mhurhangee/ep-ind-claims huggingface dataset:
A radiation imaging apparatus comprising: a sensor unit including a sensor array configured to generate a signal corresponding to radiation; a sound-production unit (204, 208) configured to make a notification by sound production; and notification means for causing the sound-production unit to execute sound production in response to detection of an event, wherein if an event including a sound-production request occurs during a first period including a period of reading out a signal from the sensor array, execution of sound production by the sound-production unit is restricted so as to reduce an influence, which is caused by execution of the sound-production unit, on the signal read out from the sensor array during the first period. a sensor unit including a sensor array configured to generate a signal corresponding to radiation; a sound-production unit (204, 208) configured to make a notification by sound production; and notification means for causing the sound-production unit to execute sound production in response to detection of an event, wherein if an event including a sound-production request occurs during a first period including a period of reading out a signal from the sensor array, execution of sound production by the sound-production unit is restricted so as to reduce an influence, which is caused by execution of the sound-production unit, on the signal read out from the sensor array during the first period.
An electrosurgical instrument for the electrocoagulation of tissue, comprising a jaw part which has two instrument branches (3, 4) of which at least one is movable in relation to the other so that the jaw part can be brought into an opened position or into a closed position, wherein facing sides (7, 8) of the instrument branches (3, 4) are respectively configured as grip faces (14, 15) for the clamping hold of tissue to be coagulated in the closed position and have at least one electrode face (12, 13) each, wherein the grip faces (14, 15) are configured to be electrically insulating; the at least one electrode face (12, 13) is arranged in the grip face (14, 15) of the respective instrument branch (3, 4); and the at least one electrode face (12, 13) is sunk in relative to the grip face (14, 15) thereof on at least one instrument branch (3, 4); characterized in that the grip faces (14, 15) are in the form of a net-like matrix having insulating grip face lands and clearances located therebetween and exposing the electrode faces (12, 13).
A service processing method performed by a user equipment comprising at least one telephone card, the method comprises: • Registering with an Internet Protocol, IP, multimedia subsystem, IMS, network by using a first international mobile subscriber identity, IMSI, corresponding to a first telephone card, and obtaining a first globally routable user agent uniform resource identifier, GRUU (step 101); and • if the user equipment saves a mapping relationship between the first IMSI and a second GRUU, and the second GRUU and the first GRUU have a same IP multimedia public identity, IMPU, configuring a first supplementary service to a supplementary service the same as a second supplementary service (step 102), wherein • the first supplementary service is a supplementary service corresponding to the first GRUU, and the second supplementary service is a supplementary service corresponding to the second GRUU. • Registering with an Internet Protocol, IP, multimedia subsystem, IMS, network by using a first international mobile subscriber identity, IMSI, corresponding to a first telephone card, and obtaining a first globally routable user agent uniform resource identifier, GRUU (step 101); and • if the user equipment saves a mapping relationship between the first IMSI and a second GRUU, and the second GRUU and the first GRUU have a same IP multimedia public identity, IMPU, configuring a first supplementary service to a supplementary service the same as a second supplementary service (step 102), wherein • the first supplementary service is a supplementary service corresponding to the first GRUU, and the second supplementary service is a supplementary service corresponding to the second GRUU.
An impeller and a rotary shaft, the impeller comprising: a disk part which includes a cylindrical part into which the rotary shaft rotating around an axis line is inserted and in which a portion in the axis line direction of the rotary shaft is fixed to the rotary shaft as a grip part, and a disk main body part which extends from the cylindrical part outward in a radial direction of the rotary shaft; a blade which protrudes from the disk main body part toward a side in a first direction in the axis line direction; a reinforcing member attachment part which is formed on the cylindrical part closer to a side in a second direction in the axis line direction than the disk main body part; and a reinforcing member which is formed of a material having a higher specific strength than the disk part, and is attached so as to cover the reinforcing member attachment part from the outside in the radial direction, characterized in that the grip part is disposed so as to be closer to the side in the second direction in the axial line direction than the reinforcing member, the impeller further comprises a grip pressing member including a grip reinforcing member which is attached on the outside in the radial direction of the cylindrical part at which the grip part is disposed and reinforces the grip part, and the grip reinforcing member is formed of a material having a higher specific strength than the disk part. a disk part which includes a cylindrical part into which the rotary shaft rotating around an axis line is inserted and in which a portion in the axis line direction of the rotary shaft is fixed to the rotary shaft as a grip part, and a disk main body part which extends from the cylindrical part outward in a radial direction of the rotary shaft; a blade which protrudes from the disk main body part toward a side in a first direction in the axis line direction; a reinforcing member attachment part which is formed on the cylindrical part closer to a side in a second direction in the axis line direction than the disk main body part; and a reinforcing member which is formed of a material having a higher specific strength than the disk part, and is attached so as to cover the reinforcing member attachment part from the outside in the radial direction, characterized in that the grip part is disposed so as to be closer to the side in the second direction in the axial line direction than the reinforcing member, the impeller further comprises a grip pressing member including a grip reinforcing member which is attached on the outside in the radial direction of the cylindrical part at which the grip part is disposed and reinforces the grip part, and the grip reinforcing member is formed of a material having a higher specific strength than the disk part.
A front end frame for a vehicle, comprising locking brackets respectively mounted on longitudinal beams on either side of the vehicle, wherein a cross beam is connected between the two locking brackets, each locking bracket is further connected with an inclined beam that extends towards the rear side of the vehicle from the locking bracket when mounted on the vehicle and is used for fixing to the vehicle body, characterised in that the cross beam and the inclined beams are mounted on the top of the locking brackets; the bottom of each locking bracket is provided with a mounting structure for mounting on the longitudinal beam, and wherein the locking bracket comprises a first plate and a second plate arranged opposite to each other, first protrusions protruding toward the second plate are arranged on two opposite sides of the first plate respectively, second protrusions protruding toward the first plate are arranged on two opposite sides of the second plate respectively, and the first plate and the second plate are fixed together by welding the first protrusions and the second protrusions. the cross beam and the inclined beams are mounted on the top of the locking brackets; the bottom of each locking bracket is provided with a mounting structure for mounting on the longitudinal beam, and wherein the locking bracket comprises a first plate and a second plate arranged opposite to each other, first protrusions protruding toward the second plate are arranged on two opposite sides of the first plate respectively, second protrusions protruding toward the first plate are arranged on two opposite sides of the second plate respectively, and the first plate and the second plate are fixed together by welding the first protrusions and the second protrusions.
A handling apparatus for the centering of layers and/or for the vertical and/or horizontal transport of piece good layers, the handling apparatus comprising a supporting level and a frame delimiting the piece good layer, wherein the frame is formed from two at least largely horizontally movable lateral limits (4, 30) arranged parallel to each other and two at least largely horizontally movable transverse limits (2, 3, 22, 23) arranged parallel to each other and orthogonal to the side limits (4, 30), wherein at least one of the transverse limits (2, 3, 22, 23) is additionally pivotable about an axis of rotation parallel to the length of the transverse limits (2, 3, 22, 23), characterised in that the lateral limits are each constructed in at least two parts and are variable in length.
An integrated pump module comprising: a rigid housing having a top, a bottom, and a fluid outlet; a fluid reservoir, within the housing, comprising a top, a bottom, and collapsible sidewalls; and a pumping segment coupled between the fluid reservoir and the fluid outlet, the pumping segment configured to transfer a medical fluid to the fluid reservoir and transfer the medical fluid from the fluid reservoir to the fluid outlet, wherein the top of the fluid reservoir moves linearly as a volume of the medical fluid in the fluid reservoir changes. a rigid housing having a top, a bottom, and a fluid outlet; a fluid reservoir, within the housing, comprising a top, a bottom, and collapsible sidewalls; and a pumping segment coupled between the fluid reservoir and the fluid outlet, the pumping segment configured to transfer a medical fluid to the fluid reservoir and transfer the medical fluid from the fluid reservoir to the fluid outlet, wherein the top of the fluid reservoir moves linearly as a volume of the medical fluid in the fluid reservoir changes.
A portable welding-type apparatus comprising: an interchangeable energy storage device (26, 40, 42, 44, 46, 48) configured to provide an output voltage less than a required voltage range for a welding-type process; a first converter connected to the energy storage device (26, 40, 42, 44, 46, 48) and configured to increase the output voltage of the energy storage device; and a second converter to receive the increased output voltage from the first converter and regulate the increased output voltage to within the required voltage and current range for the welding-type process, characterized by further comprising an interchangeable control module configured to control operation of the welding type apparatus to operate according to one of a plurality of welding-type processes, the control module including a housing and a socket including contacts, configured to engage a receptacle of the welding-type apparatus and establishing an electrical connection between the control module and the welding-type apparatus such that the control module may be repeatedly engaged and disengaged with the welding-type apparatus. an interchangeable energy storage device (26, 40, 42, 44, 46, 48) configured to provide an output voltage less than a required voltage range for a welding-type process; a first converter connected to the energy storage device (26, 40, 42, 44, 46, 48) and configured to increase the output voltage of the energy storage device; and a second converter to receive the increased output voltage from the first converter and regulate the increased output voltage to within the required voltage and current range for the welding-type process, characterized by further comprising an interchangeable control module configured to control operation of the welding type apparatus to operate according to one of a plurality of welding-type processes, the control module including a housing and a socket including contacts, configured to engage a receptacle of the welding-type apparatus and establishing an electrical connection between the control module and the welding-type apparatus such that the control module may be repeatedly engaged and disengaged with the welding-type apparatus.
Method of separating oxygen from an oxygen containing gas, said method comprising the steps of: guiding heated and compressed oxygen containing gas to the primary side of a dense inorganic membrane, thereby heating the inorganic membrane by the oxygen containing gas to a temperature at which it is permeable for oxygen, and creating a pressure difference between the primary side and a secondary side of the inorganic membrane, wherein an oxygen flow through the inorganic membrane is created, thereby separating the oxygen from the oxygen containing gas, characterized in that the heated and compressed oxygen is generated by compressing and heating the oxygen containing gas in a plasma pump. guiding heated and compressed oxygen containing gas to the primary side of a dense inorganic membrane, thereby heating the inorganic membrane by the oxygen containing gas to a temperature at which it is permeable for oxygen, and creating a pressure difference between the primary side and a secondary side of the inorganic membrane, wherein an oxygen flow through the inorganic membrane is created, thereby separating the oxygen from the oxygen containing gas, the heated and compressed oxygen is generated by compressing and heating the oxygen containing gas in a plasma pump.
A computer readable medium storing a computer program for execution by at least one processor, the computer program comprising sets of instructions for: identifying a plurality of lines of object code in a digital content; characterised in that the instructions further include the steps of: for each line of a set of lines of object code, selecting at least a portion of the line, wherein for at least a subset of the lines, the selected portion of object code is less than the entire line; generating a single digital signature for the entire digital content from the selected portions; and distributing the digital content with the single digital signature to a user device. for each line of a set of lines of object code, selecting at least a portion of the line, wherein for at least a subset of the lines, the selected portion of object code is less than the entire line; generating a single digital signature for the entire digital content from the selected portions; and distributing the digital content with the single digital signature to a user device.
System for cleaning a flow of harvested crop, said system comprising a conveyor and a second conveyor, the conveyor comprising an impervious conveyor belt and being arranged to convey said flow downstream of said conveyor onto the second conveyor underneath a cleaning zone into which said flow is intended to be discharged, and a suction cleaning unit located above said cleaning zone and operable to generate an upward air flow through said cleaning zone for extracting residues contained in said discharged flow, said system further comprising at least an upstream conveying roll and a downstream conveying roll that are disposed behind a downstream end of the conveyor in an upstream part (Za) of the cleaning zone in order to be fed with the flow of harvested crop discharged from the conveyor, said conveying rolls (11a, 11b) being arranged to convey said crop flow and to discharge it into a downstream part (Zb) of the cleaning zone, the upstream conveying roll being disposed in the continuity of the conveyor while forming passages (P') between the conveyor and the upstream roll, said passages being arranged to allow an upward air flow therethrough for extracting residues from the crop moving from the conveyor to the upstream roll, the second conveyor being arranged under a discharge zone of the downstream conveying roll to receive the flow of harvested crop fed thereto along a ballistic trajectory imparted by the downstream conveying roll, the second conveyor further being arranged to convey a cleaned crop flow along a direction different from a conveying direction of the conveyor, wherein passages are formed between or through said conveying rolls (11a, 11b), said passages being arranged to allow an upward air flow therethrough for extracting residues from the crop present on the conveying rolls (11a, 11b), the system being characterized in that the upstream conveying roll presents a nominal diameter that is greater than the nominal diameter of the downstream conveying roll.
A mobile device (301, 302), from which a data update is transmittable to devices of the members representing a given user group, to which mobile device the information related to this user group is recordable and from which mobile device a connection is establishable to the devices (303, 304, 401) of this user group, and which mobile device comprises - means for defining changing information as update data related to the user group and - means for automatically transmitting (303, 304, 401) the update data for each device belonging to the user group through a defined connection bus; characterized in that the mobile device includes a log file for keeping register of performed and not performed data updates and for recording time information of the update data. - means for defining changing information as update data related to the user group and - means for automatically transmitting (303, 304, 401) the update data for each device belonging to the user group through a defined connection bus;
A closing device for an open food can, which is a stop-like device suitable to be placed on a point of the open circumference or rim of a food can that still has the lid thereof, and to clip on that point of the open circumference enabling the lid of the opened food can to be pressed in a closed position, wherein by means of the use of several closing devices along the circumference it is ensured that the entirely of the lid of the can remains in a closed position; and wherein that device is made from plastic material and has a transverse cross section comprising an inverted U-shaped central profile with an outer wall facing an inner wall and both remaining joined by an edge; characterized in that it also comprises a ridge that projects from the free end of the outer wall, and a fastening tab that projects from the free end of the inner wall; and at least one surface slit in the inner face of the outer wall.
A book block for a book-like document having a plurality of data pages arranged on top of one another which are interconnected along a folded edge and in their folded disposition form a book block spine along said folded edge, with a flexibly compliant clamp element which engages around the book block spine being applied to an outer surface of the uppermost and lowermost data pages or to an outer surface of the end paper of the book block covering said upper and the lower data pages, with restoring forces being created in the clamp element when the book block is opened on individual data pages or on the end paper, such that as soon as the individual data pages or the end paper are no longer held open, the book block, due to these restoring forces, will close again an recover its folded disposition.
Bucket conveyor or star feeder, with conveyor elements for conveying pelletized, hot, material to be conveyed, having a gastight cover for shielding the material to be conveyed, characterized in that at least one distributor line for feeding in a protective gas is provided on at least one inner side of the cover so that the space in the conveyor system and inside the cover can be rinsed with protective gas in order to avoid ingressing the ambient atmosphere, wherein the cover has lateral gastight walls and upper gastight walls, and the distributor lines have bore holes and/or slits on their upper sides and under sides, such that the protective gas is fed in directed upward and downward parallel to the lateral cover, in order to form an outward directed stream of protective gas, and wherein the distributor line penetrates the lateral gastight walls of the cover and the cover has sealing gaps adjoining the conveyor system, in order to carry off excess protective gas and to cool the conveyor system.
Method for analyzing an automation system of a mechanism, in particular a driver assistance system of a vehicle which has environment sensors, comprising the following operating steps: • Simulating an environmental scenario for the mechanism, in particular a traffic scenario; • Deriving a response signal to be detected by at least one environment sensor, in particular an ultrasonic response signal, based on the environment scenario from the perspective of the at least one environment sensor; • Outputting the response signal to the at least one environment sensor by means of an emulator, wherein the at least one environment sensor generates sensor data based on the output response signal; • Operating the automation system and/or the mechanism by means of the generated sensor data and preferably further sensor data of real and/or simulated sensors; and characterized in that the method further has following operating step: • Simulating the at least one environmental sensor using a sensor model, wherein the at least one simulated environment sensor virtually senses the simulated environment scenario, and the response signal is generated based on the virtually sensed simulated environment scenario. • Simulating an environmental scenario for the mechanism, in particular a traffic scenario; • Deriving a response signal to be detected by at least one environment sensor, in particular an ultrasonic response signal, based on the environment scenario from the perspective of the at least one environment sensor; • Outputting the response signal to the at least one environment sensor by means of an emulator, wherein the at least one environment sensor generates sensor data based on the output response signal; • Operating the automation system and/or the mechanism by means of the generated sensor data and preferably further sensor data of real and/or simulated sensors; and • Simulating the at least one environmental sensor using a sensor model,