mhurhangee/ep-ind-claims huggingface dataset:
A surgical robot for performing surgery of the minimally invasive type on a body to be operated upon, which surgical robot comprises a number of surgical arms having respective distal ends to each of which distal ends a surgical instrument is connected for performing surgical procedures inside a human or animal body, a base element manipulation means (20, 21) for manipulating the surgical arms relative to the base element for performing said surgery, and control means for controlling said manipulation means, positioning means (114, 115) for positioning the base element above the body, characterised in that: the manipulation means (20, 21) comprise two manipulation arms (20, 21) to be driven by drive means (31, 32) for each surgical arm, each manipulation arm (20, 21) is on the one hand connected to the base element and which on the other hand engages an associated surgical arm at an upper point of engagement; the two manipulation arms (20, 21) defining a V-shape between them, with the upper point of engagement being located in the point of the V-shape; wherein the manipulation means further comprises two reference arms (18, 19), which on the one hand are connected to the base element and which on the other hand engage the surgical arm at the location of a lower point of engagement located between the upper point of engagement and the distal end of the surgical arm, the reference arms defining a V-shape between them, with the lower point of engagement being located in the point of the V-shape; and in that, the surgical arms comprise a fixed tubular surgical arm part and an arm part which is movable with respect to the fixed surgical arm part. the manipulation means (20, 21) comprise two manipulation arms (20, 21) to be driven by drive means (31, 32) for each surgical arm, each manipulation arm (20, 21) is on the one hand connected to the base element and which on the other hand engages an associated surgical arm at an upper point of engagement; the two manipulation arms (20, 21) defining a V-shape between them, with the upper point of engagement being located in the point of the V-shape; wherein the manipulation means further comprises two reference arms (18, 19), which on the one hand are connected to the base element and which on the other hand engage the surgical arm at the location of a lower point of engagement located between the upper point of engagement and the distal end of the surgical arm, the reference arms defining a V-shape between them, with the lower point of engagement being located in the point of the V-shape; and in that, the surgical arms comprise a fixed tubular surgical arm part and an arm part which is movable with respect to the fixed surgical arm part.
A battery-powered control device for controlling an electrical load in a load control system, the battery-powered control device comprising: a base portion configured to be mounted over an actuator of a mechanical switch that controls power delivered to the electrical load; a control unit (220, 300) arranged on the base portion and configured to control an amount of power delivered to the electrical load; a battery compartment configured to store a battery for powering the battery-powered control device; one or more light sources; and a low battery indicator; characterized in that the battery-powered control device further comprises: a battery removal device operable to provide access to the battery compartment, the battery removal device comprising a release tab configured to provide access to the battery compartment when the release tab is pulled or pushed; wherein the low battery indicator is configured to be illuminated by the one or more light sources of the control device to indicate a low battery condition and a location of the battery removal device; wherein the control unit (220, 300) is further configured to detect the low battery condition and control the one or more light sources to illuminate the low battery indicator in response to detecting the low battery condition. a base portion configured to be mounted over an actuator of a mechanical switch that controls power delivered to the electrical load; a control unit (220, 300) arranged on the base portion and configured to control an amount of power delivered to the electrical load; a battery compartment configured to store a battery for powering the battery-powered control device; one or more light sources; and a low battery indicator; a battery removal device operable to provide access to the battery compartment, the battery removal device comprising a release tab configured to provide access to the battery compartment when the release tab is pulled or pushed; wherein the low battery indicator is configured to be illuminated by the one or more light sources of the control device to indicate a low battery condition and a location of the battery removal device; wherein the control unit (220, 300) is further configured to detect the low battery condition and control the one or more light sources to illuminate the low battery indicator in response to detecting the low battery condition.
A flash lamp comprising an insulative envelope containing a gas and housing a pair of arcing electrodes (18, 24), each electrode being formed of a conductive material, wherein an instance of isolated conductive material has been formed at a location on the inside of the envelope adjacent an electrode, wherein the isolated conductive material is formed from evaporated material of the conductive material of the electrode, characterised by a plurality of instances of isolated conductive material being formed at locations on the inside of the envelope adjacent an electrode.
Hinge for a pivotable body part of a vehicle, having at least one hinge element having a fastening section for fixing the hinge element by means of at least one connection element (6, 7, 8) to the body part or a vehicle shell and having a joint section for the flexible connection to a further hinge element of the hinge, wherein the fastening section of the hinge element, after exceeding a load limit, is displaceable relative to the body part and/or the vehicle shell, without being released therefrom, characterised in that - at least one connection element (6, 7, 8) is fastened in a sleeve, which is axially displaceable relative to the body part or the vehicle shell, and to one of the hinge elements (2, 3), wherein - the sleeve. is guided in a nut fixed to the body part or the vehicle shell, wherein - the sleeve is frictionally connected to the body part, the vehicle shell or the nut, and wherein the frictional connection is lifted after exceeding of the load limit. - at least one connection element (6, 7, 8) is fastened in a sleeve, which is axially displaceable relative to the body part or the vehicle shell, and to one of the hinge elements (2, 3), wherein - the sleeve. is guided in a nut fixed to the body part or the vehicle shell, wherein - the sleeve is frictionally connected to the body part, the vehicle shell or the nut, and wherein the frictional connection is lifted after exceeding of the load limit.
Copper/nickel/zinc alloy having the following composition [in % by weight]: Cu 46.0 to 51.0%, Ni 8.0 to 11.0%, Mn 0.2 to 0.6%, Si 0.05 to 0.5%, Fe and/or Co up to 0.8%, respectively, wherein the sum of Fe content and double the Co content is at least 0.1%, balance Zn and inevitable impurities, wherein nickel-, iron- and manganese-containing and/or nickel-, cobalt- and manganese-containing mixed silicides are embedded as spherical or ellipsoidal particles in a structure comprising α phase and β phase. Cu 46.0 to 51.0%, Ni 8.0 to 11.0%, Mn 0.2 to 0.6%, Si 0.05 to 0.5%, Fe and/or Co up to 0.8%, respectively, wherein the sum of Fe content and double the Co content is at least 0.1%, balance Zn and inevitable impurities, wherein nickel-, iron- and manganese-containing and/or nickel-, cobalt- and manganese-containing mixed silicides are embedded as spherical or ellipsoidal particles in a structure comprising α phase and β phase.
A reconfigurable semiconductor device comprising: a plurality of logic sections that are connected to each other by an address line or a data line; and an analog section including a plurality of input/output sections and an output amplifier, wherein the plurality of logic sections and the analog section are mounted in the same chip package, wherein each of the logic sections includes a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, the first memory cell unit being adapted to operate in synchronism with the internal clock signal, and the second memory cell unit being adapted to operate in synchronism with the system clock signal. a plurality of logic sections that are connected to each other by an address line or a data line; and an analog section including a plurality of input/output sections and an output amplifier, wherein the plurality of logic sections and the analog section are mounted in the same chip package, wherein each of the logic sections includes a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, the first memory cell unit being adapted to operate in synchronism with the internal clock signal, and the second memory cell unit being adapted to operate in synchronism with the system clock signal.
A tight joint and fixation carrier for protective medium materials, applied for fixedly positioning and tightly jointing a protective medium material in correspondence with the mouth-nose area of a human body, comprising: a carrier body, made of a flexible material and corresponding to the mouth and nose areas thereby surrounding to form a connection with the protective medium material and including a front frame body which has a front frame opening, wherein the upper edge of the front frame body is attached to the bridge of a nose, the wings of the nose and a cheekbone, while the lower edge of the front frame body is wrapped around the front part of the mandible, and the two sides of the front frame body extend from the cheekbone and the mandible towards the ear to form a lateral frame body having a lateral frame opening and an ear frame body having an ear frame opening, and then further extend from the ear frame opening towards a rear-neck part to form a rear-neck fixation component, wherein an abutting push component extends from the front frame body of the carrier body facing the mouth-nose area, and a clipping layer is formed between the abutting push component and the inner side of the front frame body for placing the protective medium material in position, and the tip part of the abutting push component stretches through the front frame opening of the front frame body thus further pushing the protective medium material towards outside by means of the tip part of the abutting push component so as to keep away from the mouth-nose area; and wherein the lateral frame opening is designed for leaving blank on cheeks. a carrier body, made of a flexible material and corresponding to the mouth and nose areas thereby surrounding to form a connection with the protective medium material and including a front frame body which has a front frame opening, wherein the upper edge of the front frame body is attached to the bridge of a nose, the wings of the nose and a cheekbone, while the lower edge of the front frame body is wrapped around the front part of the mandible, and the two sides of the front frame body extend from the cheekbone and the mandible towards the ear to form a lateral frame body having a lateral frame opening and an ear frame body having an ear frame opening, and then further extend from the ear frame opening towards a rear-neck part to form a rear-neck fixation component, wherein an abutting push component extends from the front frame body of the carrier body facing the mouth-nose area, and a clipping layer is formed between the abutting push component and the inner side of the front frame body for placing the protective medium material in position, and the tip part of the abutting push component stretches through the front frame opening of the front frame body thus further pushing the protective medium material towards outside by means of the tip part of the abutting push component so as to keep away from the mouth-nose area; and wherein the lateral frame opening is designed for leaving blank on cheeks.
A food processor, characterized in that, it comprises: - a main unit; - a bowl assembly capable of being assembled to the main unit; and, characterized in that it further comprises a a food processor circuit comprising: - a light source, - a main control module connected with the light source and used for controlling the light source to emit light; - a solar module used for receiving light emit by the light source and converting light energy into electrical energy; and, - a power receiving circuit connected with the solar module and used for receiving electrical energy generated by the solar module as the electrical energy needed for its operation. - a main unit; - a bowl assembly capable of being assembled to the main unit; and, characterized in that it further comprises a a food processor circuit comprising: - a light source, - a main control module connected with the light source and used for controlling the light source to emit light; - a solar module used for receiving light emit by the light source and converting light energy into electrical energy; and, - a power receiving circuit connected with the solar module and used for receiving electrical energy generated by the solar module as the electrical energy needed for its operation. - a light source, - a main control module connected with the light source and used for controlling the light source to emit light; - a solar module used for receiving light emit by the light source and converting light energy into electrical energy; and, - a power receiving circuit connected with the solar module and used for receiving electrical energy generated by the solar module as the electrical energy needed for its operation.
A method of video decoding comprising: receiving a coded video bitstream including a current picture; determining a predetermined condition associated with signaling data included in the coded video bitstream, the predetermined condition including determining which of a maximum number of merge mode candidates and a maximum number of IBC candidates is greater; setting, in response to determining that the maximum number of merge mode candidates is greater than the maximum number of IBC candidates, a size of an index included in the signaling data for a candidate list of vector predictors to the maximum number of merge mode candidates, and in response to determining that the maximum number of merge mode candidates is less than the maximum number of IBC candidates, setting the size of the index to the maximum number of IBC candidates; constructing the candidate list with vector predictors; retrieving a vector predictor from the candidate list in accordance with the index that has a value that does not exceed the set size of the index; and decoding the current block in accordance with the retrieved vector predictor. receiving a coded video bitstream including a current picture; determining a predetermined condition associated with signaling data included in the coded video bitstream, the predetermined condition including determining which of a maximum number of merge mode candidates and a maximum number of IBC candidates is greater; setting, in response to determining that the maximum number of merge mode candidates is greater than the maximum number of IBC candidates, a size of an index included in the signaling data for a candidate list of vector predictors to the maximum number of merge mode candidates, and in response to determining that the maximum number of merge mode candidates is less than the maximum number of IBC candidates, setting the size of the index to the maximum number of IBC candidates; constructing the candidate list with vector predictors; retrieving a vector predictor from the candidate list in accordance with the index that has a value that does not exceed the set size of the index; and decoding the current block in accordance with the retrieved vector predictor.
Method for reforming a hydrocarbon fuel for generating hydrogen especially for operating a fuel cell, comprising: a start-up phase comprising establishing in a fuel reformer an autothermal fuel reforming process which comprises the following processes: - an exothermic catalytic partial oxidation process for reforming the hydrocarbon fuel to hydrogen, and - an endothermic catalytic steam reforming process which is initiated by means of water steam which is generated by means of a combustion reactor by catalytically converting the hydrogen from the exothermic catalytic partial oxidation process into said water steam, and which water steam is fed back into the fuel reformer, and a steady state operation phase in which the hydrogen which is generated by the ATR process is fed to the fuel cell for operating the same, wherein an initial step is preceding the establishing of the ATR process by the start-up phase, in which hydrocarbon fuel and air is fed into the fuel reformer as a lean mixture such that the fuel reformer is catalytically started and heated by an exothermic reaction. - an exothermic catalytic partial oxidation process for reforming the hydrocarbon fuel to hydrogen, and - an endothermic catalytic steam reforming process which is initiated by means of water steam which is generated by means of a combustion reactor by catalytically converting the hydrogen from the exothermic catalytic partial oxidation process into said water steam, and which water steam is fed back into the fuel reformer, and a steady state operation phase in which the hydrogen which is generated by the ATR process is fed to the fuel cell for operating the same, wherein an initial step is preceding the establishing of the ATR process by the start-up phase, in which hydrocarbon fuel and air is fed into the fuel reformer as a lean mixture such that the fuel reformer is catalytically started and heated by an exothermic reaction.
An open-end spinning rotor (1 a, 1 b, 1 c), comprising a rotor shaft (4a, 4b, 4c), a rotor cup (2, 2c) and a coupling device (3a, 3b, 3c), which detachably connects the rotor shaft (4a, 4b, 4c) and the rotor cup (2, 2c) with one another, wherein the coupling device (3a, 3b, 3c) has a locking mechanism (5, 6) for axial locking of the rotor cup (2, 2c), means of transmission (9, 10, 11, 12) for positive transfer of a torque from the rotor shaft (4a, 4b, 4c) to the rotor cup (2, 2c) and additional centring aids for centring the rotor shaft (4a, 4b, 4c) and rotor cup (2, 2c), wherein the centring aid comprises a cylindrical bore (8, 8c) and a corresponding guide projection (7, 7c), which can be inserted into the cylindrical bore (8, 8c), characterised in that the cylindrical bore (8, 8c) and the guide projection (7, 7c) have a clearance fit, the clearance between the cylindrical bore (8, 8c) and the guide projection (7, 7c) is smaller than 0.1 mm, and the centring aids comprise an elastic configuration (13, 14, 15b, 15c), which is arranged between the cylindrical bore (8, 8c) and the guide projection (7, 7c).
A method for reducing SAR, specific absorption rate, exposure in a user of a mobile device, the exposure resulting from radiofrequency electromagnetic field radiation from the mobile device that autonomously requires radiofrequency transmission for communication with a remote receiving station, including packet switching capabilities to transmit or receive data from a packet switched network, the method comprising: imposing a set of safety rules with respect to data services and applications for reducing the SAR from the mobile device, the safety rules applied by a SAR software application, SAR app, on the mobile device, the SAR app including user-defined preferences to enable selected ones of the data services and the applications to remain active while temporarily disabling other ones of the data services and the applications, the safety rules configured to reduce the specific absorption rate exposure to the user by temporarily disabling the selected one of the data services or the applications on the device that require radiofrequency transmission, wherein the imposed safety rules are adapted to temporarily disable the other ones of the data services or the applications on the device by the user-defined preferences as selected on the SAR app by the user and by the user's current environment to reduce the specific absorption rate exposure to the user. imposing a set of safety rules with respect to data services and applications for reducing the SAR from the mobile device, the safety rules applied by a SAR software application, SAR app, on the mobile device, the SAR app including user-defined preferences to enable selected ones of the data services and the applications to remain active while temporarily disabling other ones of the data services and the applications, the safety rules configured to reduce the specific absorption rate exposure to the user by temporarily disabling the selected one of the data services or the applications on the device that require radiofrequency transmission, wherein the imposed safety rules are adapted to temporarily disable the other ones of the data services or the applications on the device by the user-defined preferences as selected on the SAR app by the user and by the user's current environment to reduce the specific absorption rate exposure to the user.