mhurhangee/patent-ind-claim-en huggingface dataset:
A medical imaging system , comprising: a first tracking detector and a second tracking detector , wherein the first tracking detector is spaced from the second tracking detector to allow for an object to be present between the first tracking detector and the second tracking detector; a residual range detector adjacent the first tracking detector, the residual range detector having a monolithic design and including: a scintillator material having a first surface , wherein the first surface is at least partially covered with an anti-reflection material and wherein the first surface faces the first tracking detector; and at least two photon detectors coupled to the scintillator material at a second surface of the scintillator material different than the first surface; a proton source , wherein the proton source is configured to produce a pencil beam ; and a scanning element that steers the pencil beam across the second tracking detector. a first tracking detector and a second tracking detector , wherein the first tracking detector is spaced from the second tracking detector to allow for an object to be present between the first tracking detector and the second tracking detector; a residual range detector adjacent the first tracking detector, the residual range detector having a monolithic design and including: a scintillator material having a first surface , wherein the first surface is at least partially covered with an anti-reflection material and wherein the first surface faces the first tracking detector; and at least two photon detectors coupled to the scintillator material at a second surface of the scintillator material different than the first surface; a proton source , wherein the proton source is configured to produce a pencil beam ; and a scanning element that steers the pencil beam across the second tracking detector.
Locking arrangement for a leaf/sash , having an espagnolette which has at least one driving bar and is movable between a locked state, in which the at least one driving bar engages by a first end (12.1, 14.1) in a corresponding recess , and an unlocked state, in which the first end (12.1, 14.1) of the at least one driving bar is arranged outside the corresponding recess , wherein an anti-slide-back safeguard has a blocking element which, in the locked state, wedges upon a manipulation of the at least one driving bar and blocks a movement of the at least one driving bar that would move the first end (12.1, 14.1) of the at least one driving bar out of the corresponding recess , and the at least one driving bar comprises two part driving bars between which an angular basic body of the anti-slide-back safeguard is rotatably arranged, wherein the angular basic body is mounted between the two part driving bars in such a way that a pushing force (FD1, FD2) generated by manipulation and introduced by the part driving bars into the basic body causes a rotation movement of the basic body about an axis of rotation (DA, DB) that wedges the blocking element against a housing (5.1) of the actuating mechanism , and a pulling force (FZ1, FZ2) generated by actuation and introduced by the part driving bars into the basic body causes a translational movement of the basic body in the actuating direction, characterized in that a first leg of the basic body is connected to a first part driving bar so as to be rotatable about a first axis of rotation (DA), and a second leg of the basic body is connected to a second part driving bar so as to be rotatable about a second axis of rotation (DB).
Device for replacing a spinner tip of an oven of a preform blow-moulding installation for an industrial line for producing and treating products, comprising: - at least one tool for gripping at least one spinner tip, said tool being driven in movement in at least a first direction, between a moved-away position of the gripping tool and a position of the gripping tool in alignment with said spinner; - at least one means for indexing each gripping tool by transverse movement of the at least one indexing means with respect to said first direction towards said position in alignment, characterized in that : - at least one indexing means comprises at least one member for receiving by insertion each tool in the position in alignment. - at least one tool for gripping at least one spinner tip, said tool being driven in movement in at least a first direction, between a moved-away position of the gripping tool and a position of the gripping tool in alignment with said spinner; - at least one means for indexing each gripping tool by transverse movement of the at least one indexing means with respect to said first direction towards said position in alignment, - at least one indexing means comprises at least one member for receiving by insertion each tool in the position in alignment.
A smart card comprising a user interface unit , said user interface unit comprising a two-dimensional capacitive sensor array, wherein the capacitive sensor array is a 2x2 array comprising four corner sensor elements each comprising a capacitor over its area, wherein each capacitor has a first electrode being specific to the corner sensor element comprising the respective capacitor, wherein each capacitor has a second electrode , and wherein the second electrode is a common signal electrode , characterized in that the respective capacitors of neighbouring corner sensor elements in each dimension extend towards each other, thereby defining four intermediate regions overlapping the neighbouring corner sensor elements , wherein the four intermediate regions are defined by the first electrodes of the capacitors extending from the neighbouring corner sensor elements , respectively, wherein the first electrodes are arranged in an interdigitated manner only in the respective intermediate region .
A gripper bar locking apparatus , which is configured to lock and adjust a position of a gripper bar , comprising: a supporting plate having a distal end and a proximal end; a lever portion , a distal end of which is pivotally mounted on the proximal end of the supporting plate ; characterized in that a cartridge is movably mounted on a proximal end of the lever portion and provided with a gripper bar abutment ; and an adjusting means is provided on the cartridge and configured to adjust a position of the cartridge with respect to the lever portion. a supporting plate having a distal end and a proximal end; a lever portion , a distal end of which is pivotally mounted on the proximal end of the supporting plate ; characterized in that a cartridge is movably mounted on a proximal end of the lever portion and provided with a gripper bar abutment ; and an adjusting means is provided on the cartridge and configured to adjust a position of the cartridge with respect to the lever portion.
A detection system, comprising: a distributed radiation source having a plurality of radiation source focus points which emit rays to irradiate an object under detection, wherein the plurality of radiation source focus points are divided into a certain number of groups, and wherein the plurality of radiation source focus points are activated independently in a certain order under control; a primary collimator configured to limit rays of each of the radiation source focus points such that the rays emit into an XRD detection device; and the XRD detection device including a plurality of XRD detectors , wherein the plurality of XRD detectors are divided into the same number of groups as the radiation source focus points, and XRD detectors in a same group are arranged to be separated by XRD detectors in other groups, and wherein when a radiation source focus point is activated, XRD detectors having the same group number as the radiation source focus point start to count and XRD detections having other group number keep silent such that rays emitted by the radiation source focus point are merely received by the XRD detectors having the same group number as the radiation source focus point. a distributed radiation source having a plurality of radiation source focus points which emit rays to irradiate an object under detection, wherein the plurality of radiation source focus points are divided into a certain number of groups, and wherein the plurality of radiation source focus points are activated independently in a certain order under control; a primary collimator configured to limit rays of each of the radiation source focus points such that the rays emit into an XRD detection device; and the XRD detection device including a plurality of XRD detectors , wherein the plurality of XRD detectors are divided into the same number of groups as the radiation source focus points, and XRD detectors in a same group are arranged to be separated by XRD detectors in other groups, and wherein when a radiation source focus point is activated, XRD detectors having the same group number as the radiation source focus point start to count and XRD detections having other group number keep silent such that rays emitted by the radiation source focus point are merely received by the XRD detectors having the same group number as the radiation source focus point.
Removable breaking element for an electric current for an electrical breaking apparatus , the element comprising: - a casing ; - first and second fixed electrical conductors which are isolated from one another; - a movable electrical conductor which is displaceable between: • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors , characterised in that the casing has two through-windows , one being located opposite the first contact zone between the movable conductor and the first fixed electrical conductor and the other being located opposite the second contact zone between the movable conductor and the second fixed electrical conductor . - a casing ; - first and second fixed electrical conductors which are isolated from one another; - a movable electrical conductor which is displaceable between: • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors , • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors ,
Motor vehicle with a generator and at least one capacitor, in which recuperation energy produced by the generator, which can be operated as a recuperator in the coasting phase of the motor vehicle, can be stored, wherein the excitation current that limits the power of the generator can be varied in an excitation circuit of the generator as a function of at least one vehicle-specific operational parameter, wherein the vehicle-specific operational parameter is the instantaneous actual driving speed, characterised in that the set value of the excitation current (I Err ) can be changed incrementally, in several steps, or linearly as a function of the instantaneous actual driving speed (v ist ), wherein the set value of the excitation current (I Err ) can be varied additionally as a function of the instantaneous charging state of the capacitor, wherein in a control device a three-dimensional characteristic is saved, from which the control device as a function of the instantaneous actual driving speed (v ist ) and the instantaneous charging state of the capacitor selects the set value of the excitation current (I Err ) and outputs it to a current controller.
An information processing system, comprising: a key management unit configured to manage a system key; a storage unit configured to store an encryption data encrypted by the system key; a decision unit configured to make a decision whether or not a processing of the encryption data satisfies a predetermined condition; a virtual execution environment construction unit configured to construct a virtual execution environment protected from a standard execution environment; and a calculation unit configured to perform the processing, wherein the virtual execution environment construction unit constructs the virtual execution environment depending on the decision, the calculation unit includes: a first calculation processor configured to perform the processing in the virtual execution environment; and a second calculation processor configured to perform the processing in the standard execution environment, the first calculation processor performs the processing by decrypting the encryption data based on the system key acquired from the key management unit, the second calculation processor performs the processing without decrypting the encryption data, and the first calculation processor and the second calculation processor perform the processing on the encryption data depending on the decision. a key management unit configured to manage a system key; a storage unit configured to store an encryption data encrypted by the system key; a decision unit configured to make a decision whether or not a processing of the encryption data satisfies a predetermined condition; a virtual execution environment construction unit configured to construct a virtual execution environment protected from a standard execution environment; and a calculation unit configured to perform the processing, wherein the virtual execution environment construction unit constructs the virtual execution environment depending on the decision, the calculation unit includes: a first calculation processor configured to perform the processing in the virtual execution environment; and a second calculation processor configured to perform the processing in the standard execution environment, a first calculation processor configured to perform the processing in the virtual execution environment; and a second calculation processor configured to perform the processing in the standard execution environment, the first calculation processor performs the processing by decrypting the encryption data based on the system key acquired from the key management unit, the second calculation processor performs the processing without decrypting the encryption data, and the first calculation processor and the second calculation processor perform the processing on the encryption data depending on the decision.
A compressor motor control apparatus, comprising: a motor comprising a rotor being configured to rotate according to a motor torque that is controlled by a pulse width modulation (PWM) control; a switching unit provided at the motor , the switching unit being configured to switch a wiring mode inside the motor so that the motor is driven from a first wiring mode to a second wiring mode; and a controller configured to generate a speed command frequency for controlling a rotation speed of the rotor, and control the switching unit so that the wiring mode of the motor is switched according to a comparison of the speed command frequency with a switching boundary frequency according to the wiring mode of the motor , characterized in that when the PWM control is stopped in response to the switching of the wiring mode, the controller is configured to determine a rotation state of the rotor that rotates inertially, and when the PWM control is restarted, the controller is configured to set the determined rotation state of the rotor as an initial value of the rotor and to control a rotation speed of the motor of which the wiring mode is switched based on the set initial value of the rotor, wherein when the PWM control is restarted, the controller is configured to reflect a phase difference between the first and second wiring modes and to compensate a position of the rotor; and wherein the position of the rotor to be compensated is +30 degrees or -30 degrees. a motor comprising a rotor being configured to rotate according to a motor torque that is controlled by a pulse width modulation (PWM) control; a switching unit provided at the motor , the switching unit being configured to switch a wiring mode inside the motor so that the motor is driven from a first wiring mode to a second wiring mode; and a controller configured to generate a speed command frequency for controlling a rotation speed of the rotor, and control the switching unit so that the wiring mode of the motor is switched according to a comparison of the speed command frequency with a switching boundary frequency according to the wiring mode of the motor , characterized in that when the PWM control is stopped in response to the switching of the wiring mode, the controller is configured to determine a rotation state of the rotor that rotates inertially, and when the PWM control is restarted, the controller is configured to set the determined rotation state of the rotor as an initial value of the rotor and to control a rotation speed of the motor of which the wiring mode is switched based on the set initial value of the rotor, wherein when the PWM control is restarted, the controller is configured to reflect a phase difference between the first and second wiring modes and to compensate a position of the rotor; and wherein the position of the rotor to be compensated is +30 degrees or -30 degrees.
A fixing apparatus for fixing a secondary component to a fan blade , the fixing apparatus comprising: a first clamp part comprising a first inner surface and a second clamp part comprising a second inner surface , the first inner surface and the second inner surface having a profile corresponding to a profile of a portion of the fan blade ; and a heater for applying heat to the secondary component; characterised in that the first clamp part and/or the second clamp part comprises a recess in the respective first inner surface and/or second inner surface for receiving the secondary component , wherein the heater is for applying heat to the secondary component located in the recess in use; wherein the first clamp part and the second clamp part are configured to cooperate with one another to clamp the portion of a blade between them in a clamping operation and to hold the secondary component against the blade when the secondary component is received within the recess. a first clamp part comprising a first inner surface and a second clamp part comprising a second inner surface , the first inner surface and the second inner surface having a profile corresponding to a profile of a portion of the fan blade ; and a heater for applying heat to the secondary component; characterised in that the first clamp part and/or the second clamp part comprises a recess in the respective first inner surface and/or second inner surface for receiving the secondary component , wherein the heater is for applying heat to the secondary component located in the recess in use; wherein the first clamp part and the second clamp part are configured to cooperate with one another to clamp the portion of a blade between them in a clamping operation and to hold the secondary component against the blade when the secondary component is received within the recess.
A composition comprising stable amorphous calcium carbonate (ACC) comprising at least one stabilizer for use in treating calcium malabsorption in a subject suffering from hypoparathyroidism, wherein said stabilizer is selected from carboxylic acids, phosphorylated amino acids, phosphorylated peptides, chitin, phosphoric or sulfuric esters of hydroxycarboxylic acids, hydroxyl bearing organic compounds selected from mono-, di-, tri-, oligo- and poly-saccharides, and polyols selected from alcohols and saccharides and wherein 100% (in mg) of the elemental calcium initial total daily intake is replaced by 50% of elemental calcium from ACC (in mg, calculated out of the initial total daily intake).
Head cap , for placement of a head of a person, with a support shell with an inner face facing the head and an outer face facing away from the head and wherein at least the inner face of the support shell , optionally at least along an outer edge of the inner face is, preferably over the entire surface, cushioned with a cushion layer and, covered by a flexible cover layer which encloses the inner face and extends up to the outer face of the support shell at least in a peripheral support shell edge region , characterised in that the head cap comprising a cover shell with an inner face facing the head and an outer face facing away from the head, wherein at least one cover layer edge is covered by the cover shell . with a support shell with an inner face facing the head and an outer face facing away from the head and wherein at least the inner face of the support shell , optionally at least along an outer edge of the inner face is, preferably over the entire surface, cushioned with a cushion layer and, covered by a flexible cover layer which encloses the inner face and extends up to the outer face of the support shell at least in a peripheral support shell edge region , characterised in that the head cap comprising a cover shell with an inner face facing the head and an outer face facing away from the head, wherein at least one cover layer edge is covered by the cover shell .
A method for self-securing a device , the device comprising a processor unit and memory , wherein the processor unit comprising a processor and processor unit memory connected via an internal bus , comprising: determining, by the processor, whether a secure key is stored in the processor unit memory; when the determination is that the secure key is not stored in the processor unit memory, then: generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; accessing the memory by the processor, wherein information read from the memory is decrypted by the processor using the secure key and information stored in the memory is encrypted by the processor using the secure key; and preventing a device external to the processor unit from using an interface of the processor unit to access the internal bus or the processor unit memory. determining, by the processor, whether a secure key is stored in the processor unit memory; when the determination is that the secure key is not stored in the processor unit memory, then: generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; accessing the memory by the processor, wherein information read from the memory is decrypted by the processor using the secure key and information stored in the memory is encrypted by the processor using the secure key; and preventing a device external to the processor unit from using an interface of the processor unit to access the internal bus or the processor unit memory.