mhurhangee/patent-ind-claim-en huggingface dataset:
A method of writing a pre-polymeric formulation on a substrate, to produce a polymeric rule die, the method comprising: (a) providing a pre-polymeric formulation in a canister; said formulation comprising: (i) at least one pre-polymer; (ii) a photoinitiator selected to polymerize said pre-polymer; and (iii) a thickening agent; (b) extruding the formulation from said canister onto the substrate, to form at least one uncured elongate rule; and (c) curing said uncured elongate rule on the substrate to form the polymeric rule die, the rule die including at least one cured elongate rule having a length of at least 5 mm and a width (W) within a range of 0.4 to 1.0mm; wherein said pre-polymeric formulation in said canister is degassed to a gas concentration sufficiently low to ensure that over a total length of a contact surface of said cured elongate rule, said contact surface has at most 3 surface pocks/meter, said surface pocks having a diameter above 0.1mm. (a) providing a pre-polymeric formulation in a canister; said formulation comprising: (i) at least one pre-polymer; (ii) a photoinitiator selected to polymerize said pre-polymer; and (iii) a thickening agent; (i) at least one pre-polymer; (ii) a photoinitiator selected to polymerize said pre-polymer; and (iii) a thickening agent; (b) extruding the formulation from said canister onto the substrate, to form at least one uncured elongate rule; and (c) curing said uncured elongate rule on the substrate to form the polymeric rule die, the rule die including at least one cured elongate rule having a length of at least 5 mm and a width (W) within a range of 0.4 to 1.0mm;
A system for controlling an intentional crash of a software application, the system comprising: a computing device including an electronic processor, the electronic processor configured to receive a crash setting for the software application from a configuration server, the crash setting having a first value or a second value, detect an unexpected use of the software application during execution, wherein the unexpected use is a use for which there is no corresponding code to execute or a calling of code that is unexpected for a current state of the software application, in response to detecting the unexpected use and the crash setting having the first value, intentionally crash the software application causing a generation of a crash report describing a state of the software application when the unexpected use occurred, in response to detecting the unexpected use and the crash setting having the second value, not intentionally crash the software application. a computing device including an electronic processor, the electronic processor configured to receive a crash setting for the software application from a configuration server, the crash setting having a first value or a second value, detect an unexpected use of the software application during execution, wherein the unexpected use is a use for which there is no corresponding code to execute or a calling of code that is unexpected for a current state of the software application, in response to detecting the unexpected use and the crash setting having the first value, intentionally crash the software application causing a generation of a crash report describing a state of the software application when the unexpected use occurred, in response to detecting the unexpected use and the crash setting having the second value, not intentionally crash the software application.
An artificial tear emulsion, wherein said emulsion is a sub-micron emulsion, wherein said emulsion is of the following formulation: 0.5% w/w Polysorbate 80, 0.5% w/w carboxymethylcellulose sodium, 1.0% w/w glycerin, 0.6% w/w boric acid, 0.1% w/w pemulen, wherein Pemulen is a carbomer copolymer type A, 0.25% w/w castor oil, 0.25% w/w erythritol, 0.25% w/w levocarnitine, sodium hydroxide to adjust the pH to 7.3, water; and optionally 0.01% w/w Purite®, wherein Purite® is a stabilized oxychloro complex. 0.5% w/w Polysorbate 80, 0.5% w/w carboxymethylcellulose sodium, 1.0% w/w glycerin, 0.6% w/w boric acid, 0.1% w/w pemulen, wherein Pemulen is a carbomer copolymer type A, 0.25% w/w castor oil, 0.25% w/w erythritol, 0.25% w/w levocarnitine, sodium hydroxide to adjust the pH to 7.3, water; and optionally 0.01% w/w Purite®, wherein Purite® is a stabilized oxychloro complex.
A display screen having a display region and a capacitive dielectric layer , wherein: the display screen is provided with a plurality of pixels and a plurality of capacitors arranged at intervals in the display region , and an orthographic projection of the capacitor on the display region is located between two adjacent pixels ; the capacitor is configured to generate a fingerprint ridge detection signal corresponding to a fingerprint ridge region (a) or generate a fingerprint valley detection signal corresponding to a fingerprint valley region (b), wherein the fingerprint ridge detection signal is formed due to a first capacitance variation which is brought by the fingerprint ridge region (a) to the capacitor corresponding to the fingerprint ridge region (a) when the fingerprint ridge region (a) is adjacent to the display screen , and the fingerprint valley detection signal is formed due to a second capacitance variation which is brought by the fingerprint valley region (b) to the capacitor corresponding to the fingerprint valley region (b) when the fingerprint valley region (b) is adjacent to the display screen ; the capacitor comprises a first electrode and a second electrode corresponding to the first electrode , and an orthographic projection of the first electrode on a surface of the display screen coincides with an orthographic projection of the second electrode on the surface of the display screen ; and the capacitive dielectric layer comprises a plurality of capacitive dielectric units , and the capacitive dielectric unit is located between the first electrode and the second electrode . the display screen is provided with a plurality of pixels and a plurality of capacitors arranged at intervals in the display region , and an orthographic projection of the capacitor on the display region is located between two adjacent pixels ; the capacitor is configured to generate a fingerprint ridge detection signal corresponding to a fingerprint ridge region (a) or generate a fingerprint valley detection signal corresponding to a fingerprint valley region (b), wherein the fingerprint ridge detection signal is formed due to a first capacitance variation which is brought by the fingerprint ridge region (a) to the capacitor corresponding to the fingerprint ridge region (a) when the fingerprint ridge region (a) is adjacent to the display screen , and the fingerprint valley detection signal is formed due to a second capacitance variation which is brought by the fingerprint valley region (b) to the capacitor corresponding to the fingerprint valley region (b) when the fingerprint valley region (b) is adjacent to the display screen ; the capacitor comprises a first electrode and a second electrode corresponding to the first electrode , and an orthographic projection of the first electrode on a surface of the display screen coincides with an orthographic projection of the second electrode on the surface of the display screen ; and the capacitive dielectric layer comprises a plurality of capacitive dielectric units , and the capacitive dielectric unit is located between the first electrode and the second electrode .
Substrate for radio-frequency microelectronic devices, comprising: - a carrier substrate , - an intermediate layer , - a useful layer arranged on the intermediate layer , characterized in that the carrier substrate is made of semiconductor material and in that the substrate comprises a sintered composite layer which is arranged on the carrier substrate and is formed from a powder mixture of at least a first dielectric material and a second dielectric material different from the first, the nature of the first material, the nature of the second material, and the proportion of said materials in the powder mixture being selected to provide the sintered composite layer with a thermal expansion coefficient matching that of the carrier substrate within plus or minus 30%, said sintered composite layer having a thickness of between 5 microns and 100 microns, the intermediate layer being arranged on the sintered composite layer . - a carrier substrate , - an intermediate layer , - a useful layer arranged on the intermediate layer ,
An ytterbium-doped optical fiber comprising a core containing at least ytterbium, aluminum and phosphorous and a clad surrounding the core, wherein a ratio of a molar concentration of diphosphorus pentoxide with respect to phosphorus in the core to a molar concentration of ytterbium oxide with respect to ytterbium in the core is higher than or equal to 10 and lower than or equal to 30, and wherein a relative refractive index difference between the core and the clad is higher than or equal to 0.05% and lower than or equal to 0.30%, and wherein the molar concentration of ytterbium oxide is α, a molar concentration of aluminum oxide with respect to aluminum in the core is β, and the molar concentration of diphosphorus pentoxide with respect to phosphorus is γ, wherein a diameter of the core is 20 to 30 μm, the diameter of the core defined as having a relative refractive index difference of 1/e of the maximum relative refractive index difference of the core, and wherein when β = γ, then 0.05 ≤ α×0.5 ≤ 0.30, when β > γ then α, β, and γ satisfy an equation of 0.05 ≤ β − γ × 0.19 + α × 0.5 ≤ 0.30 , and when β < γ then α, β, and γ satisfy an equation of 0.05 ≤ γ − β × 0.04 + α × 0.5 ≤ 0.30 . wherein a ratio of a molar concentration of diphosphorus pentoxide with respect to phosphorus in the core to a molar concentration of ytterbium oxide with respect to ytterbium in the core is higher than or equal to 10 and lower than or equal to 30, and wherein a relative refractive index difference between the core and the clad is higher than or equal to 0.05% and lower than or equal to 0.30%, and wherein the molar concentration of ytterbium oxide is α, a molar concentration of aluminum oxide with respect to aluminum in the core is β, and the molar concentration of diphosphorus pentoxide with respect to phosphorus is γ, wherein a diameter of the core is 20 to 30 μm, the diameter of the core defined as having a relative refractive index difference of 1/e of the maximum relative refractive index difference of the core, and wherein when β = γ, then 0.05 ≤ α×0.5 ≤ 0.30, when β > γ then α, β, and γ satisfy an equation of 0.05 ≤ β − γ × 0.19 + α × 0.5 ≤ 0.30 , and when β < γ then α, β, and γ satisfy an equation of 0.05 ≤ γ − β × 0.04 + α × 0.5 ≤ 0.30 .
The use of a composition for an acoustic wave probe, the composition comprising: a polysiloxane mixture containing at least polysiloxane having a vinyl group and a phenyl group, polysiloxane having two or more Si-H groups in a molecular chain, and zinc oxide.
A holding device for containers including a filling tube or neck, said holding device including a supporting surface including a front face defining a front face of the holding device , wherein the front face of the supporting surface includes at least one gripping member for holding at least one filling tube or neck of a container intended to be held by said device in a position parallel to said supporting surface, and at least one hooking element for attaching said holding device to, or suspending said holding device from, another support, the holding device being characterized in that it includes a temporary fastener for the opening of the at least one filling tube or neck intended to be held by said holding device.
Method for manufacturing a pressurising device for a beverage container , the beverage container comprising a body and a neck portion , wherein the neck portion defines or at least comprises a dispense opening , wherein a gas container is provided having a filling opening , into which gas container an amount of dry ice is inserted through the filling opening , where after the filling opening is closed and the dry ice is allowed to sublimate, wherein a pressure regulator is provided on the gas container , wherein the filling opening is closed by the pressure regulator and wherein the gas container is mounted on or in a beverage container , wherein the gas container is suspended in the neck portion of the beverage container , such that part of the gas container extends into an inner space of the beverage container , passed the neck portion .
A data access method, wherein the method comprises: sending , by a first cache server, a first access request to a second cache server, wherein the first access request is used to request first data, and the first access request is from a first edge server; receiving , by the first cache server, a copy of the first data and a first access frequency that are returned by the second cache server, wherein the first access frequency is a frequency at which the first edge server accesses the first data and that is recorded by the second cache server; determining , by the first cache server, whether a second access frequency lower than the first access frequency exists, wherein the second access frequency is a frequency at which the first edge server accesses second data and that is recorded by the first cache server, and the second data is locally cached in the first cache server; and if the second access frequency exists, caching , by the first cache server, the copy of the first data. sending , by a first cache server, a first access request to a second cache server, wherein the first access request is used to request first data, and the first access request is from a first edge server; receiving , by the first cache server, a copy of the first data and a first access frequency that are returned by the second cache server, wherein the first access frequency is a frequency at which the first edge server accesses the first data and that is recorded by the second cache server; determining , by the first cache server, whether a second access frequency lower than the first access frequency exists, wherein the second access frequency is a frequency at which the first edge server accesses second data and that is recorded by the first cache server, and the second data is locally cached in the first cache server; and if the second access frequency exists, caching , by the first cache server, the copy of the first data.
A refrigerator comprising - a freezer compartment in which the food to be frozen are placed, - a cooler compartment in which the food to be cooled are placed, maintained at a higher temperature than the freezer compartment , - a fast cooling compartment , - a cover enabling access into the fast cooling compartment , wherein the fast cooling compartment comprises a body placed in the cooler compartment ,an evaporator placed on the body so that at least a portion thereof has thermal conduction with the body , a fan provided in the body enabling conveyance of the cold air coming from the evaporator into the body , and a tray on which the materials to be cooled are placed, mounted on two guides mutually provided on the side walls of the body , and - a control unit enabling cooling of the body by activating the evaporator when desired by the user, characterized by - the guides having a telescopic rail form and being connected to the cover by means of a coupling member such that, when the cover is opened, the telescopic rails move automatically and the tray comes out. - a freezer compartment in which the food to be frozen are placed, - a cooler compartment in which the food to be cooled are placed, maintained at a higher temperature than the freezer compartment , - a fast cooling compartment , - a cover enabling access into the fast cooling compartment , wherein the fast cooling compartment comprises a body placed in the cooler compartment ,an evaporator placed on the body so that at least a portion thereof has thermal conduction with the body , a fan provided in the body enabling conveyance of the cold air coming from the evaporator into the body , and a tray on which the materials to be cooled are placed, mounted on two guides mutually provided on the side walls of the body , and - a control unit enabling cooling of the body by activating the evaporator when desired by the user, characterized by - the guides having a telescopic rail form and being connected to the cover by means of a coupling member such that, when the cover is opened, the telescopic rails move automatically and the tray comes out.
Portable power tool having a tool holder for retaining a tool , a handle for holding and guiding the portable power tool , an electric motor , a drive train that couples the electric motor to the tool holder , wherein the drive train contains a planetary transmission with a planet carrier and a plurality of planet gears , characterized in that at least one of the planet gears has a cylindrical cutout and the planet carrier has a collar in the form of a circular arc that protrudes into the cutout . a tool holder for retaining a tool , a handle for holding and guiding the portable power tool , an electric motor , a drive train that couples the electric motor to the tool holder , wherein the drive train contains a planetary transmission with a planet carrier and a plurality of planet gears , characterized in that at least one of the planet gears has a cylindrical cutout and the planet carrier has a collar in the form of a circular arc that protrudes into the cutout .
Device having a tool , wherein the device is used to monitor the position and/or attitude and/or movement of the tool, wherein the tool has an inertial sensor such as a gyroscope sensor and/or an inertia sensor mounted on it, wherein the device has provision for a supervisory unit , at least one image capture unit and an image evaluation unit , wherein the supervisory unit is designed to determine a position and/or attitude and/or movement of the tool, starting from a specified initial situation, on the basis of the captured sensor data from the inertial sensor, wherein the image capture unit is intended to calibrate the inertial sensor, wherein the image capture unit is designed to capture one or more photographs of the tool at least at specific times or in specific time intervals, wherein the image evaluation unit is intended to determine the position and/or attitude and/or movement of the tool, and wherein the supervisory unit is designed to calibrate the sensor data from the inertial sensor in order to process the data from the image capture unit, characterized in that the device has provision for a locating device, wherein the locating device is designed to have an ultrasonic transmitter and an ultrasonic receiver, wherein the locating device is designed to locate the tool by determining the distance between the ultrasonic transmitter and the ultrasonic receiver by way of time-of-flight measurements on ultrasonic signals, wherein the ultrasonic signals can be used to determine the distance between applicable transmitters and receivers, wherein the operating range of the locating device operating by means of time-of-flight measurement extends beyond an image area of the image capture unit and the detection of the presence of the tool in the image area of the image capture unit by the locating device is intended to locate the tool by way of time-of-flight measurements on the ultrasonic signals.
A method of preparing a fluorinated bisphosphonate, comprising: - reacting a compound of the formula (I) with a fluorinating agent in the presence of an acidic HF/base complex and a t -butyl hypohalite ( t -BuOX) to produce a compound of the formula (II), - and dealkylating the compound of the formula (II) to produce a halofluoromethylenebis(phosphonic acid) of the formula (III), wherein X is halogen, each R is the same or different and is independently alkyl or benzyl, and the fluorinating agent is H 18 F or a salt thereof, and F of the formulas (II) and (III) is 18 F. - reacting a compound of the formula (I) with a fluorinating agent in the presence of an acidic HF/base complex and a t -butyl hypohalite ( t -BuOX) to produce a compound of the formula (II), - and dealkylating the compound of the formula (II) to produce a halofluoromethylenebis(phosphonic acid) of the formula (III), wherein X is halogen, each R is the same or different and is independently alkyl or benzyl, and the fluorinating agent is H 18 F or a salt thereof, and F of the formulas (II) and (III) is 18 F.
Covering for a piece of kitchen furniture with a panel and a holder for the covering of a piece of kitchen furniture connected thereto, which comprises a base plate 10 and a claw connected to the base plate for attaching the panel to the kitchen furniture and is connected on a back of the panel , characterized in that the holder is displaceable in a guide which comprises opposing first and second overhangs (30; 36), in that the first overhang protrudes only slightly beyond the holder and the second overhang protrudes beyond the holder by a greater distance than the first overhang , so that the holder has a length that corresponds approximately to the distance from a free end of the first overhang to a base of the second overhang and the height of the second overhang is selected so that the holder resting on the base can be pivoted out of the guide .
A method for monitoring light weight machine to machine, LWM2M, Internet of things, loT, device state, the method comprising: in a service capability exposure function, SCEF, including at least one processor: providing an interface for receiving subscription requests from loT application servers, ASs, or service capability servers, SCSs, for monitoring LWM2M loT device state; maintaining, in the SCEF , a database of identifiers of loT devices that utilize LWM2M protocols; receiving, via the interface and from an SCS or AS , a first monitoring event request for subscribing to receive state information regarding an loT device; performing a lookup in the database using an loT device identifier extracted from the first monitoring event request and identifying the first monitoring event request as being associated with an LWM2M loT device; communicating with the LWM2M loT device using LWM2M constrained application protocol, CoAP, messaging to subscribe to and receive state information from the LWM2M loT device; and communicating the state information to the SCS or AS . providing an interface for receiving subscription requests from loT application servers, ASs, or service capability servers, SCSs, for monitoring LWM2M loT device state; maintaining, in the SCEF , a database of identifiers of loT devices that utilize LWM2M protocols; receiving, via the interface and from an SCS or AS , a first monitoring event request for subscribing to receive state information regarding an loT device; performing a lookup in the database using an loT device identifier extracted from the first monitoring event request and identifying the first monitoring event request as being associated with an LWM2M loT device; communicating with the LWM2M loT device using LWM2M constrained application protocol, CoAP, messaging to subscribe to and receive state information from the LWM2M loT device; and communicating the state information to the SCS or AS .