsive to the thrust command with the operating mode being taxi or descent, wherein the thrust command is based on a throttle lever angle control of the hybrid aircraft; and accelerate the high speed spool of the first gas turbine engine and command fuel combustion at the first gas turbine engine based on a transition of the operating mode to perform a starting operation of the first gas turbine engine.
A compound of Formula A (or a pharmaceutically acceptable salt and/or solvate thereof) for use in treating hereditary angioedema (HAE) on-demand comprising: orally administering the compound of Formula A (or a pharmaceutically acceptable salt and/or solvate thereof) to a patient in need thereof on-demand,
A control module (30A, 130, BT01, 330) for a solid state lighting device that includes a plurality of groups of solid state light emitters (20A, 161-165, 320, G1-G5), wherein each group of solid state light emitters (20A, 161-165, 320, G1-G5) of the plurality of groups of solid state light emitters (20A, 161-165, 320, G1-G5) is independently controllable and is arranged to generate emissions comprising a dominant wavelength that differs from a dominant wavelength of emissions generated by each other group of solid state light emitters (20A, 161-165, 320, G1-G5), and emissions generated by each group of solid state light emitters (20A, 161-165, 320, G1-G5) are arranged to be combined to produce aggregate emissions of the lighting device , the control module (30A, 130, BT01, 330) comprising: a memory storing at least one operating instruction set; and at least one processor (30A, 130, BT01, 330) configured to utilize the at least one operating instruction set to automatically adjust at different hours of a calendar day (a) luminous flux of the aggregate emissions and (b) at least one of correlated color temperature or color point of the aggregate emissions, responsive to at least one of (i) time or (ii) at least one signal indicative of an environmental condition; wherein the at least one processor (30A, 130, BT01, 330) is further configured to utilize the at least one operating instruction set to automatically adjust at different hours of a calendar day at least one of (c) melatonin suppressing milliwatts per hundred lumens of the aggregate emissions or (d) relative gamut area (Q g ) of the aggregate emissions, for a selected color point or correlated color temperature of the aggregated emissions. a memory storing at least one operating instruction set; and at least one processor (30A, 130, BT01, 330) configured to utilize the at least one operating instruction set to automatically adjust at different hours of a calendar day (a) luminous flux of the aggregate emissions and (b) at least one of correlated color temperature or color point of the aggregate emissions, responsive to at least one of (i) time or (ii) at least one signal indicative of an environmental condition; wherein the at least one processor (30A, 130, BT01, 330) is further configured to utilize the at least one operating instruction set to automatically adjust at different hours of a calendar day at least one of (c) melatonin suppressing milliwatts per hundred lumens of the aggregate emissions or (d) relative gamut area (Q g ) of the aggregate emissions, for a selected color point or correlated color temperature of the aggregated emissions.
System, comprising: a security certificate manager ; and at least one security-critical functional chain , which comprises a plurality of components , which are chained together via communications connections, KVB, and which each have an associated component security certificate, KSZ, which is stored in an associated manipulation-proof memory area of a data memory and is verifiable by the security certificate manager for clearance of the components within the security-critical functional chain , wherein the KSZ has interface security certificates, SSZ, for output component interfaces of the component , having an interface security level, SSL, of the associated output component interface respectively specified therein, and SSZ for input component interfaces of the component , having an SSL of the associated input component interface respectively demanded therein, the security certificate manager is configured to check whether a component security level, KSL, specified in the KSZ of the chained components , is sufficient for a component security level, KSL, of the relevant component , which is required in accordance with predetermined security requirements, and whether SSL, respectively specified in the SSZ of input and output component interfaces, connected via a communications connection, KVB, of two components adjacent within the security-critical functional chain , are compatible with one another, and the security certificate manager is configured to clear the security-critical functional chain automatically if the check on all KSL and SSL was successful. a security certificate manager ; and at least one security-critical functional chain , which comprises a plurality of components , which are chained together via communications connections, KVB, and which each have an associated component security certificate, KSZ, which is stored in an associated manipulation-proof memory area of a data memory and is verifiable by the security certificate manager for clearance of the components within the security-critical functional chain , wherein the KSZ has interface security certificates, SSZ, for output component interfaces of the component , having an interface security level, SSL, of the associated output component interface respectively specified therein, and SSZ for input component interfaces of the component , having an SSL of the associated input component interface respectively demanded therein, the security certificate manager is configured to check whether a component security level, KSL, specified in the KSZ of the chained components , is sufficient for a component security level, KSL, of the relevant component , which is required in accordance with predetermined security requirements, and whether SSL, respectively specified in the SSZ of input and output component interfaces, connected via a communications connection, KVB, of two components adjacent within the security-critical functional chain , are compatible with one another, and the security certificate manager is configured to clear the security-critical functional chain automatically if the check on all KSL and SSL was successful.