mhurhangee/ep-ind-claims huggingface dataset:
A clipboard designed as a support for a sheet of paper with an attachment for it, wherein the support is provided with at least one, preferably with two RFID transponders, comprising a marking on the support indicating precisely where the sheet of paper is to be placed, as well as at least one sheet of paper with an RFID transponder, wherein a respective RFID transponder of the support and of the sheet of paper are arranged in communication proximity with each other when the sheet of paper is fixed on the attachment, characterized in that the support comprises a plurality of switches, which preferably are arranged in a matrix, wherein the sheet of paper is provided with various information, instructions and/or selection variants, as well as with several marking fields, which each are where the switches of the clipboard are located when the sheet of paper is fastened to the marking of the support.
A super concentrate additive solution comprising: a) water; b) a freezing point depressant; c) phosphoric acid; d) a water soluble polymer; and e) a compound selected from the group consisting of a magnesium compound, a lithium compound, a calcium compound, a strontium compound and combinations thereof; wherein a pH of the super concentrate additive solution is less than 5.5. a) water; b) a freezing point depressant; c) phosphoric acid; d) a water soluble polymer; and e) a compound selected from the group consisting of a magnesium compound, a lithium compound, a calcium compound, a strontium compound and combinations thereof;
An automated computer-implemented method of generating a computerized bone model representative of at least a portion of a patient bone in a pre-degenerated state, the method comprising: generating at least one image of the patient bone in a degenerated state; identifying a reference portion associated with a generally non- degenerated portion of the patient bone; identifying a degenerated portion associated with a generally degenerated portion of the patient bone; using information from at least one image associated with the reference portion to modify at least one aspect associated with at least one image associated with the generally degenerated portion, wherein the at least one aspect includes at least one contour line (N1,N2,N3,N4); and compiling into a resulting computerized bone model at least the following: at least one contour line associated with at least one image associated with the generally non-degenerated portion; and the modified at least one contour line associated with the at least one image associated with the generally degenerated portion, wherein the resulting computerized bone model is the computerized bone model representative of the at least a portion of the patient bone in the pre-degenerated state. generating at least one image of the patient bone in a degenerated state; identifying a reference portion associated with a generally non- degenerated portion of the patient bone; identifying a degenerated portion associated with a generally degenerated portion of the patient bone; using information from at least one image associated with the reference portion to modify at least one aspect associated with at least one image associated with the generally degenerated portion, wherein the at least one aspect includes at least one contour line (N1,N2,N3,N4); and compiling into a resulting computerized bone model at least the following: at least one contour line associated with at least one image associated with the generally non-degenerated portion; and the modified at least one contour line associated with the at least one image associated with the generally degenerated portion, wherein the resulting computerized bone model is the computerized bone model representative of the at least a portion of the patient bone in the pre-degenerated state.
A system configured for the automated generation of a series of electronically-defined patterns (15A/115A, 25A/125A, 35A/135A, 45A/145A) to be printed on textile substrates which are to be installed together to form an overall pattern, characterized in that: each electronically-defined pattern in said series is formed as a virtual composite pattern comprised of at least a first and a second virtual layer, said first virtual layer (15, 25, 35, 45, 15A, 25A, 35A, 45A, 115, 125, 135, 145, 115A, 125A, 135A, 145A) being associated with a pattern that is unique for each composite pattern in said series and said second layer (102B, 102C, 102D) being associated with a pattern that contains at least one pattern element that is common to all composite patterns in said series.
A determination circuit for measuring a low current with a high dynamic range, the determination circuit comprising: an integration unit; a counter unit; wherein the integration unit is adapted for integrating the current over an integration time, resulting in an integration value; wherein the counter unit is adapted for counting the integration time, resulting in a counting value; and wherein the determination circuit is adapted for outputting a first measurement result on the basis of the counting value, if the integration value exceeds a first threshold value before expiration of a maximum integration time; characterised by an analogue-to-digital converter for converting the integration value into a digital signal. an integration unit; a counter unit;
A method of producing chemical pulp, said method comprising at least the following steps: a) wood chips or other comminuted lignocellulosic fibrous material is treated with a polysulfide-containing cooking liquor in an impregnation stage at a temperature of 90-145 °C, and b) slurry of fibrous material from step a) is heated to cooking temperature and cooked for producing pulp having a desired kappa number, characterized in that after step a) mercaptide ions are added into the slurry of fibrous material and the fibrous material is treated at cooking temperature in step b). a) wood chips or other comminuted lignocellulosic fibrous material is treated with a polysulfide-containing cooking liquor in an impregnation stage at a temperature of 90-145 °C, and b) slurry of fibrous material from step a) is heated to cooking temperature and cooked for producing pulp having a desired kappa number,
A method of automatically regulating voltage generated by a photovoltaic system, the method comprising: measuring voltage delivered by a photovoltaic system at a point of interconnection with a power grid to generate a measured grid voltage; comparing the measured grid voltage to a reference voltage, the reference voltage indicating a setpoint voltage for the point of interconnection; generating an inverter reference voltage based on the comparison of the measured grid voltage to the reference voltage; presenting the inverter reference voltage to a photovoltaic inverter at the location of the photovoltaic inverter, the photovoltaic inverter converting direct current generated by solar cells to alternating current for delivery to the power grid; adjusting the inverter reference voltage to adjust a reactive power output of the photovoltaic inverter so as to respond to transient changes to the measured grid voltage. measuring voltage delivered by a photovoltaic system at a point of interconnection with a power grid to generate a measured grid voltage; comparing the measured grid voltage to a reference voltage, the reference voltage indicating a setpoint voltage for the point of interconnection; generating an inverter reference voltage based on the comparison of the measured grid voltage to the reference voltage; presenting the inverter reference voltage to a photovoltaic inverter at the location of the photovoltaic inverter, the photovoltaic inverter converting direct current generated by solar cells to alternating current for delivery to the power grid; adjusting the inverter reference voltage to adjust a reactive power output of the photovoltaic inverter so as to respond to transient changes to the measured grid voltage.
A light-emitting electrochemical cell comprising a first electrode, a second electrode, and a light-emitting layer disposed between the first electrode and the second electrode, wherein the light-emitting layer contains an ionic compound, and characterized in that the ionic compound contains an anion having a silicon atom. the light-emitting layer contains an ionic compound, and characterized in that the ionic compound contains an anion having a silicon atom.
A microwave ablation device, comprising: a cable assembly configured to connect a microwave ablation device to an energy source; a feedline in electrical communication with the cable assembly; a balun disposed on an outer conductor of the feedline, a temperature sensor disposed on the balun so as to sense the temperature of the balun. a cable assembly configured to connect a microwave ablation device to an energy source; a feedline in electrical communication with the cable assembly; a balun disposed on an outer conductor of the feedline, a temperature sensor disposed on the balun so as to sense the temperature of the balun.
A spacer for an insulated glass unit comprising at least: a first sidewall and a second sidewall and a first bridge and a second bridge, the first and second sidewall, are opposed and each comprise an engagement portion configured to be attached to confronting surfaces of panes, the first bridge and the second bridge transversally space apart the first sidewall and the second sidewall, characterized in that the first sidewall and the second sidewall and the first bridge and the second bridge each are separate members made from metal and joined permanently together by welding to form a spacer assembly, and wherein at least one of the first bridge and the second bridge is undulated, and wherein at least one of the bridges (3, 4) is substantially thinner than the sidewall (1, 2) and/or at least one of the bridges (3, 4) has a thickness of 0,08 mm or less, preferably 0,05 mm or less. a first sidewall and a second sidewall and a first bridge and a second bridge, the first and second sidewall, are opposed and each comprise an engagement portion configured to be attached to confronting surfaces of panes, the first bridge and the second bridge transversally space apart the first sidewall and the second sidewall, characterized in that the first sidewall and the second sidewall and the first bridge and the second bridge each are separate members made from metal and joined permanently together by welding to form a spacer assembly, and wherein at least one of the first bridge and the second bridge is undulated, and wherein at least one of the bridges (3, 4) is substantially thinner than the sidewall (1, 2) and/or at least one of the bridges (3, 4) has a thickness of 0,08 mm or less, preferably 0,05 mm or less.
A thermoplastic polyimide resin comprising a repeating structural unit represented by the following formula and a repeating structural unit represented by the following formula, a content ratio of the repeating structural unit of formula with respect to the total of the repeating structural unit of formula and the repeating structural unit of formula being from 40 to 70% by mol: wherein R 1 represents a divalent group having from 6 to 22 carbon atoms containing at least one alicyclic hydrocarbon structure; R 2 represents a divalent chain aliphatic group having from 5 to 12 carbon atoms; and X 1 and X 2 each independently represent a tetravalent group having from 6 to 22 carbon atoms containing at least one aromatic ring.
System for determining the charge rate of a latent heat energy storage means, said storage means comprising a tank partially filled with a phase change material, whose phase change is accompanied by a volume variation with a heat exchanger embedded in said material, this storage means being in a fully discharged state when the phase change material is substantially totally in a first state and in a fully charged state, when the phase change material is substantially totally in a second state, comprising: - a measuring fluid intended to be poured in the tank of the storage means, and characterised in that the system comprises - means for measuring the height of the measuring fluid in the tank, and - means for calculating the charge rate of the storage means at a determined moment of its functioning, according to the difference between the height of the fluid present in the tank when the storage means is fully discharged and the height of the fluid at said determined moment. - a measuring fluid intended to be poured in the tank of the storage means, and characterised in that the system comprises - means for measuring the height of the measuring fluid in the tank, and - means for calculating the charge rate of the storage means at a determined moment of its functioning, according to the difference between the height of the fluid present in the tank when the storage means is fully discharged and the height of the fluid at said determined moment.
An LED driver comprising: a DC-DC converter having a pulse width control circuit producing a sequence of pulses, with an on-time, an off-time and a switching frequency; and a control circuit (78,80,82) having an input for receiving a dimming setting, wherein the control circuit is for controlling the pulse width control circuit to vary the on-time as well as the switching frequency in dependence on the dimming setting, characterized in that for at least one range of dimming settings, the control circuit is adapted to vary both the on-time and the switching frequency as a function of the dimming setting, the relative dominances of switching frequency variation and on-time variation being in dependence on the dimming setting. a DC-DC converter having a pulse width control circuit producing a sequence of pulses, with an on-time, an off-time and a switching frequency; and a control circuit (78,80,82) having an input for receiving a dimming setting, wherein the control circuit is for controlling the pulse width control circuit to vary the on-time as well as the switching frequency in dependence on the dimming setting, characterized in that for at least one range of dimming settings, the control circuit is adapted to vary both the on-time and the switching frequency as a function of the dimming setting, the relative dominances of switching frequency variation and on-time variation being in dependence on the dimming setting.
A drive mechanism for a slide-out room, the drive mechanism comprising: a first horizontal gear rack secured on a sidewall of the slide-out room; a second horizontal gear rack spaced from the first horizontal gear rack and secured on the sidewall of the slide-out room; a motor fixed relative to the slide-out room adjacent the sidewall of the slide-out room; a drive shaft coupled with the motor; a first drive gear coupled with the drive shaft and engaging the first horizontal gear rack; a second drive gear coupled with the drive shaft and engaging the second horizontal gear rack; characterized in that the drive mechanism further comprises a first cover positioned over and concealing the first horizontal gear rack; and a second cover positioned over and concealing the second horizontal gear rack, wherein the first drive gear extends through the first cover into engagement with the first horizontal gear rack, and wherein the second drive gear extends through the second cover into engagement with the second horizontal gear rack. a first horizontal gear rack secured on a sidewall of the slide-out room; a second horizontal gear rack spaced from the first horizontal gear rack and secured on the sidewall of the slide-out room; a motor fixed relative to the slide-out room adjacent the sidewall of the slide-out room; a drive shaft coupled with the motor; a first drive gear coupled with the drive shaft and engaging the first horizontal gear rack; a second drive gear coupled with the drive shaft and engaging the second horizontal gear rack; a first cover positioned over and concealing the first horizontal gear rack; and a second cover positioned over and concealing the second horizontal gear rack, wherein the first drive gear extends through the first cover into engagement with the first horizontal gear rack, and wherein the second drive gear extends through the second cover into engagement with the second horizontal gear rack.
A fixture for supporting the motor of a vehicle with increased flexibility, comprising a supporting crossmember, means for supporting from below the motor of a vehicle which are associated with a first end of said crossmember, stabilization means which are associated with a second end of said crossmember, which is arranged opposite the first, and which are adapted to abut in a lower region against the chassis of said vehicle, and means for anchoring to said chassis which are arranged along said crossmember, the stabilization means comprising at least two bars which are pivoted to said second end and which support respective abutment elements under the chassis, characterized in that said bars are pivoted to said crossmember about a single rotation axis which is substantially perpendicular to the axes of longitudinal extension of said crossmember and of said bars, and in that the fixture comprises a pivot for pivoting said bars which lies along said rotation axis and is associated with said second end, and two connecting plates which are pivoted around said pivot and are arranged offset along said rotation axis, each one of which is connected to a respective bar.
A ventilation-treatment apparatus comprises: a headrest; a patient-interface device, wherein the patient-interface device comprises a main body having a respiratory cavity, and a head band connected to the main body, the head band comprises a second chamber, and a gas outlet and a second gas hole that communicate with the second chamber, the gas outlet communicates with the second chamber and the respiratory cavity; and charaterized in that the headrest comprises a first chamber, and a gas inlet and a first gas hole that communicate with the first chamber, the gas inlet is configured for gas from a gas source to enter the first chamber, and a first valve assembly for opening and closing the first gas hole is disposed at the first gas hole; wherein the patient-interface device further comprises a second valve assembly for opening and closing the second gas hole is disposed at the second gas hole; and wherein the ventilation-treatment apparatus is configured for, when the first valve assembly and the second valve assembly contact, opening the first gas hole and the second gas hole, to make the first chamber communicates with the second chamber, and when the first valve assembly and the second valve assembly are separated, closing the first gas hole and the second gas hole. a headrest; a patient-interface device, wherein the patient-interface device comprises a main body having a respiratory cavity, and a head band connected to the main body, the head band comprises a second chamber, and a gas outlet and a second gas hole that communicate with the second chamber, the gas outlet communicates with the second chamber and the respiratory cavity; and charaterized in that the headrest comprises a first chamber, and a gas inlet and a first gas hole that communicate with the first chamber, the gas inlet is configured for gas from a gas source to enter the first chamber, and a first valve assembly for opening and closing the first gas hole is disposed at the first gas hole; wherein the patient-interface device further comprises a second valve assembly for opening and closing the second gas hole is disposed at the second gas hole; and wherein the ventilation-treatment apparatus is configured for, when the first valve assembly and the second valve assembly contact, opening the first gas hole and the second gas hole, to make the first chamber communicates with the second chamber, and when the first valve assembly and the second valve assembly are separated, closing the first gas hole and the second gas hole.
A computer-implemented method for processing data generated by instrumented software, the method comprising: determining, for a time interval of a plurality of time intervals, a maximum expected delay value for a data stream, the maximum expected delay value comprising a limit on an arrival delay for a data value of the data stream from the instrumented software to an analysis system, the maximum expected delay value comprising a moving average of data values multiplied by a numerical factor, wherein the maximum expected delay value is re-computed periodically at a beginning of each time interval or at an end of a previous time interval; modifying a set of data streams by excluding a data stream when the data value of the data stream fails to arrive within the maximum expected delay value for the data stream during the time interval; receiving a specification of an expression for processing data values of a plurality of data streams associated with the time interval; evaluating the expression using the data values of the modified set of data streams; and sending a result of evaluating the expression for presentation through a user interface. determining, for a time interval of a plurality of time intervals, a maximum expected delay value for a data stream, the maximum expected delay value comprising a limit on an arrival delay for a data value of the data stream from the instrumented software to an analysis system, the maximum expected delay value comprising a moving average of data values multiplied by a numerical factor, wherein the maximum expected delay value is re-computed periodically at a beginning of each time interval or at an end of a previous time interval; modifying a set of data streams by excluding a data stream when the data value of the data stream fails to arrive within the maximum expected delay value for the data stream during the time interval; receiving a specification of an expression for processing data values of a plurality of data streams associated with the time interval; evaluating the expression using the data values of the modified set of data streams; and sending a result of evaluating the expression for presentation through a user interface.
Sport pants comprising a main part with a waistband and trouser legs, wherein a sweat towel is arranged in the buttlocks area of the main part, wherein the sweat towel is, in used condition, configured to be positioned on the inner side of the main part, in particular to be positioned between the user and the main part, wherein the sweat towel is coupled to the main part of the sport pants by use of detachable fastening means and wherein the sweat towel is removable from the main part of the sport pants if necessary, characterized in that the fastening means is a hook and loop fastener, wherein at least a first part with hooks is arranged on the sweat towel and a second part with loops is arranged on the inner side of the main part, wherein the width of the sweat towel on the upper end is in between 40% and 120% of the waist size of the main part.