mhurhangee/patent-ind-claim-en huggingface dataset:
A handle arrangement for a door , comprising a handle and a locking clamp for engaging a locking element on a door frame , the locking clamp being arranged to move from a locking position to an intermediate position when the handle is moved from a closed state towards an intermediate state, and the locking clamp being arranged to move from the intermediate position to an open position when the handle is moved from the intermediate state towards an open state, characterized in that the locking clamp is arranged to move rotatably around a first axis (A) from the locking position to the intermediate position when the handle is moved from the closed state towards the intermediate state, the locking clamp is arranged to move linearly along a second axis (B) from the intermediate position to the open position when the handle is moved from the intermediate state towards the open state, wherein the handle arrangement comprises a resilient means arranged to, by a resilient force, keep the locking clamp from moving from the intermediate position towards the open position until a force applied in the direction of the linear movement of the locking clamp towards the open position exceeds the resilient force of the resilient means . a locking clamp for engaging a locking element on a door frame , the locking clamp being arranged to move from a locking position to an intermediate position when the handle is moved from a closed state towards an intermediate state, and the locking clamp being arranged to move from the intermediate position to an open position when the handle is moved from the intermediate state towards an open state, characterized in that the locking clamp is arranged to move rotatably around a first axis (A) from the locking position to the intermediate position when the handle is moved from the closed state towards the intermediate state, the locking clamp is arranged to move linearly along a second axis (B) from the intermediate position to the open position when the handle is moved from the intermediate state towards the open state, wherein the handle arrangement comprises a resilient means arranged to, by a resilient force, keep the locking clamp from moving from the intermediate position towards the open position until a force applied in the direction of the linear movement of the locking clamp towards the open position exceeds the resilient force of the resilient means .
Towed agricultural machine , comprising: - a chassis with at least one vehicle axle , - a drive train for at least one working unit , wherein the drive train comprises at least one drive shaft that can be driven by a towing vehicle and a warning device that is energy-autonomous from an electrical energy supply of the towing vehicle , characterised in that the energy-autonomous warning device comprises at least the following components: - a generator coupled to the drive train of the agricultural machine for generating electrical energy; - at least one sensor for detecting a driving movement of the agricultural machine and/or a movement of the working unit of the agricultural machine ; - a signal generator ; - a control unit for activating the signal generator ; - a timer for the time-delayed activation and/or deactivation of the signal generator . - a chassis with at least one vehicle axle , - a drive train for at least one working unit , wherein the drive train comprises at least one drive shaft that can be driven by a towing vehicle and a warning device that is energy-autonomous from an electrical energy supply of the towing vehicle , - a generator coupled to the drive train of the agricultural machine for generating electrical energy; - at least one sensor for detecting a driving movement of the agricultural machine and/or a movement of the working unit of the agricultural machine ; - a signal generator ; - a control unit for activating the signal generator ; - a timer for the time-delayed activation and/or deactivation of the signal generator .
A piston for an internal combustion engine, comprising: a body portion including an upper crown and a cooling gallery extending along least a portion of said upper crown , the cooling gallery being sealed; a metal-containing composition disposed in said cooling gallery ; said metal-containing composition including a base material having a thermal conductivity of 85 to 141 W/(m·K) and a melting temperature of less than 181° C characterized by said metal-containing composition including a plurality of metal particles having a thermal conductivity greater than the thermal conductivity of said base material and being solid at a temperature of 181° C, wherein said base material of said metal-containing composition consists of one or more of the alkali metals lithium (Li), sodium (Na) and potassium (K). a body portion including an upper crown and a cooling gallery extending along least a portion of said upper crown , the cooling gallery being sealed; a metal-containing composition disposed in said cooling gallery ; said metal-containing composition including a base material having a thermal conductivity of 85 to 141 W/(m·K) and a melting temperature of less than 181° C characterized by said metal-containing composition including a plurality of metal particles having a thermal conductivity greater than the thermal conductivity of said base material and being solid at a temperature of 181° C, wherein said base material of said metal-containing composition consists of one or more of the alkali metals lithium (Li), sodium (Na) and potassium (K).
A computer implemented method of analysing the content of a digital image, the method comprising the steps of: a) computing a boundary enclosing all the non-white content of the digital image; b) dividing the enclosed non-white content into regions based on a predetermined division rule; c) for each region, computing the number of unique colours and the proportion of non-white pixels; d) categorising each respective region according to the number of unique colours and the proportion of non-white pixels computed for that respective the region in step c); e) categorising all of the content of the digital image within the boundary as a single category according to the results of the categorising in step d); and f) automatically assigning a print setting to the digital image according to the categorisation of all of the content of the digital image within the boundary. a) computing a boundary enclosing all the non-white content of the digital image; b) dividing the enclosed non-white content into regions based on a predetermined division rule; c) for each region, computing the number of unique colours and the proportion of non-white pixels; d) categorising each respective region according to the number of unique colours and the proportion of non-white pixels computed for that respective the region in step c); e) categorising all of the content of the digital image within the boundary as a single category according to the results of the categorising in step d); and f) automatically assigning a print setting to the digital image according to the categorisation of all of the content of the digital image within the boundary.
Movable assembly for a cut-off mechanism of a motor vehicle headlamp, the movable assembly comprising at least one movable device and a cut-off bar suitable for fitting to a support element of the movable device , said support element comprising at least one housing , said cut-off bar being provided with at least one attachment foot , said housing and said attachment foot cooperating and being configured to allow a fitted position to be obtained in which the attachment foot is inserted in the housing , following insertion by pressure, so that the cut-off bar can be attached removably to the movable device , characterised in that the cooperating housing and attachment foot have a shape and dimensions adapted respectively to produce at least some 'lateral' contacts (L1A, L2A, L1B, L2B) in the fitted position, the adjective lateral applying to the sides (C1, C2) of the width of the elongate attachment foot , on both sides of a longitudinal axis (B) of the attachment foot , said attachment foot having a generally planar elongate form, the length (L) of the attachment foot along a longitudinal axis (B) and the depth of the housing being adapted to one another to obtain a given positioning of the cut-off bar on the movable device , during contact (PA, PB) of the free longitudinal end of the attachment foot against the bottom of the housing , said attachment foot comprising at least one transverse bead configured to come in contact with a wall of the cooperating housing, the adjective transverse applying to the sides of the thickness (E) of the attachment foot . said support element comprising at least one housing , said cut-off bar being provided with at least one attachment foot , said housing and said attachment foot cooperating and being configured to allow a fitted position to be obtained in which the attachment foot is inserted in the housing , following insertion by pressure, so that the cut-off bar can be attached removably to the movable device , characterised in that the cooperating housing and attachment foot have a shape and dimensions adapted respectively to produce at least some 'lateral' contacts (L1A, L2A, L1B, L2B) in the fitted position, the adjective lateral applying to the sides (C1, C2) of the width of the elongate attachment foot , on both sides of a longitudinal axis (B) of the attachment foot , said attachment foot having a generally planar elongate form, the length (L) of the attachment foot along a longitudinal axis (B) and the depth of the housing being adapted to one another to obtain a given positioning of the cut-off bar on the movable device , during contact (PA, PB) of the free longitudinal end of the attachment foot against the bottom of the housing , said attachment foot comprising at least one transverse bead configured to come in contact with a wall of the cooperating housing, the adjective transverse applying to the sides of the thickness (E) of the attachment foot .
Polymer particles for use in electrophoretic devices comprising monomer units of a) at least one polymerisable ionic liquid X-R-C + A - , wherein X is a polymerisable group, R is a spacer group, C + is a cation, A - is a borate, imide, phosphate, sulfonate, succinate, naphthenate or carboxylate; b) at least one monomer, c) optionally at least one polymerisable dye, and d) optionally at least one crosslinking co-monomer.
A communication terminal that shares a session key with another communication terminal , the communication terminal comprising: a common key cipher text obtaining unit that is configured to encrypt a message based on a common key to obtain common key cipher text; a function computation result obtaining unit that is configured to compute the common key and the session key based on a predetermined first function to obtain a function computation result; and a cipher text sending unit that is configured to send the common key cipher text and the function computation result to a server device , wherein for N representing the set of all positive integers and KEY 1 = k1 with k1∈N representing a key space of k1-bit length, the first function is a function f k1 : KEY 1 ×KEY 1 →KEY 1 ; and wherein the first function satisfies Pr K ′ = K | K K 1 ← U KEY 1 × KEY 1 , K ′ ← R A 1 n , ƒ k 1 K K 1 < 1 n c where K represents the common key, K 1 represents the session key, A is a probabilistic polynomial time algorithm that takes an n-bit string 1 n and the output of the function f k1 as input and outputs the elements of KEY1, Pr[X|Y] represents a conditional probability of event X in event Y, and c>0. a common key cipher text obtaining unit that is configured to encrypt a message based on a common key to obtain common key cipher text; a function computation result obtaining unit that is configured to compute the common key and the session key based on a predetermined first function to obtain a function computation result; and a cipher text sending unit that is configured to send the common key cipher text and the function computation result to a server device , wherein for N representing the set of all positive integers and KEY 1 = k1 with k1∈N representing a key space of k1-bit length, the first function is a function f k1 : KEY 1 ×KEY 1 →KEY 1 ; and wherein the first function satisfies Pr K ′ = K | K K 1 ← U KEY 1 × KEY 1 , K ′ ← R A 1 n , ƒ k 1 K K 1 < 1 n c where K represents the common key, K 1 represents the session key, A is a probabilistic polynomial time algorithm that takes an n-bit string 1 n and the output of the function f k1 as input and outputs the elements of KEY1, Pr[X|Y] represents a conditional probability of event X in event Y, and c>0.
Vibration damper device comprising a body having a bearing surface projecting towards an interior of the device , a casing comprising a member intended to surround a ball joint of a control lever, an intermediate element made of flexible material of the elastomer type being arranged between the body and the housing resting, on one side, against the bearing surface inside the body and, on the other side, against an outer contour of the casing , a cover covering the casing and the intermediate element forming an upper part of the device , characterized in that the casing has a lower shoulder projecting towards the body and supporting the intermediate element , at least one upper rib being disposed on an upper face of the body facing the lid and at least one lower rib being arranged on a lower face of the body facing -in relation to the shoulder , said at least one upper rib and one lower rib abutting against movement of the cover or of the casing towards the outside of the device .
A method for producing a plate type metal-silica aerogel particle, the method comprising the steps of: 1) adding a basic catalyst to a reaction solution including a metal salt such that the pH of the reaction solution becomes 9 to 11 to form a plate type intermediate; and 2) reacting a water glass solution added with a reaction solution in which the plate type intermediate is formed, wherein a molar concentration ratio of the reaction solution including a metal salt to the water glass solution is 2:1 to 4:1; the metal is magnesium (Mg); and the method further includes, after step 2), a step of performing drying wherein drying is carried out at atmospheric pressure; wherein the basic catalyst is ammonium hydroxide (NH 4 OH); and the water glass solution contains 0.5 to 1.0 M silica (SiO 2 ). 1) adding a basic catalyst to a reaction solution including a metal salt such that the pH of the reaction solution becomes 9 to 11 to form a plate type intermediate; and 2) reacting a water glass solution added with a reaction solution in which the plate type intermediate is formed, wherein a molar concentration ratio of the reaction solution including a metal salt to the water glass solution is 2:1 to 4:1; the metal is magnesium (Mg); and the method further includes, after step 2), a step of performing drying wherein drying is carried out at atmospheric pressure; wherein the basic catalyst is ammonium hydroxide (NH 4 OH); and the water glass solution contains 0.5 to 1.0 M silica (SiO 2 ). wherein a molar concentration ratio of the reaction solution including a metal salt to the water glass solution is 2:1 to 4:1; the metal is magnesium (Mg); and the method further includes, after step 2), a step of performing drying wherein drying is carried out at atmospheric pressure; wherein the basic catalyst is ammonium hydroxide (NH 4 OH); and the water glass solution contains 0.5 to 1.0 M silica (SiO 2 ).
Medical device for selectively launching a projectile into a target area of a living being, the medical device comprising: a) an optical recording system , such as endoscopic stereo optics, for automated optical and/or spatial recording of the target area , b) a launching device by which the projectile can be launched, the launching device being designed to launch the projectile from a projectile launching channel of the launching device, the launching device having a launching mechanism driven by means of an electromagnetic device , by means of which the projectile can be acted upon mechanically and/or magnetically and can be launched through the projectile launching channel , the launching device having a preselection device by means of which a desired muzzle energy of a projectile launched by means of the launching mechanism can be set, c) a trajectory prediction device arranged to predict the trajectory of a projectile to be launched by means of the launching device and to indicate the predicted trajectory and/or the expected impact location of the projectile in the target area , d) wherein the medical device comprises an automatic stimulation response detection means adapted to automatically detect a stimulation response of the living being triggered by a projectile impacted in the target area . a) an optical recording system , such as endoscopic stereo optics, for automated optical and/or spatial recording of the target area , b) a launching device by which the projectile can be launched, the launching device being designed to launch the projectile from a projectile launching channel of the launching device, the launching device having a launching mechanism driven by means of an electromagnetic device , by means of which the projectile can be acted upon mechanically and/or magnetically and can be launched through the projectile launching channel , the launching device having a preselection device by means of which a desired muzzle energy of a projectile launched by means of the launching mechanism can be set, c) a trajectory prediction device arranged to predict the trajectory of a projectile to be launched by means of the launching device and to indicate the predicted trajectory and/or the expected impact location of the projectile in the target area , d) wherein the medical device comprises an automatic stimulation response detection means adapted to automatically detect a stimulation response of the living being triggered by a projectile impacted in the target area .
A method for personalizing a telecommunication module , wherein the telecommunication module is firmly incorporated (S6) in an end device and personalization data stored on a portable data carrier are loaded (S10, S10.5-S10.9) into the telecommunication module via a data communication connection secured by means of corresponding transport keys of the data carrier and the firmly incorporated telecommunication module , wherein a manufacturer of the telecommunication module and the data carrier initializes (S4) the telecommunication module within the scope of a manufacturing process, stores (S3) the personalization data in a secure memory area of the data carrier and deposits (S3, S4) corresponding transport keys known only to the manufacturer respectively in the telecommunication module and in the secure memory area of the data carrier , characterized in that at a place of operation of the end device specified by a user, operator or manufacturer of the end device , a contact-type data communication connection is set up (S9; S10.1-S10.4) between the data carrier and the telecommunication module and the personalization data are loaded (S10.5-S10.9) into the telecommunication module , wherein the data carrier loads (S10.6) personalization data , which comprise network access data on at least one telecommunication network, into the telecommunication module , and the end device sends data via a telecommunication connection set up by the telecommunication module by means of the network access data, wherein with the help of an unambiguous module identification of the firmly incorporated telecommunication module the portable data carrier is requested (S8) to personalize the telecommunication module .
A clutch mechanism for a mechanical effector device, comprising: a tendon 105; a reel 102 configured for winding and unwinding the tendon 105 around the reel 102, the tendon in use connecting between the reel 102 and an actuator; a base 103 configured to connect to a motor for rotation of the base 103 around an axis of rotation; the reel 102 and base 103 further configured for alignment with and rotation around a common axis of rotation, the inner ends of the reel 102 and base 103 mutually castellated and interlocking so that the base 103 and reel 102 rotate together; characterised in that the castellations 107a, 107b are configured to ride up and over one another to allow independent rotation of the reel 102 and base 103 if an un-resolvable rotation force is encountered. a tendon 105; a reel 102 configured for winding and unwinding the tendon 105 around the reel 102, the tendon in use connecting between the reel 102 and an actuator; a base 103 configured to connect to a motor for rotation of the base 103 around an axis of rotation; the reel 102 and base 103 further configured for alignment with and rotation around a common axis of rotation, the inner ends of the reel 102 and base 103 mutually castellated and interlocking so that the base 103 and reel 102 rotate together; characterised in that the castellations 107a, 107b are configured to ride up and over one another to allow independent rotation of the reel 102 and base 103 if an un-resolvable rotation force is encountered.
A cochlear implant system comprising; - a microphone unit configured to receive an acoustical signal and transmit an audio signal based on the acoustical signal, - a processor unit configured to receive the audio signal and process the audio signal into a plurality of electrode pulses, - an electrode array including a plurality of electrodes (M) configured to stimulate auditory nerves of a user of the cochlear implant system based on the plurality of electrode pulses, and wherein the processor unit is configured to: - assign an importance value to one or more electrodes of the plurality of electrodes, wherein each of the importance values is determined based on a status of an electrode pulse assigned to the respective electrode, - select a main set of electrodes (MS) of the plurality of electrodes (M) during a time window, where the importance value of each of the selected electrodes of the main set of electrodes (MS) is larger or equal to an importance threshold value, - activate the electrodes of the main set of electrodes to stimulate auditory nerves based on the electrode pulses of the plurality of electrode pulses, and reserve the electrodes of the main set of electrodes (MS) into a reserved mode during a reservation period, and where the reserved electrodes of the main set of electrodes influence selection of electrodes of a main set of electrodes during a subsequent time window. - a microphone unit configured to receive an acoustical signal and transmit an audio signal based on the acoustical signal, - a processor unit configured to receive the audio signal and process the audio signal into a plurality of electrode pulses, - an electrode array including a plurality of electrodes (M) configured to stimulate auditory nerves of a user of the cochlear implant system based on the plurality of electrode pulses, - assign an importance value to one or more electrodes of the plurality of electrodes, wherein each of the importance values is determined based on a status of an electrode pulse assigned to the respective electrode, - select a main set of electrodes (MS) of the plurality of electrodes (M) during a time window, where the importance value of each of the selected electrodes of the main set of electrodes (MS) is larger or equal to an importance threshold value, - activate the electrodes of the main set of electrodes to stimulate auditory nerves based on the electrode pulses of the plurality of electrode pulses, and