mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for facilitating an analysis of at least one tissue sample , comprising: at least one first arrangement having a substantially flat surface, which is configured to receive the at least one tissue sample thereon, wherein the at least one first arrangement includes a window ; and at least one second arrangement which is configured to contact at least one portion of the at least one tissue sample and apply a first force on the at least one portion such that at least one surface of the at least one tissue sample is flattened against at least one section of the at least one first arrangement ; wherein the at least one second arrangement includes at least one of (i) at least one inflatable arrangement , (ii) a plurality of pins or (iii) at least one flexible tissue holding arrangement; and at least one third arrangement configured to apply a second force on the at least one second arrangement which causes the first force to be applied to the at least one portion. at least one first arrangement having a substantially flat surface, which is configured to receive the at least one tissue sample thereon, wherein the at least one first arrangement includes a window ; and at least one second arrangement which is configured to contact at least one portion of the at least one tissue sample and apply a first force on the at least one portion such that at least one surface of the at least one tissue sample is flattened against at least one section of the at least one first arrangement ; wherein the at least one second arrangement includes at least one of (i) at least one inflatable arrangement , (ii) a plurality of pins or (iii) at least one flexible tissue holding arrangement; and at least one third arrangement configured to apply a second force on the at least one second arrangement which causes the first force to be applied to the at least one portion.
A laundry machine, comprising: a rotatable drum ; a drying duct configured to circulate air discharged from the drum by resupplying it thereto; an evaporator and a first condenser sequentially provided on a flow path formed by the drying duct ; a compressor and an expansion apparatus configured to form a refrigerant cycle along with the evaporator and the first condenser ; and a second condenser configured to receive refrigerant condensed by the first condenser and to condense the received refrigerant again, characterized in that : the second condenser is integrally formed with the evaporator , and a refrigerant pipe of the second condenser is disposed to be submerged under condensation water line at a lower portion of the evaporator . a rotatable drum ; a drying duct configured to circulate air discharged from the drum by resupplying it thereto; an evaporator and a first condenser sequentially provided on a flow path formed by the drying duct ; a compressor and an expansion apparatus configured to form a refrigerant cycle along with the evaporator and the first condenser ; and a second condenser configured to receive refrigerant condensed by the first condenser and to condense the received refrigerant again, characterized in that : the second condenser is integrally formed with the evaporator , and a refrigerant pipe of the second condenser is disposed to be submerged under condensation water line at a lower portion of the evaporator . the second condenser is integrally formed with the evaporator , and a refrigerant pipe of the second condenser is disposed to be submerged under condensation water line at a lower portion of the evaporator .
A machine tool comprising: a machine base having a machine reference plane; first and second rotary machine axes which are mounted on the base in non-adjustable locations relative to the base, and have respective first and second rotational reference axes that are parallel, spaced apart and perpendicular to the machine reference plane; and a linear machine axis which is carried by the first rotary machine axis, wherein the linear machine axis has a linear drive reference axis that is parallel to the machine reference plane, characterised in that the machine tool includes a rotary positioning mechanism which is carried by the linear machine axis and includes a rotatable support and a rotary positioning mechanism base, wherein the rotatable support is rotatable relative to the rotary positioning mechanism base about a support rotational reference axis that is parallel to the first and second rotational reference axes. a machine base having a machine reference plane; first and second rotary machine axes which are mounted on the base in non-adjustable locations relative to the base, and have respective first and second rotational reference axes that are parallel, spaced apart and perpendicular to the machine reference plane; and a linear machine axis which is carried by the first rotary machine axis, wherein the linear machine axis has a linear drive reference axis that is parallel to the machine reference plane, characterised in that the machine tool includes a rotary positioning mechanism which is carried by the linear machine axis and includes a rotatable support and a rotary positioning mechanism base, wherein the rotatable support is rotatable relative to the rotary positioning mechanism base about a support rotational reference axis that is parallel to the first and second rotational reference axes.
An agricultural harvester comprising a throughput measuring device for ascertaining the crop material mass throughput of a crop material flow in the agricultural harvester , in particular a combine harvester, wherein the harvester has at least one sensing member which is configured to cooperate with a conveyor member , wherein the conveyor member is configured to perform a deflection movement in dependence on the respective crop material throughput, wherein the at least one sensing member is also deflected by a deflection movement of the conveyor member , wherein the deflection of the at least one sensing member is detected by sensor means, wherein the at least one sensing member is mounted to at least one carrier arm , characterised in that the at least one carrier arm is mounted pivotably by means of at least one rotationally elastic torsion element .
A vehicle panoramic roof assembly comprising: a. a lower front structural cross member , which is mounted between the front pillars of the body of the vehicle, b. a rear structural cross member , which is mounted between the rear pillars of the body of the vehicle, c. a front coating cover , which is mounted on the lower front structural cross member , d. a rear coating cover , which is mounted on the rear structural cross member , and e. a panoramic roof , which is mounted between the front coating cover and the rear coating cover , characterised in that the panoramic roof assembly further comprises f. an upper front reinforcement cross member , which is arranged, along the vertical Y-axis of the vehicle, between the front coating cover and the lower front structural cross member , and is configured to mechanically join a perimeter frame , the front coating cover and the lower front structural cross member , and g. the perimeter frame , which is configured and arranged to generate a perimeter support surface of the panoramic roof and is mounted between the rear edge of the upper front reinforcement cross member , the front edge of the rear structural cross member and the parallel side edges generated by the side assemblies of the vehicle, which mechanically couple the front pillars to the rear pillars of the vehicle, the front and rear pillars being arranged at separate locations of a body of the vehicle. a. a lower front structural cross member , which is mounted between the front pillars of the body of the vehicle, b. a rear structural cross member , which is mounted between the rear pillars of the body of the vehicle, c. a front coating cover , which is mounted on the lower front structural cross member , d. a rear coating cover , which is mounted on the rear structural cross member , and e. a panoramic roof , which is mounted between the front coating cover and the rear coating cover , characterised in that the panoramic roof assembly further comprises f. an upper front reinforcement cross member , which is arranged, along the vertical Y-axis of the vehicle, between the front coating cover and the lower front structural cross member , and is configured to mechanically join a perimeter frame , the front coating cover and the lower front structural cross member , and g. the perimeter frame , which is configured and arranged to generate a perimeter support surface of the panoramic roof and is mounted between the rear edge of the upper front reinforcement cross member , the front edge of the rear structural cross member and the parallel side edges generated by the side assemblies of the vehicle, which mechanically couple the front pillars to the rear pillars of the vehicle, the front and rear pillars being arranged at separate locations of a body of the vehicle.
Illumination device, in particular for a motor vehicle, comprising a plurality of multi-color LED units with respectively settable color point and settable brightness, wherein each multi-color LED unit is an individual semiconductor device with a plurality of single-color LEDs of different color and a microcontroller , characterized in that the single-color LEDs and the microcontroller of each multi-color LED unit are enclosed by a corresponding housing of the semiconductor device, wherein stored in the microcontroller are calibration data (KD) which describe a dependence of operating currents of the single-color LEDs on at least one color point and at least one brightness of the respective multi-color LED unit , and wherein the microcontroller is set up to control each single-color LED in dependence on a set color point and a set brightness of the respective multi-color LED unit by setting the operating currents of the respective single-color LEDs with access to the calibration data (KD).
High pressure pipe of high density polyethylene material, comprising an internal lining , an intermediate reinforcement layer and an outer cover layer , wherein the high density polyethylene material of the internal lining is filled with a filling material which results in the pipe being able to transport fluids at elevated temperatures, wherein the filling material comprises a mineral, wherein the filling material comprises nanoparticles, wherein the filling material nanoparticles are platelets or are plate-shaped or are fiber-shaped or rod-shaped, and wherein the aspect ratio of the nanoparticles is at least an order of magnitude more than 1.
A computer readable medium with instructions stored thereon, the instructions comprising instructions that when executed cause a computer system to: monitor network traffic of the computer system in an environment controlled by an operating system of the computer system, producing a first monitor data; monitor network traffic of the computer system in a cryptographically secured hardware environment not controlled by the operating system, producing a second monitor data, wherein the cryptographically secured hardware environment is configured to utilize cryptographic techniques to ensure control over what functionality may execute in the cryptographically secured hardware environment; compare the first monitor data with the second monitor data; and indicate whether the first monitor data is the same as the second monitor data. monitor network traffic of the computer system in an environment controlled by an operating system of the computer system, producing a first monitor data; monitor network traffic of the computer system in a cryptographically secured hardware environment not controlled by the operating system, producing a second monitor data, wherein the cryptographically secured hardware environment is configured to utilize cryptographic techniques to ensure control over what functionality may execute in the cryptographically secured hardware environment; compare the first monitor data with the second monitor data; and indicate whether the first monitor data is the same as the second monitor data.
A vacuum pump (P7-P8) comprising: a thread groove exhaust portion (Ps) that has a stator, and a rotor comprising a rotating body with inner and outer circumferential sides and having thread groove exhaust flow channels (R1, R2) in respective parts of portions on said inner and outer circumferential sides of the rotating body , the stator and the rotor cooperating to compress gas; a casing enclosing the thread groove exhaust portion; an outlet port for exhausting the gas compressed by the thread groove exhaust portion to the outside of the casing and comprising a port member ; a flow channel (S) extending from the exits of the thread groove exhaust flow channels (R1, R2) toward the outlet port , a partition wall that covers said flow channel (S), characterized in the partition wall being provided with a heating means (HT) and a temperature measuring means ; and the outlet port being installed so as to be joined with the partition wall, the partition wall being joined to the pump base of the vacuum pump through a heat insulating material . a thread groove exhaust portion (Ps) that has a stator, and a rotor comprising a rotating body with inner and outer circumferential sides and having thread groove exhaust flow channels (R1, R2) in respective parts of portions on said inner and outer circumferential sides of the rotating body , the stator and the rotor cooperating to compress gas; a casing enclosing the thread groove exhaust portion; an outlet port for exhausting the gas compressed by the thread groove exhaust portion to the outside of the casing and comprising a port member ; a flow channel (S) extending from the exits of the thread groove exhaust flow channels (R1, R2) toward the outlet port , a partition wall that covers said flow channel (S), characterized in the partition wall being provided with a heating means (HT) and a temperature measuring means ; and the outlet port being installed so as to be joined with the partition wall, the partition wall being joined to the pump base of the vacuum pump through a heat insulating material .
Device for fixing a panel to a structure comprising a first element adapted to be arranged on a surface of the panel , and a second element adapted to be arranged on the structure ; whereby said first element comprises a body substantially U-shaped with two arms and a connecting portion , on each of said arms being arranged a fixing foot for fixing to said panel ; said first element also comprising retention means including two locking wings , adapted to be arranged astride said body , so as to protrude with said locking wings in transversal direction with respect to said body ; said second element comprises an insertion portion adapted to be inserted at least partially in a hole arranged on said structure , and comprises locking means adapted to block at least the extraction of the second element from the hole , said second element also comprising a shaped seat adapted to contain at least partially said connecting portion of said body ; said shaped seat comprising abutment surfaces for said locking wings . said first element comprises a body substantially U-shaped with two arms and a connecting portion , on each of said arms being arranged a fixing foot for fixing to said panel ; said first element also comprising retention means including two locking wings , adapted to be arranged astride said body , so as to protrude with said locking wings in transversal direction with respect to said body ; said second element comprises an insertion portion adapted to be inserted at least partially in a hole arranged on said structure , and comprises locking means adapted to block at least the extraction of the second element from the hole , said second element also comprising a shaped seat adapted to contain at least partially said connecting portion of said body ; said shaped seat comprising abutment surfaces for said locking wings .
A system for monitoring for rope defects on a winch drum comprising: a plurality of rope depth sensors (112; 114; 116; 118) configured to measure rope depth in a plurality of locations along an axis of the winch drum; a rotation sensor configured to measure at least complete rotations of the winch drum; and a control unit communicatively coupled to the rope depth sensors and the rotation sensor; wherein the control unit provides an indication of rope non-uniformity when the winch drum has turned in a winding direction a sufficient number of turns for the rope to pass along the axis of the winch drum from one of the plurality of locations measured by one of the plurality of rope depth sensors to another one of the plurality of locations measured by another one of the plurality of rope depth sensors and the depth of rope on the winch drum is reported to be substantially unequal by the respective rope depth sensors. a plurality of rope depth sensors (112; 114; 116; 118) configured to measure rope depth in a plurality of locations along an axis of the winch drum; a rotation sensor configured to measure at least complete rotations of the winch drum; and a control unit communicatively coupled to the rope depth sensors and the rotation sensor; wherein the control unit provides an indication of rope non-uniformity when the winch drum has turned in a winding direction a sufficient number of turns for the rope to pass along the axis of the winch drum from one of the plurality of locations measured by one of the plurality of rope depth sensors to another one of the plurality of locations measured by another one of the plurality of rope depth sensors and the depth of rope on the winch drum is reported to be substantially unequal by the respective rope depth sensors.
A method for drawing command replay in memory for video format conversion by a video server , comprising: intercepting an operating system graphics call from a video stream ; passing the operating system graphics call to a video processing module ; setting a frame buffer in the memory as a target of a drawing command associated with the operating system graphics call ; replaying the drawing command to create a virtual copy of the video stream by retaining a state of images in the frame buffer; performing a screen capture operation after the replaying of the drawing command in the frame buffer; and encoding an output of the screen capture operation into a video streaming protocol . intercepting an operating system graphics call from a video stream ; passing the operating system graphics call to a video processing module ; setting a frame buffer in the memory as a target of a drawing command associated with the operating system graphics call ; replaying the drawing command to create a virtual copy of the video stream by retaining a state of images in the frame buffer; performing a screen capture operation after the replaying of the drawing command in the frame buffer; and encoding an output of the screen capture operation into a video streaming protocol .
A non-invasive device for treating the digestive system symptoms of a patient; the device comprises: a plurality of electrodes adapted to be placed in electrical contact with the skin of the abdomen; a pulse generator configured for providing asymmetric burst electrical stimulation signals that are delivered to the user abdomen muscles via said electrodes; wherein the asymmetrical burst is a current wave form in which a time of ramp up is different from a time of ramp down of the current, wherein said asymmetric burst electrical stimulation signals are adapted for stimulating the abdomen muscles and for moving the digestive system; wherein said moving being for treating at least one digestive symptom; a control unit configured for controlling said pulse generator , a maximum voltage range of said pulses being +300V, a maximum current range being 159mA; a pulse frequency range being 10Hz-100Hz and a burst frequency being 0.1-10Hz; and a sensor connectable to said control unit ; wherein said sensor is being adapted for sensing one or more body-signals from said patient; wherein said control unit is further adapted for synchronizing said pulse generator in accordance with said one or more body-signals to thereby improve effectivity of said electrical stimulation. a plurality of electrodes adapted to be placed in electrical contact with the skin of the abdomen; a pulse generator configured for providing asymmetric burst electrical stimulation signals that are delivered to the user abdomen muscles via said electrodes; wherein the asymmetrical burst is a current wave form in which a time of ramp up is different from a time of ramp down of the current, wherein said asymmetric burst electrical stimulation signals are adapted for stimulating the abdomen muscles and for moving the digestive system; wherein said moving being for treating at least one digestive symptom; a control unit configured for controlling said pulse generator , a maximum voltage range of said pulses being +300V, a maximum current range being 159mA; a pulse frequency range being 10Hz-100Hz and a burst frequency being 0.1-10Hz; and a sensor connectable to said control unit ; wherein said sensor is being adapted for sensing one or more body-signals from said patient; wherein said control unit is further adapted for synchronizing said pulse generator in accordance with said one or more body-signals to thereby improve effectivity of said electrical stimulation.
A tool for a medical treatment, in particular for a dental treatment, comprising - a handpiece having a vibration source , - a moving part , performing, in an vibrating state, a vibration movement, in particular an ultrasound movement, along a vibration direction (VD), and - a tool tip , in particular a scaler tip, being connected to the moving part at an interface section , wherein in a non-vibrating state the tool tip extends in an extending direction (ED), being slanted to the vibration direction (VD) of the moving part, in the interface section characterized in that the tool tip is connected to the moving part by a press fit connection in the operating state, wherein an angle (W) between the vibration direction (VD) of the moving part and the extending direction (ED) is between 110° and 130°. - a handpiece having a vibration source , - a moving part , performing, in an vibrating state, a vibration movement, in particular an ultrasound movement, along a vibration direction (VD), and - a tool tip , in particular a scaler tip, being connected to the moving part at an interface section , wherein in a non-vibrating state the tool tip extends in an extending direction (ED), being slanted to the vibration direction (VD) of the moving part, in the interface section characterized in that the tool tip is connected to the moving part by a press fit connection in the operating state, wherein an angle (W) between the vibration direction (VD) of the moving part and the extending direction (ED) is between 110° and 130°.