mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: connecting to an enterprise server with a first enterprise application on a personal device; receiving a policy from the enterprise server; applying, by a processor circuit, the policy to the first enterprise application; applying, by the processor circuit, the policy to a second enterprise application automatically when the second enterprise application is used; generating a policy key on the personal device from the policy on the personal device; providing the policy key to the enterprise server for comparison to the policy on the enterprise server; and receiving a notification from the enterprise server that the policy on the personal device is up to date or the policy on the personal device needs to be updated. connecting to an enterprise server with a first enterprise application on a personal device; receiving a policy from the enterprise server; applying, by a processor circuit, the policy to the first enterprise application; applying, by the processor circuit, the policy to a second enterprise application automatically when the second enterprise application is used; generating a policy key on the personal device from the policy on the personal device; providing the policy key to the enterprise server for comparison to the policy on the enterprise server; and receiving a notification from the enterprise server that the policy on the personal device is up to date or the policy on the personal device needs to be updated.
A lighting device comprising: a driver arranged at a base of the lighting device, a heat sink arranged at a portion of the lighting device, separate from the driver, a light source mounted to the heat sink, a wire arranged to electrically connect the light source to the driver, wherein a portion of the wire extending from the base to said portion of the lighting device is arranged to be exposed to light from the light source, and an envelope arranged to enclose at least the light source and the exposed portion of the wire; wherein the wire is arranged separate from the envelope and runs freely from the base to the portion of the lighting device, characterized in that a segment of the exposed portion is curled. a driver arranged at a base of the lighting device, a heat sink arranged at a portion of the lighting device, separate from the driver, a light source mounted to the heat sink, a wire arranged to electrically connect the light source to the driver, wherein a portion of the wire extending from the base to said portion of the lighting device is arranged to be exposed to light from the light source, and an envelope arranged to enclose at least the light source and the exposed portion of the wire; wherein the wire is arranged separate from the envelope and runs freely from the base to the portion of the lighting device, characterized in that a segment of the exposed portion is curled.
Method for the preparation of a β-substituted γ-amino carboxylic acid of general formula comprising a one-pot conversion of a β-substituted γ-nitro dicarboxylic acid ester or of a β-substituted γ-nitro dicarboxylate of general formula to a β-substituted γ-nitro carboxylic acid of general formula and a subsequent reduction of the γ-nitro group to an amine group, wherein R 1 is selected from the group consisting of C 1 - to C 12 -alkyl, alkenyl, alkynyl, and aryl, which may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, and R 2 and R 3 are independently from one another selected from the group consisting of a C 1 - to C 12 -alkyl or aryl group that may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, an alkali metal ion or a tetra-substituted ammonium ion, or R 2 and R 3 are together forming a C 3 - to C 12 -alkyl, alkenyl or aryl ring structure, which ring structure may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, or are an alkaline earth metal ion, wherein alkyl, alkenyl and alkynyl may be linear or branched or include a cyclic moiety, characterized in that the one-pot conversion of to involves the treatment of with 0.2 to 10 equivalents of a strong Brønsted acid S using a carboxylic acid C as solvent, in the presence of 1 to 15 equivalents of water, at a temperature of between 90 °C and 120 °C and a concentration of less than 1 M. R 1 is selected from the group consisting of C 1 - to C 12 -alkyl, alkenyl, alkynyl, and aryl, which may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, and R 2 and R 3 are independently from one another selected from the group consisting of a C 1 - to C 12 -alkyl or aryl group that may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, an alkali metal ion or a tetra-substituted ammonium ion, or R 2 and R 3 are together forming a C 3 - to C 12 -alkyl, alkenyl or aryl ring structure, which ring structure may optionally be substituted and/or include one or more heteroatoms in its carbon skeleton, or are an alkaline earth metal ion, wherein alkyl, alkenyl and alkynyl may be linear or branched or include a cyclic moiety, characterized in that the one-pot conversion of to involves the treatment of with 0.2 to 10 equivalents of a strong Brønsted acid S using a carboxylic acid C as solvent, in the presence of 1 to 15 equivalents of water, at a temperature of between 90 °C and 120 °C and a concentration of less than 1 M.
A Power generating system having a gas turbine, a flue gas exhaust stage and a blow-off valve assembly; said gas turbine comprising a compression stage, a combustion stage, an expansion stage, a driveshaft and a control system; wherein the flue gas exhaust stage is connected to the expansion stage so that the flue gas may flow from the expansion stage into a portion of the flue gas exhaust stage; said blow-off valve assembly selectively providing fluid communication between said compression stage and said flue gas exhaust stage; said control system comprising: a controller configured and adapted to signal said blow-off valve assembly to provide said fluid communication in response to a sudden de-loading of said gas turbine; wherein said sudden de-loading is an at least 10 percent drop in mass flow through said compressor within a predetermined time period of less than 5 seconds.
A method of tapering a toothbrush bristle by immersing the tooth brush bristle into one chemical solution selected from among a sodium hydroxide solution and a sulfuric acid solution, comprising: cutting bundles of toothbrush bristles; and immersing the cut bundles of toothbrush bristles in random orientation into a chemical solution throughout and entire length thereof to taper both sides of the toothbrush bristles. cutting bundles of toothbrush bristles; and immersing the cut bundles of toothbrush bristles in random orientation into a chemical solution throughout and entire length thereof to taper both sides of the toothbrush bristles.
A robot cleaner comprising: a body configured to define an external appearance and comprising a drive motor; a rotary plate (10, 20) having a lower portion to which a mop facing a floor is coupled, the rotary plate (10, 20) being rotatably coupled to the body; and a coupler (50, 60) disposed on an upper portion of the rotary plate (10, 20), wherein the rotary plate (10, 20) comprises: a central plate; a plurality of spokes radially provided along an outer circumferential surface of the central plate; an outer peripheral plate connected to the plurality of spokes and extending radially by a predetermined width; and a rotary shaft having one side coupled to the drive motor and the other side coupled to the central plate and configured to rotate the central plate, and wherein the coupler (50, 60) comprises a coupling portion having a space penetrated by the rotary shaft, characterized in that the coupler (50, 60) further comprises support portions extending by a predetermined length outward in a radial direction from an outer circumferential surface of the coupling portion. a body configured to define an external appearance and comprising a drive motor; a rotary plate (10, 20) having a lower portion to which a mop facing a floor is coupled, the rotary plate (10, 20) being rotatably coupled to the body; and a coupler (50, 60) disposed on an upper portion of the rotary plate (10, 20), wherein the rotary plate (10, 20) comprises: a central plate; a plurality of spokes radially provided along an outer circumferential surface of the central plate; an outer peripheral plate connected to the plurality of spokes and extending radially by a predetermined width; and a rotary shaft having one side coupled to the drive motor and the other side coupled to the central plate and configured to rotate the central plate, and wherein the coupler (50, 60) comprises a coupling portion having a space penetrated by the rotary shaft, characterized in that the coupler (50, 60) further comprises support portions extending by a predetermined length outward in a radial direction from an outer circumferential surface of the coupling portion. a central plate; a plurality of spokes radially provided along an outer circumferential surface of the central plate; an outer peripheral plate connected to the plurality of spokes and extending radially by a predetermined width; and a rotary shaft having one side coupled to the drive motor and the other side coupled to the central plate and configured to rotate the central plate, and wherein the coupler (50, 60) comprises a coupling portion having a space penetrated by the rotary shaft, characterized in that the coupler (50, 60) further comprises support portions extending by a predetermined length outward in a radial direction from an outer circumferential surface of the coupling portion.
A non-human model animal in which the gene encoding thioredoxin is modified wherein the modified thioredoxin gene has a nucleotide sequence capable of expressing thioredoxin in which the 54th amino acid F is replaced with L, wherein the non-human model animal is selected from the group consisting of a rat and a mouse, wherein the non-human model animal is not exclusively obtained by means of an essentially biological process.
A method for orienting a tubing string with respect to a casing string in a wellbore, the casing string having a first and second latch couplings (134, 137) and first and second casing string windows (110, 112) associated with first and second lateral bores (104, 106), the method comprising: providing a tubing string having a first tubing string window and a first latch key located in a first section of said tubing string and a second tubing string window and a second latch key located in a second section of said tubing string; providing within said tubing string a joint that demarcates said first section from said second section and that enables movement of said second section with respect to the first section; disposing the tubing string into the casing string to a position at which at least part of the first tubing string window is adjacent to at least part of the first casing string window and at which the first latch coupling is configured to receive the first latch key to prevent at least one of the group consisting of rotation and axial translation of the first section of said tubing string with respect to the casing string; actuating a first switch by said first latch key when said first latch key is received in said first latch coupling; and providing a signal to an operator by a circuit when said first switch is actuated. providing a tubing string having a first tubing string window and a first latch key located in a first section of said tubing string and a second tubing string window and a second latch key located in a second section of said tubing string; providing within said tubing string a joint that demarcates said first section from said second section and that enables movement of said second section with respect to the first section; disposing the tubing string into the casing string to a position at which at least part of the first tubing string window is adjacent to at least part of the first casing string window and at which the first latch coupling is configured to receive the first latch key to prevent at least one of the group consisting of rotation and axial translation of the first section of said tubing string with respect to the casing string; actuating a first switch by said first latch key when said first latch key is received in said first latch coupling; and providing a signal to an operator by a circuit when said first switch is actuated.
A battery pack for providing power to a medical device, comprising: a battery; an electrical interface having a pair of output terminals (5014a, 5014b), wherein the interface is configured to be electrically coupled to an interface of a medical device, wherein the electrical interface is configured to provide power from the battery to the medical device via the output terminals; a processor configured to send an electrical power output to the output terminals; a sensor in communication with the processor, wherein the sensor is configured to sense at least one characteristic of the medical device, said at least one characteristic comprising a current drawn by the medical device; and a voltage regulator in communication with the processor and configured to regulate a voltage of the electrical power output, wherein the voltage regulator is configured to provide partial power to the medical device using a polling voltage having a level of voltage insufficient to power the medical device for normal use, to sense the at least one characteristic; wherein the processor is further configured to: adjusting a polarity of the output terminals based on the sensed current of the medical device such that the electrical interface of the battery pack and the interface of medical device are operationally compatible; and operate the battery pack according to an operational profile associated with the medical device. a battery; an electrical interface having a pair of output terminals (5014a, 5014b), wherein the interface is configured to be electrically coupled to an interface of a medical device, wherein the electrical interface is configured to provide power from the battery to the medical device via the output terminals; a processor configured to send an electrical power output to the output terminals; a sensor in communication with the processor, wherein the sensor is configured to sense at least one characteristic of the medical device, said at least one characteristic comprising a current drawn by the medical device; and a voltage regulator in communication with the processor and configured to regulate a voltage of the electrical power output, wherein the voltage regulator is configured to provide partial power to the medical device using a polling voltage having a level of voltage insufficient to power the medical device for normal use, to sense the at least one characteristic; wherein the processor is further configured to: adjusting a polarity of the output terminals based on the sensed current of the medical device such that the electrical interface of the battery pack and the interface of medical device are operationally compatible; and operate the battery pack according to an operational profile associated with the medical device. adjusting a polarity of the output terminals based on the sensed current of the medical device such that the electrical interface of the battery pack and the interface of medical device are operationally compatible; and operate the battery pack according to an operational profile associated with the medical device.
An acetabular cup implant, comprising: a shell having an outer shell surface adapted for seating in a subject's pelvic bone, an inner shell surface, a shell opening, and a rim (108, 114) positioned peripheral to the shell opening and having a waveform shape, the waveform shape having at least one wave peak and at least one wave valley; and a liner (300, 302) adapted for insertion into the shell, the liner (300, 302) having an outer liner surface, an inner liner surface, a liner opening, and a rim positioned peripheral to the liner opening and having a waveform shape, the waveform shape having at least one wave peak and at least one wave valley; wherein at least a portion of the liner rim rests on at least a portion of the shell rim upon insertion of the liner (300, 302) into the shell, a smooth surface extending between the at least one wave peak and the at least one wave valley of the shell; and a smooth surface extending between the at least one wave peak and the at least one wave valley of the liner; characterized in that the waveform shapes and the smooth surfaces of the shell and liner (300, 302) are adapted to guide during insertion of the liner into the shell relative rotation of the shell and liner (300, 302) from a first position wherein the peak of the shell rim waveform is not located in the valley of the liner rim waveform to a second position wherein the peak of the shell rim waveform is located in the valley of the liner rim waveform. a shell having an outer shell surface adapted for seating in a subject's pelvic bone, an inner shell surface, a shell opening, and a rim (108, 114) positioned peripheral to the shell opening and having a waveform shape, the waveform shape having at least one wave peak and at least one wave valley; and a liner (300, 302) adapted for insertion into the shell, the liner (300, 302) having an outer liner surface, an inner liner surface, a liner opening, and a rim positioned peripheral to the liner opening and having a waveform shape, the waveform shape having at least one wave peak and at least one wave valley; wherein at least a portion of the liner rim rests on at least a portion of the shell rim upon insertion of the liner (300, 302) into the shell, a smooth surface extending between the at least one wave peak and the at least one wave valley of the shell; and a smooth surface extending between the at least one wave peak and the at least one wave valley of the liner; characterized in that the waveform shapes and the smooth surfaces of the shell and liner (300, 302) are adapted to guide during insertion of the liner into the shell relative rotation of the shell and liner (300, 302) from a first position wherein the peak of the shell rim waveform is not located in the valley of the liner rim waveform to a second position wherein the peak of the shell rim waveform is located in the valley of the liner rim waveform.
A power supply control device, comprising: an inverter that has plural switching elements (Q28a to Q28f), generates drive voltages for driving a compressor motor that is a drive source of a compressor as a result of the switching elements (Q28a to Q28f) switching on or off, and outputs the drive voltages to the compressor motor; an inverter controller that controls the inverter; a power supply that generates first power supplied to the inverter controller; characterized by a detector (S11, S12) that detects whether or not there is an abnormality relating to the compressor; and a power supply controller which, in a case where there is a high pressure abnormality relating to the compressor, stops the generation of the first power by the power supply to thereby stop the control of the inverter controller so that the driving of the compressor motor stops. an inverter that has plural switching elements (Q28a to Q28f), generates drive voltages for driving a compressor motor that is a drive source of a compressor as a result of the switching elements (Q28a to Q28f) switching on or off, and outputs the drive voltages to the compressor motor; an inverter controller that controls the inverter; a power supply that generates first power supplied to the inverter controller; characterized by a detector (S11, S12) that detects whether or not there is an abnormality relating to the compressor; and a power supply controller which, in a case where there is a high pressure abnormality relating to the compressor, stops the generation of the first power by the power supply to thereby stop the control of the inverter controller so that the driving of the compressor motor stops.
A blood flow regulator for creating a shunt in the heart, comprising; a proximal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the proximal element; a distal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the distal element; and a third element defining a neck section intermediate the proximal and distal elements and forming a cavity having a diameter no greater than a diameter of each of the distal and proximal elements, wherein said distal element comprises at least one loop of a wire extending radially outwardly from a center of the distal element and returning towards said center of said distal element, and a connecting element, for a delivery device, joined to the proximal element, and located at a off-set distance from a central axis extending through a channel of said regulator, wherein opposite ends of said one or more wires are fixed to said connecting element, wherein said distal element comprises further returning loops of said one or more wires wherein said proximal element, said distal element, and said third element are formed of the same braiding of one or more wires, and wherein the braiding at a perimeter of said distal element is folded radially inwards to form a double layer braid around said perimeter of the distal element, and wherein said connecting element is joined to said proximal element via a flexing element formed from said more than one wire being fixated to said connecting element. a proximal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the proximal element; a distal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the distal element; and a third element defining a neck section intermediate the proximal and distal elements and forming a cavity having a diameter no greater than a diameter of each of the distal and proximal elements, wherein said distal element comprises at least one loop of a wire extending radially outwardly from a center of the distal element and returning towards said center of said distal element, and a connecting element, for a delivery device, joined to the proximal element, and located at a off-set distance from a central axis extending through a channel of said regulator, wherein opposite ends of said one or more wires are fixed to said connecting element, wherein said distal element comprises further returning loops of said one or more wires wherein said proximal element, said distal element, and said third element are formed of the same braiding of one or more wires, and wherein the braiding at a perimeter of said distal element is folded radially inwards to form a double layer braid around said perimeter of the distal element, and wherein said connecting element is joined to said proximal element via a flexing element formed from said more than one wire being fixated to said connecting element.