mhurhangee/patent-ind-claim-en huggingface dataset:
Screening device for screening pulp suspensions, which screening device comprises a screening cylinder and a rotor located and rotating inside the screening cylinder , in which screening device the screening cylinder is cylindrical and its surface comprises apertures for passing through accept of the pulp suspension during screening, in which screening device the rotor for rotating the pulp suspension in a screening space located between an inner surface of the screening cylinder and an outer surface of the rotor comprises a cylindrical rotor body and a hub , in which screening device in the screening space foils are located, in which the rotor of the screening device comprises circular elements welded or otherwise fixedly attached to the cylindrical rotor body on its outer surface and foil arms , which foils are detachably attached to the foil arms , characterized in that between the foils and an attachment surface of the foil arms adjustable adjustment components are located, by which distance between outer surface of the attachment surface of the foil arms and the inner surface of the screening cylinder of the screening device is adjustable and the distance between the outer surface of the attachment surface of the foil arms and the inner surface of the screening cylinder of the screening device is 45-85 mm, preferably 55 -75 mm and that the foil arms are formed on the circular elements as low protrusions such, that height of the foil arms is 15-35% of the distance between the outer surface of the attachment surface of the foil arms and the inner surface of the screening cylinder of the screening device .
Assembly comprising: - at least one electrical device comprising a first face intended to be pressed against a surface , - at least one pressing member positioned on a second face of the electrical device opposite to the first face , said pressing member being intended to be compressed and to participate in the pressing of said electrical device on said surface , - at least one retaining part which retains said pressing member on the second face of said electrical device by being fastened around the pressing member on a peripheral portion of the electrical device . - at least one electrical device comprising a first face intended to be pressed against a surface , - at least one pressing member positioned on a second face of the electrical device opposite to the first face , said pressing member being intended to be compressed and to participate in the pressing of said electrical device on said surface , - at least one retaining part which retains said pressing member on the second face of said electrical device by being fastened around the pressing member on a peripheral portion of the electrical device .
A method of managing battery power, comprising: receiving an indication of an application becoming active on a mobile device; reserving battery power for the application prior to executing the application on the mobile device; and performing at least one mitigation action if the required battery power for the application exceeds the available battery power for the mobile device; characterised in that the at least one mitigation action comprises altering operation on a network side to reduce power consumption on the mobile device. receiving an indication of an application becoming active on a mobile device; reserving battery power for the application prior to executing the application on the mobile device; and performing at least one mitigation action if the required battery power for the application exceeds the available battery power for the mobile device; characterised in that the at least one mitigation action comprises altering operation on a network side to reduce power consumption on the mobile device.
Wrapping machine for wrapping a load with a film of plastic material comprising: - a main frame provided with at least two supporting columns having respective upper portions interconnected by beam means ; - a supporting carriage slidably supported by said main frame and moved by first actuating means along a working direction (A); - a moving ring that is rotatably supported by said supporting carriage and driven by second actuating means rotatably around a wrapping axis (X) that is parallel to said working direction (A); - an unwinding unit fixed to said moving ring and provided with a reel of said film and roller means for unwinding and pre-stretching said film ; characterized in that said first driving means comprises a first actuator that is mounted on said main frame at a lower portion of one of said supporting columns at a defined distance (H) from a supporting plane (B) of said wrapping machine and is arranged to actuate a driving shaft , which is rotatably supported by said beam means and provided with at least one driving pulley that is engaged with a flexible element connected to said supporting carriage , said driving pulley , by rotating with said driving shaft actuated by said first actuator , being suitable to move said flexible element and therefore said supporting carriage along said working direction (A). - a main frame provided with at least two supporting columns having respective upper portions interconnected by beam means ; - a supporting carriage slidably supported by said main frame and moved by first actuating means along a working direction (A); - a moving ring that is rotatably supported by said supporting carriage and driven by second actuating means rotatably around a wrapping axis (X) that is parallel to said working direction (A); - an unwinding unit fixed to said moving ring and provided with a reel of said film and roller means for unwinding and pre-stretching said film ;
A server device for authenticating a user from a client device , the user having access to an authentication string , the authenticating string having multiple characters at multiple positions , the characters being selected from a character set , the server device comprising - a storage storing a first verification number (340, g p y ) computed from a subset of a set of character/position data, the subset being indicated by the authentication string (325, p), the set of character/position data (310, g i· 10 n -1- j ) comprising a number for each combination of a character from the character set and a position in an authentication string, - a processor circuit configured to - encrypt the set of character/position data according to a homomorphic encryption algorithm, and send the encrypted set to the client device, - receive a second verification number from the client device, the second verification number being computed by homomorphically computing an encrypted second verification number from a subset of the encrypted set, said subset being indicated by the authentication string, and - verifying the correspondence between the first verification number and the encrypted second verification number to authenticate the user. - a storage storing a first verification number (340, g p y ) computed from a subset of a set of character/position data, the subset being indicated by the authentication string (325, p), the set of character/position data (310, g i· 10 n -1- j ) comprising a number for each combination of a character from the character set and a position in an authentication string, - a processor circuit configured to - encrypt the set of character/position data according to a homomorphic encryption algorithm, and send the encrypted set to the client device, - receive a second verification number from the client device, the second verification number being computed by homomorphically computing an encrypted second verification number from a subset of the encrypted set, said subset being indicated by the authentication string, and - verifying the correspondence between the first verification number and the encrypted second verification number to authenticate the user. - encrypt the set of character/position data according to a homomorphic encryption algorithm, and send the encrypted set to the client device, - receive a second verification number from the client device, the second verification number being computed by homomorphically computing an encrypted second verification number from a subset of the encrypted set, said subset being indicated by the authentication string, and - verifying the correspondence between the first verification number and the encrypted second verification number to authenticate the user.
A Motor vehicle latch comprising: a locking mechanism having a catch and at least one pawl, a latch plate for accommodating the locking mechanism, whereby the latch plate has an inlet area , whereby a latch holder can be inserted to interact with the locking mechanism in the inlet area and whereby the latch plate has at least one deformation formed in a peripheral area of the inlet area , in particular a bead, wherein the deformation is at least partly arranged directly on an edge of the inlet area , characterized in that the deformation demonstrates a first splay and in that the deformation is formed from at least a further second splay opposite the first splay so that a cross-sectional profile is formed as a U shape. a locking mechanism having a catch and at least one pawl, a latch plate for accommodating the locking mechanism, whereby the latch plate has an inlet area , whereby a latch holder can be inserted to interact with the locking mechanism in the inlet area and whereby the latch plate has at least one deformation formed in a peripheral area of the inlet area , in particular a bead, wherein the deformation is at least partly arranged directly on an edge of the inlet area ,
A method for controlling a speaker , the speaker being electrically powered with a Power over Ethernet, PoE, power source , and being connected to a short-term energy storage , comprising: receiving audio for playback on the speaker ; acquiring a time-resolved power analysis of the audio; calculating a time-resolved speaker power requirement for a speaker playing back the audio; comparing the time-resolved speaker power requirement with a combined capacity of the PoE power source and the short-term energy storage ; and adjusting one or more of: a dynamic range, a frequency range, and an output gain of a digital signal processor , such that the speaker power requirement meets the combined capacity of the low-power source and the short-term energy storage for the duration of a playback of the received audio on the speaker , wherein the output gain is lowered as a last step prior to the short-term energy storage getting depleted, in case adjusting at least one of the dynamic range and the frequency range is not sufficient. receiving audio for playback on the speaker ; acquiring a time-resolved power analysis of the audio; calculating a time-resolved speaker power requirement for a speaker playing back the audio; comparing the time-resolved speaker power requirement with a combined capacity of the PoE power source and the short-term energy storage ; and adjusting one or more of: a dynamic range, a frequency range, and an output gain of a digital signal processor , such that the speaker power requirement meets the combined capacity of the low-power source and the short-term energy storage for the duration of a playback of the received audio on the speaker , wherein the output gain is lowered as a last step prior to the short-term energy storage getting depleted, in case adjusting at least one of the dynamic range and the frequency range is not sufficient.
An inflatable slide comprising a restraint arrangement , the restraint arrangement comprising: a force releasing member attached to the inflatable slide at at least two locations, the force releasing member being an element configured to separate in response to a tensile force applied to its extremities, tensile force caused by an increase in pressure in the inflatable slide, wherein the force releasing member is configured to separate in response to a predetermined pressure; a first strap coupled to the force releasing member at a first location, wherein the force releasing member is coupled to the inflatable slide via the first strap ; and a second strap coupled to the force releasing member at a second location, wherein the force releasing member is coupled to the inflatable slide via the second strap and; characterized in that it further comprises a dampener coupled to the force releasing member and the inflatable slide in parallel with the second strap , such that a rate of force applied to the force releasing member is reduced in response to stretching of the dampener . a force releasing member attached to the inflatable slide at at least two locations, the force releasing member being an element configured to separate in response to a tensile force applied to its extremities, tensile force caused by an increase in pressure in the inflatable slide, wherein the force releasing member is configured to separate in response to a predetermined pressure; a first strap coupled to the force releasing member at a first location, wherein the force releasing member is coupled to the inflatable slide via the first strap ; and a second strap coupled to the force releasing member at a second location, wherein the force releasing member is coupled to the inflatable slide via the second strap and; characterized in that it further comprises a dampener coupled to the force releasing member and the inflatable slide in parallel with the second strap , such that a rate of force applied to the force releasing member is reduced in response to stretching of the dampener .
A medicine packet inspection apparatus comprising: a transfer unit configured to transfer medicine packets containing medicines; a photographing unit configured to photograph each medicine packet; a lighting unit configured to provide light to the medicine packet ; and a controller configured to control the lighting unit to sequentially provide lights of different colors to the medicine packet and to control the photographing unit to photograph the medicine packet plural times corresponding to the lights of different colors, wherein the controller configured to judge whether or not medicines matching medicine prescription information are packed in the medicine packet using a plurality of images acquired by photographing the medicine packet under the lights of different colors, characterized in that the controller is configured so that if medicines matching the medicine prescription information are not packed in the medicine packet, an additional inspection is executed, wherein: it controls the lighting unit to provide light of a further different color different from the colors of the lights of different colors; and it controls the photographing unit to additionally photograph the medicine packet corresponding to the light of the further different color. a transfer unit configured to transfer medicine packets containing medicines; a photographing unit configured to photograph each medicine packet; a lighting unit configured to provide light to the medicine packet ; and a controller configured to control the lighting unit to sequentially provide lights of different colors to the medicine packet and to control the photographing unit to photograph the medicine packet plural times corresponding to the lights of different colors, wherein the controller configured to judge whether or not medicines matching medicine prescription information are packed in the medicine packet using a plurality of images acquired by photographing the medicine packet under the lights of different colors, characterized in that the controller is configured so that if medicines matching the medicine prescription information are not packed in the medicine packet, an additional inspection is executed, wherein: it controls the lighting unit to provide light of a further different color different from the colors of the lights of different colors; and it controls the photographing unit to additionally photograph the medicine packet corresponding to the light of the further different color. it controls the lighting unit to provide light of a further different color different from the colors of the lights of different colors; and it controls the photographing unit to additionally photograph the medicine packet corresponding to the light of the further different color.
Method for operating a safety system for a motor vehicle for crossing a system boundary , wherein the motor vehicle travels autonomously inside a predetermined area, which is defined by the system boundary , in an autonomous driving mode from a delivery point to a predetermined position and then from the predetermined position back to the delivery point, characterised by the steps for crossing the system boundary : - detection of a mechanical blocking apparatus of the safety system by means of a detection apparatus of the motor vehicle , wherein the mechanical blocking apparatus forms a part of the system boundary ; - after detection of the mechanical blocking apparatus , detection of a current driving mode of the motor vehicle ; - outputting, using a communication apparatus of the motor vehicle , a driving mode message (F) for opening the mechanical blocking apparatus , and - opening the mechanical blocking apparatus if, according to the driving mode message (F), the motor vehicle is in a non-autonomous driving mode. - detection of a mechanical blocking apparatus of the safety system by means of a detection apparatus of the motor vehicle , wherein the mechanical blocking apparatus forms a part of the system boundary ; - after detection of the mechanical blocking apparatus , detection of a current driving mode of the motor vehicle ; - outputting, using a communication apparatus of the motor vehicle , a driving mode message (F) for opening the mechanical blocking apparatus , and - opening the mechanical blocking apparatus if, according to the driving mode message (F), the motor vehicle is in a non-autonomous driving mode.
A guidance device for use during subretinal administration of a therapeutic agent, the guidance device comprising: an annular base , wherein a bottom surface of the annular base is configured to mirror the contour of a patient's eye , wherein the annular base is configured to be secured to a patient's eye ; a lens coupling feature, wherein the lens coupling feature is configured to removably secure a viewing lens , which is operable to provide for viewing of the interior of a patient's eye through the pupil of the eye , relative to the annular base ; and a guidance anchor , wherein the guidance anchor extends from the annular base , wherein a bottom surface of the guidance anchor is configured to mirror the contour of a patient's eye , wherein the guidance anchor comprises at least one guidance bore extending through the guidance anchor , wherein the at least one guidance bore is configured to receive a needle so as to direct the needle along a unique guidance pathway relative to a patient's eye , wherein the pathway is configured to direct the needle into contact with a patient's eye at a predetermined angle via contact between interior surfaces of the guidance bore and an exterior surface of the needle such that a distal end of the needle can be advanced into the interior of a patient's eye through the sclera and the choroid to the subretinal space of the patient's eye . an annular base , wherein a bottom surface of the annular base is configured to mirror the contour of a patient's eye , wherein the annular base is configured to be secured to a patient's eye ; a lens coupling feature, wherein the lens coupling feature is configured to removably secure a viewing lens , which is operable to provide for viewing of the interior of a patient's eye through the pupil of the eye , relative to the annular base ; and a guidance anchor , wherein the guidance anchor extends from the annular base , wherein a bottom surface of the guidance anchor is configured to mirror the contour of a patient's eye , wherein the guidance anchor comprises at least one guidance bore extending through the guidance anchor , wherein the at least one guidance bore is configured to receive a needle so as to direct the needle along a unique guidance pathway relative to a patient's eye , wherein the pathway is configured to direct the needle into contact with a patient's eye at a predetermined angle via contact between interior surfaces of the guidance bore and an exterior surface of the needle such that a distal end of the needle can be advanced into the interior of a patient's eye through the sclera and the choroid to the subretinal space of the patient's eye .
Filter device for an extractor hood, comprising at least two filter means and at least one housing means having at least one receiving portion for the at least two filter means , each of the at least two filter means having a frame portion and a filter portion , the filter means forming a filter surface when inserted in the receiving portion , the filter device having at least one adjusting means which is provided on the receiving portion of the housing means , the adjusting means comprising at least one spring means which presses the at least one filter means towards the adjacent filter means so as to join the filter means together to form a substantially closed filter surface , the receiving portion having at least one upper contact surface and at least one lateral contact surface for supporting the filter means , the spring means being formed in one piece with the housing means , characterised in that the spring means is provided by a perforation in the housing means and the adjusting means comprises at least one spacer means which is received in the spring means and comprises at least one fastening portion and at least one spacer portion , the fastening portion being inserted into a receptacle in the spring means , the spacer portion having a thickness that corresponds to the greatest conceivable difference between the longitudinal extents , and at least two adjusting means being provided, the adjusting means being provided on opposite lateral contact surfaces .