mhurhangee/patent-ind-claim-en huggingface dataset:
A method for constructing a content delivery network platform on heterogeneous resources, wherein the content delivery network platform includes a logic application layer and a basic resource layer , the basic resource layer includes a technology abstraction layer and a technology driver layer , and the heterogeneous resources cover resource types of physical machines, virtual machines and containers, the method comprising: after receiving (S101) an application creation request, determining, by the logic application layer, actual resource configuration requirement information of an application based on the application creation request, and determining, by the logic application layer, resource type information of the application based on a pre-configured automatic creation strategy and the actual resource configuration requirement information, and sending, by the logic application layer, the actual resource configuration requirement information and the resource type information to the basic resource layer; and receiving (S102), by the basic resource layer, the actual resource configuration requirement information and the resource type information, and finding (S302), by the basic resource layer, a corresponding resource type based on the resource type information at the technology abstraction layer, and finding (S303), by the basic resource layer, a corresponding driver program based on the corresponding resource type and the actual resource configuration requirement information at the technology driver layer, and creating(S304), by the basic resource layer, a basic resource environment of the application through the driver program in conjunction with the actual resource configuration requirement information. after receiving (S101) an application creation request, determining, by the logic application layer, actual resource configuration requirement information of an application based on the application creation request, and determining, by the logic application layer, resource type information of the application based on a pre-configured automatic creation strategy and the actual resource configuration requirement information, and sending, by the logic application layer, the actual resource configuration requirement information and the resource type information to the basic resource layer; and receiving (S102), by the basic resource layer, the actual resource configuration requirement information and the resource type information, and finding (S302), by the basic resource layer, a corresponding resource type based on the resource type information at the technology abstraction layer, and finding (S303), by the basic resource layer, a corresponding driver program based on the corresponding resource type and the actual resource configuration requirement information at the technology driver layer, and creating(S304), by the basic resource layer, a basic resource environment of the application through the driver program in conjunction with the actual resource configuration requirement information.
An ozone generating system comprising - an ozone generating apparatus having discharge electrodes which are arranged facing each other so as to form a discharge space, - a gas supplying device for supplying a material gas including oxygen to the ozone generating apparatus , - a cooling device for supplying cooling water for cooling the discharge electrodes, - a power supply for supplying electricity to the discharge electrodes for discharging and - a control unit controlling the gas supplying device and the power supply , wherein the control unit is adapted to control so as to perform an intermittent operation, in which an ozone generating operation period in which ozone is generated by the ozone generating apparatus by supplying a material gas from the gas supplying device to the ozone generating apparatus and by supplying of electricity from the power supply to the discharge electrodes and an ozone generating operation standby period in which supplying of gas from the gas supplying device to the ozone generating apparatus and supplying of electricity from the power supply to the discharge electrodes is stopped are alternately repeated, - a gas refining unit removing at least nitric acid contained in gas, which flows from the ozone generating apparatus , wherein the control unit is adapted to control such that in the ozone generating operation standby period, the gas in the ozone generating apparatus is replaced by the material gas, and the pressure in the ozone generating apparatus is increased higher than the atmospheric pressure, and the gas refining unit is connected to the ozone generating apparatus , wherein the ozone generating system further comprises a gas circulating unit circulating the gas, which is refined by the gas refining unit , which is provided at an upstream side of the gas circulating unit . - an ozone generating apparatus having discharge electrodes which are arranged facing each other so as to form a discharge space, - a gas supplying device for supplying a material gas including oxygen to the ozone generating apparatus , - a cooling device for supplying cooling water for cooling the discharge electrodes, - a power supply for supplying electricity to the discharge electrodes for discharging and - a control unit controlling the gas supplying device and the power supply , wherein the control unit is adapted to control so as to perform an intermittent operation, in which an ozone generating operation period in which ozone is generated by the ozone generating apparatus by supplying a material gas from the gas supplying device to the ozone generating apparatus and by supplying of electricity from the power supply to the discharge electrodes and an ozone generating operation standby period in which supplying of gas from the gas supplying device to the ozone generating apparatus and supplying of electricity from the power supply to the discharge electrodes is stopped are alternately repeated, - a gas refining unit removing at least nitric acid contained in gas, which flows from the ozone generating apparatus ,
A drive system for a vehicle comprising; a motive drive source , an automated manual transmission , an electromotive drive source and a planetary gear system having a sun gear , an internal gear , and a planet carrier having first and second planet gear sets , the first planet gear set meshing with the second planet gear set and the sun gear, and the second planet gear set meshing with the internal gear ; wherein the planet carrier is connected to the electromotive drive source, the internal gear is connected to the transmission, and the sun gear is connected to the electromotive drive source; and a clutch to provide a lock up between the planet carrier and the sun gear and operable to bypass the planetary gear system.
Photovoltaic element comprising one front electrode and one further electrode comprising respectively one glass substrate and one electrically conductive electrode layer which is disposed on the glass substrate, at least two porous carrier layers which are disposed between the two electrodes, a plurality of glass solder webs disposed between the two electrodes for fixing the at least two porous carrier layers , and at least one photovoltaically active material which is introduced into the at least two porous carrier layers and has a concentration gradient, characterized in that the two electrodes are connected to the adjacent porous carrier layers without a spatial interval.
Exchangeable roll stand for a rolling installation, preferably for rolling cylindrical rolling materials, such as, for example, rods, seamless tubes and/or wires, which stand is movable along a maintenance direction (Wa) between a work position and a maintenance position and comprises: at least one media line which transports a medium, preferably electricity and/or a fluid, used for operation of the roll stand ; characterised by a cable drag device which is so arranged that the roll stand is movable along the maintenance direction (Wa) over the distance between the work position and the maintenance position without the media line separating from the roll stand . at least one media line which transports a medium, preferably electricity and/or a fluid, used for operation of the roll stand ; characterised by a cable drag device which is so arranged that the roll stand is movable along the maintenance direction (Wa) over the distance between the work position and the maintenance position without the media line separating from the roll stand .
A multilayer structure comprising: a first layer; a sealant layer formed from one or more ethylene-based polymers, wherein the ethylene-based polymer comprises a majority amount of polymerized ethylene monomer, based on the weight of the polymer; and a cohesive failure layer adjacent to the sealant layer and formed from a polymer blend which comprises an elastomeric propylene based polymer and a second polymer, wherein the second polymer is selected from the group consisting of high pressure low density polyethylene, high density polyethylene, ethylene acrylic acid copolymers, ethylene (meth) acrylic acid copolymers and combinations thereof. a first layer; a sealant layer formed from one or more ethylene-based polymers, wherein the ethylene-based polymer comprises a majority amount of polymerized ethylene monomer, based on the weight of the polymer; and a cohesive failure layer adjacent to the sealant layer and formed from a polymer blend which comprises an elastomeric propylene based polymer and a second polymer, wherein the second polymer is selected from the group consisting of high pressure low density polyethylene, high density polyethylene, ethylene acrylic acid copolymers, ethylene (meth) acrylic acid copolymers and combinations thereof.
Connecting means , to which two frame elements of a furniture part frame of a furniture part can be connected, the connecting means comprising a corner connecting member for the connection of respective end portions of the two frame elements in a corner region of the furniture part frame , an attachment portion for the attachment to a pivoting apparatus being integrated on the corner connecting member , it being possible for the furniture part to be received on a furniture body of a furniture item pivotably by means of the pivoting apparatus , in that the corner connecting member is configured for accommodation in an internal volume of the two frame elements of the furniture part frame which are to be connected, characterized in that the attachment portion on the corner connecting member comprises two projecting contact portions , and in that there are adjusting means for adjusting the vertical position and/or lateral position of the attachment portion on the corner connecting member , it being possible for the projecting contact portions to be connected to a latching portion of the pivoting apparatus.
A diethylamine salt of 3α-tetrahydropyranyloxy-6α-ethyl-7α-hydroxy-5β-cholanic acid of formula (I)
Process for supporting an inertial measurement system comprising at least one inertial sensor, in which a. at least one radio signal (FS) is received in a location spatially coupled with the inertial sensor at least at one first point in time and one second point in time and the change of the phase of said radio signal is determined to carry out a determination of a relative movement between the source location (U) of said radio signal and the at least one inertial sensor b. the relative movement between the source (U) of said radio signal and the inertial sensor is detected on the basis of an evaluation of the determined change of phase of said radio signal c. the detected relative movement is provided to the inertial measurement system for an improvement of the position determination of said inertial sensor by improving the measurements of the inertial sensor and/or for the correction of a drift of said inertial sensor wherein no absolute position determination and/or distance determination is carried out on the basis of the radio signal, particularly the at least one received radio signal (FS) is not suited for an absolute position determination and/or distance determination, particularly not on the basis of, particularly two, phase measurements, particularly not within a time range of 1 second, particularly 100 ms. a. at least one radio signal (FS) is received in a location spatially coupled with the inertial sensor at least at one first point in time and one second point in time and the change of the phase of said radio signal is determined to carry out a determination of a relative movement between the source location (U) of said radio signal and the at least one inertial sensor b. the relative movement between the source (U) of said radio signal and the inertial sensor is detected on the basis of an evaluation of the determined change of phase of said radio signal c. the detected relative movement is provided to the inertial measurement system for an improvement of the position determination of said inertial sensor by improving the measurements of the inertial sensor and/or for the correction of a drift of said inertial sensor
A device for transporting light, comprising at least two light pipes and at least one connection part, the at least two light pipes and the at least one connection part being molded with same material as a single component, characterized in that each of the at least one connection part includes two constitution parts for connecting to two adjacent light pipes of the at least two light pipes, each of the two constitution parts has a larger polygonal base, a smaller polygonal base, and at least three surfaces connecting the larger polygonal base to the smaller polygonal base, the two larger polygonal bases of the two constitution parts connect to the two adjacent light pipes; and two smaller polygonal bases of the two constitution bases connect to each other, and for each constitution part, at least one surface, whose inside faces incident direction of light within its connecting light pipe, and being one of the at least three surfaces connecting the larger polygonal base to the smaller polygonal base, is an acute inclining surface inclined towards the larger polygonal base with an acute angle, the at least one acute inclining surface is configured to reflect light from a light source at one end of the light pipe leaking into the at least one connection part back into the light pipe where the leaking light comes from. characterized in that each of the at least one connection part includes two constitution parts for connecting to two adjacent light pipes of the at least two light pipes, each of the two constitution parts has a larger polygonal base, a smaller polygonal base, and at least three surfaces connecting the larger polygonal base to the smaller polygonal base, the two larger polygonal bases of the two constitution parts connect to the two adjacent light pipes; and two smaller polygonal bases of the two constitution bases connect to each other, and for each constitution part, at least one surface, whose inside faces incident direction of light within its connecting light pipe, and being one of the at least three surfaces connecting the larger polygonal base to the smaller polygonal base, is an acute inclining surface inclined towards the larger polygonal base with an acute angle, the at least one acute inclining surface is configured to reflect light from a light source at one end of the light pipe leaking into the at least one connection part back into the light pipe where the leaking light comes from.
Apparatus for projecting structured light, the structured light comprising a plurality of projected lines, the apparatus comprising: an array of independent coherent light emitters arranged in a plurality of rows , the plurality of rows including a first row that includes at least two independent emitters that are mutually incoherent and a second row that includes at least two independent emitters that are mutually incoherent; and a pattern generator for causing light from the at least two independent emitters of the first row to overlap along the axis of the first row to form a first line of the projected lines and for causing light from the at least two independent emitters of the second row to overlap along the axis of the second row to form a second line of the projected lines, characterized in that the first line of the projected lines and the second line of the projected lines do not overlap and the mutual incoherence of the at least two independent emitters in the first row and the mutual incoherence of the at least two independent emitters in the second row reduce speckle noise in the first line of the projected lines and the second line of the projected lines, respectively. an array of independent coherent light emitters arranged in a plurality of rows , the plurality of rows including a first row that includes at least two independent emitters that are mutually incoherent and a second row that includes at least two independent emitters that are mutually incoherent; and a pattern generator for causing light from the at least two independent emitters of the first row to overlap along the axis of the first row to form a first line of the projected lines and for causing light from the at least two independent emitters of the second row to overlap along the axis of the second row to form a second line of the projected lines, characterized in that the first line of the projected lines and the second line of the projected lines do not overlap and the mutual incoherence of the at least two independent emitters in the first row and the mutual incoherence of the at least two independent emitters in the second row reduce speckle noise in the first line of the projected lines and the second line of the projected lines, respectively.
Device for the spherification of a liquid, comprising: - a first storage tank of a first liquid. - a second tank for storing a second liquid. - a spherification , - a dripper or entry funnel for dispensing the second liquid coming from the second tank into the spherification tank, so that the second liquid defines a level of the second liquid in the spherification tank, - a device for dispensing the first liquid coming from the first tank into the spherification tank, - a device for extracting the spheres generated in the spherification tank as a result of the dispensation characterised in that : the extraction device comprises a worm screw located in the spherification tank, which worm screw is arranged so that a plane containing the level of the second liquid forms an oblique angle with respect to the axis of the worm screw; and motor means for rotating the worm screw, and in that the worm screw comprises a receiving element having a concave entry point for receiving the first liquid into its interior. - a first storage tank of a first liquid. - a second tank for storing a second liquid. - a spherification , - a dripper or entry funnel for dispensing the second liquid coming from the second tank into the spherification tank, so that the second liquid defines a level of the second liquid in the spherification tank, - a device for dispensing the first liquid coming from the first tank into the spherification tank, - a device for extracting the spheres generated in the spherification tank as a result of the dispensation the extraction device comprises a worm screw located in the spherification tank, which worm screw is arranged so that a plane containing the level of the second liquid forms an oblique angle with respect to the axis of the worm screw; and motor means for rotating the worm screw, and in that the worm screw comprises a receiving element having a concave entry point for receiving the first liquid into its interior.
A hot-melt adhesive composition comprising a hydrocarbon cyclic polymer (A), an α-olefin polymer (C), and a tackifying resin (D), characterized in that the α-olefin polymer (C) is a mixture of a low melt viscosity α-olefin polymer and a low MFR α-olefin polymer, wherein the low-melt viscosity α-olefin polymer has a melt viscosity at 190°C measured by using a cone-plate rotational viscometer at a shear rate of 4.3 sec -1 of 150,000 mPa·s or lower, and the low MFR α-olefin polymer has a melt flow rate measured at 230°C and a load of 2.16 kg according to ASTM D1238 of 20 g/10 minutes or lower.
Method for controlling the operation of a medical technology device , in particular an imaging device, wherein a wireless, hand-held, mobile operator device , in particular a smart device, having a touchscreen is used, wherein the operator device embodied in particular as a smart device has at least one operator device sensor recording sensor data describing a movement and/or a position of the operator device in a room in which the medical technology device is located, wherein using the operator device for an examination and/or treatment procedure of a patient by the medical technology device at least the following functions of a medical technology workflow are implemented by means of the operator device : - acquiring patient data of the patient from an acquisition user interface, - selecting, by means of a selection user interface , a medical technology protocol containing operating parameters that are to be carried out for the registered patient , - determining from the position and an orientation of the operator device position data describing components to be set from the sensor data and evaluating the position data in order to select at least one of the components and/or determining an operator input with respect to at least one of the components , - setting the remote-controllably adjustable components of the medical technology device according to the patient positioned in the medical technology device and the medical technology protocol to be carried out using a settings user interface, - with the patient positioned and components set, activating the medical technology procedure in an activation user interface. - acquiring patient data of the patient from an acquisition user interface, - selecting, by means of a selection user interface , a medical technology protocol containing operating parameters that are to be carried out for the registered patient , - determining from the position and an orientation of the operator device position data describing components to be set from the sensor data and evaluating the position data in order to select at least one of the components and/or determining an operator input with respect to at least one of the components , - setting the remote-controllably adjustable components of the medical technology device according to the patient positioned in the medical technology device and the medical technology protocol to be carried out using a settings user interface, - with the patient positioned and components set, activating the medical technology procedure in an activation user interface.