mhurhangee/ep-ind-claims huggingface dataset:
Method for servicing a heat pump including at least one evaporator housed in an air duct of the pump, and including a step of spraying water onto a surface of the evaporator facing a flow of air circulating in the duct, to defrost said surface at least partially.
Electromagnetic valve having - at least one valve seat, which is arranged between at least one inflow duct and at least one outflow duct, - a sealing element, by which the valve seat is able to be closed, and - an actuating element, by which the sealing element is able to be moved for the purpose of closing the valve seat, wherein - the actuating element has a receptacle at its end pointing to the sealing element, - a bearing element is arranged in the receptacle, and - the sealing element is connected in a stationary manner to the bearing element, - characterized in that the sealing element is connected to the bearing element via a connection point. - at least one valve seat, which is arranged between at least one inflow duct and at least one outflow duct, - a sealing element, by which the valve seat is able to be closed, and - an actuating element, by which the sealing element is able to be moved for the purpose of closing the valve seat, wherein - the actuating element has a receptacle at its end pointing to the sealing element, - a bearing element is arranged in the receptacle, and - the sealing element is connected in a stationary manner to the bearing element, - characterized in that the sealing element is connected to the bearing element via a connection point.
Cable harness for a car, which is a string of cables, wherein the cables are bound together or bundled and led through a tube, the cables and tubes comprising at least a layer consisting of a polymer composition comprising a copolyester elastomer and optionally a semicrystalline polyester, wherein - the thermoplastic copolyester elastomer comprises hard blocks comprising polyester segments, polymeric soft blocks and urethane linkages, - the thermoplastic polymer composition has a melting temperature (Tm-X) of more than 200°C, the melting temperature being measured by differential scanning calorimetry (2nd run, 10°C/min.) according to ASTM D3418-97, under nitrogen, using the following temperature profile: heating from room temperature to 250°C with a rate of 10°C/min; holding the material at 250°C for 2 minutes; cooling the material to 70°C with a rate of 10°C/min; holding the material at 70°C for 2 minutes; and heating the material to 250°C with a rate of 10°C/min, the melting temperature being determined for the second heating as the temperature falling in the melting range and showing the highest melting rate. a copolyester elastomer and optionally a semicrystalline polyester, wherein - the thermoplastic copolyester elastomer comprises hard blocks comprising polyester segments, polymeric soft blocks and urethane linkages, - the thermoplastic polymer composition has a melting temperature (Tm-X) of more than 200°C, the melting temperature being measured by differential scanning calorimetry (2nd run, 10°C/min.) according to ASTM D3418-97, under nitrogen, using the following temperature profile: heating from room temperature to 250°C with a rate of 10°C/min; holding the material at 250°C for 2 minutes; cooling the material to 70°C with a rate of 10°C/min; holding the material at 70°C for 2 minutes; and heating the material to 250°C with a rate of 10°C/min, the melting temperature being determined for the second heating as the temperature falling in the melting range and showing the highest melting rate. - the thermoplastic copolyester elastomer comprises hard blocks comprising polyester segments, polymeric soft blocks and urethane linkages, - the thermoplastic polymer composition has a melting temperature (Tm-X) of more than 200°C, the melting temperature being measured by differential scanning calorimetry (2nd run, 10°C/min.) according to ASTM D3418-97, under nitrogen, using the following temperature profile: heating from room temperature to 250°C with a rate of 10°C/min; holding the material at 250°C for 2 minutes; cooling the material to 70°C with a rate of 10°C/min; holding the material at 70°C for 2 minutes; and heating the material to 250°C with a rate of 10°C/min, the melting temperature being determined for the second heating as the temperature falling in the melting range and showing the highest melting rate.
An information processing apparatus having a display panel to display an image thereon, the apparatus comprising: a main body casing comprising a rear cover and a front cover, the main body casing being configured to support the display panel and having a shaft accommodator disposed on the rear cover; a stand which is coupled with the rear cover to support the main body casing; and a pivoting hinge which pivotably couples the main body casing to the stand, the pivoting hinge comprising: a hinge shaft which is formed on a plate surface of the stand and accommodated to the shaft accommodator, and a pivoting bracket which is disposed in the main body casing and coupled with the hinge shaft, the pivoting bracket comprising an elastic pressing part arranged to elastically press the main body casing at a rear internal surface thereof during pivoting. a main body casing comprising a rear cover and a front cover, the main body casing being configured to support the display panel and having a shaft accommodator disposed on the rear cover; a stand which is coupled with the rear cover to support the main body casing; and a pivoting hinge which pivotably couples the main body casing to the stand, the pivoting hinge comprising: a hinge shaft which is formed on a plate surface of the stand and accommodated to the shaft accommodator, and a pivoting bracket which is disposed in the main body casing and coupled with the hinge shaft, the pivoting bracket comprising an elastic pressing part arranged to elastically press the main body casing at a rear internal surface thereof during pivoting. a hinge shaft which is formed on a plate surface of the stand and accommodated to the shaft accommodator, and a pivoting bracket which is disposed in the main body casing and coupled with the hinge shaft, the pivoting bracket comprising an elastic pressing part arranged to elastically press the main body casing at a rear internal surface thereof during pivoting.
A circular polarization-type polarization diversity element for outputting light having a constant circular polarization state regardless of a polarization state of input light, wherein the polarization diversity element comprises two polarization gratings, each polarization grating having a thickness such that the polarization grating becomes a half-wave plate, wherein birefringent directors of each polarization grating rotate at a period A, wherein these polarization gratings are disposed with a desired interval from each other, such that, when a light beam with a spot size and an arbitrary polarization state is incident at one of the polarization gratings, two separated light beams, one having right-handed circular polarization, the other having left-handed circular polarization, are output from the other one of the polarization gratings and the polarization diversity element being characterized by further comprising a half-wave plate inserted in either one of two paths of the two separated, light beams to thereby convert the two separated light beams into parallel proximate circularly polarized light beams with the same rotational direction, and to output the two light beams. wherein the polarization diversity element comprises two polarization gratings, each polarization grating having a thickness such that the polarization grating becomes a half-wave plate, wherein birefringent directors of each polarization grating rotate at a period A, wherein these polarization gratings are disposed with a desired interval from each other, such that, when a light beam with a spot size and an arbitrary polarization state is incident at one of the polarization gratings, two separated light beams, one having right-handed circular polarization, the other having left-handed circular polarization, are output from the other one of the polarization gratings and the polarization diversity element being characterized by further comprising a half-wave plate inserted in either one of two paths of the two separated, light beams to thereby convert the two separated light beams into parallel proximate circularly polarized light beams with the same rotational direction, and to output the two light beams.
A drawer usable with an image forming apparatus for forming an image on a recording material, the image forming apparatus including a main assembly, the drawer (63, 63X) being movable between (i) an inside position in which the drawer is inside the main assembly and (ii) an outside position in which the drawer (63, 63X) is outside the main assembly, the drawer (63, 63X) comprising: a first photosensitive drum; a first mounting portion; a first developing cartridge being detachably mounted to the first mounting portion, the first developing cartridge including a first developing roller, a toner supplying roller, a developing blade, a toner container, and a first projection provided at each side surface of the first developing cartridge, the first developing roller being configured to contact the first photosensitive drum; a contacting and spacing unit configured to support the first developing cartridge, characterized by the contacting and spacing unit including a contacting and spacing member and a first urging member urging the contacting and spacing member, wherein in a state where (i) the drawer (63, 63X) is in the outside position, (ii) the first developing cartridge is in a first position above a first mounted position where the first developing cartridge is capable of image forming operation and the first developing roller is spaced from the first photosensitive drum, and (iii) the first projection is placed on the contacting and spacing member, the first urging member upwardly urges the contacting and spacing member so that the first developing cartridge is not mounted to the first mounted position only by its weight of the first developing cartridge. a first photosensitive drum; a first mounting portion; a first developing cartridge being detachably mounted to the first mounting portion, the first developing cartridge including a first developing roller, a toner supplying roller, a developing blade, a toner container, and a first projection provided at each side surface of the first developing cartridge, the first developing roller being configured to contact the first photosensitive drum; a contacting and spacing unit configured to support the first developing cartridge, characterized by the contacting and spacing unit including a contacting and spacing member and a first urging member urging the contacting and spacing member, wherein in a state where (i) the drawer (63, 63X) is in the outside position, (ii) the first developing cartridge is in a first position above a first mounted position where the first developing cartridge is capable of image forming operation and the first developing roller is spaced from the first photosensitive drum, and (iii) the first projection is placed on the contacting and spacing member, the first urging member upwardly urges the contacting and spacing member so that the first developing cartridge is not mounted to the first mounted position only by its weight of the first developing cartridge.
A device for agitating and collecting biological liquid samples comprising an agitator of racks of tubes, a sampling means (51, 52) capable of collecting a biological liquid sample in a tube, and a changer capable of gripping a tube on a rack received in the agitator and moving it to the sampling means (51, 52), characterized in that the agitator is capable of agitating at least three racks simultaneously, and in that it further comprises a scheduler capable of determining destination data for a tube and destination data for the rack which receives this tube, and of determining for each tube a final location based on the destination data of the tube and the destination data of the racks received in the device, which final location designates a rack received on the agitator and a position on this rack and can be different from the location of the tube when the rack that received it has been introduced into the device, and arranged to control the changer in order to grip a tube, present it to the sampling means (51, 52) and replace it after sampling at said final location.
A thermostatic mixer valve for mixing cold water and hot water and for adjusting a mixed water temperature (T ist), having an electric motor which can be actuated by a control unit and which acts via a gear stage on a valve body which is stroke adjustable over a setting range (Δy) and with which the mixture ratio of hot to cold water can be varied in function of a target mixed water temperature (T soll) specifiable by a user, and having a sensor element for detecting at least one setting position (y 1, y 2, y 3) in the setting range (Δy) of the thermostatic mixer valve, characterized in that the gear stage has a non-rotatably mounted, linearly adjustable linear stroke element provided between the electric motor and the valve body and that the sensor element interacts with the linear stroke element to detect the setting position (y 1, y 2, y 3).
An arrangement for medical imaging comprising at least an image plate, X-ray device for producing an image on the image plate of the object examined, and a reading device for reading image information contained in the image plate, wherein a tag, which can be remotely written to and read from, is attached to the image plate, wherein said tag contains information for controlling the arrangement in such manner that when the arrangement has read the information in the tag, the arrangement is adapted to perform at least one operation controlled by said information read, characterised in that the information in the tag comprises position information that indicates a position of the image plate with respect to teeth of a patient and the at least one operation comprises that the reading device delivers said image information and the position information to data processing means and the data processing means attach the image information in an appropriate location on an image template representing the teeth of the patient, wherein said appropriate location is that to which said image information relates according to the position information.
A system for treating moisture in exhaust gas, the system using a cooling trap to remove the moisture contained in the exhaust gas discharged by a process and comprising: a tank that stores, as liquid water, the moisture flown out of the cooling trap; a water level measurement means that measures a water level in the tank; a pipe connected to a drainage port for draining the water stored in the tank to outside; a valve disposed in the pipe; and a valve control means that opens the valve to start drainage when the water level in the tank measured by the water level measurement means exceeds a first water level and begins closing the valve when a second water level set lower than the first water level is reached, the second water level being provided at a position higher than the drainage port, and issues a warning when a third water level set lower than the second water level is reached, characterized in that the pipe includes a drainage amount adjustment mechanism that adjusts, of the water stored in the tank, an amount of water to be drained to the outside, such that, during a period of time between when the valve control means begins closing the valve and the valve being completely closed, the water level in the tank remains above the drainage port. a tank that stores, as liquid water, the moisture flown out of the cooling trap; a water level measurement means that measures a water level in the tank; a pipe connected to a drainage port for draining the water stored in the tank to outside; a valve disposed in the pipe; and a valve control means that opens the valve to start drainage when the water level in the tank measured by the water level measurement means exceeds a first water level and begins closing the valve when a second water level set lower than the first water level is reached, the second water level being provided at a position higher than the drainage port, and issues a warning when a third water level set lower than the second water level is reached, characterized in that the pipe includes a drainage amount adjustment mechanism that adjusts, of the water stored in the tank, an amount of water to be drained to the outside, such that, during a period of time between when the valve control means begins closing the valve and the valve being completely closed, the water level in the tank remains above the drainage port.
DC/DC conversion device in the on-board network of a vehicle, characterized in that it comprises at least two different DC/DC converters (20,21), identical from a hardware and software point of view arranged in parallel connected to a supervisor by a communication system, with symmetrical wiring at the input and at the output.
A rapid cycle dynamic nuclear polarization NMR apparatus comprising: - a cooling unit, configured to cool a sample in a flow-through capillary; - a DNP polarization unit configured to polarize the sample in the capillary; - a stripline-based NMR detector comprising a stripline for NMR analysis of the sample in the capillary; - a transport unit configured to guide the capillary from the DNP polarization unit to the stripline of the stripline-based NMR detector; and - a heating unit configured to heat the sample in the capillary before analysis of the sample by the stripline-based NMR detector. - a cooling unit, configured to cool a sample in a flow-through capillary; - a DNP polarization unit configured to polarize the sample in the capillary; - a stripline-based NMR detector comprising a stripline for NMR analysis of the sample in the capillary; - a transport unit configured to guide the capillary from the DNP polarization unit to the stripline of the stripline-based NMR detector; and - a heating unit configured to heat the sample in the capillary before analysis of the sample by the stripline-based NMR detector.
An integrated circuit, comprising: a plurality of voltage regulators (41-1, 41-2, 41-3); a plurality of inductors (L1, L2, L3), each of the inductors having with a unique corresponding inductance value; and a plurality of oscillator circuits (32-1, 32-2, 32-3), each being supplied with a power supply voltage (V CCOSC1, V CCOSC2, V CCOSC3) from a respective one of the plurality of voltage regulators (41-1, 41-2, 41-3) and each having being connected to a respective inductor of said plurality of inductors (L1, L2, L3); characterized by a buffer circuit having a plurality of input transistors pairs (N1, N1'; N2, N2'; N3, N3'), said plurality of input transistors pairs (N1, N1'; N2, N2'; N3, N3') corresponding to the plurality of oscillator circuits (32-1, 32-2, 32-3) in number, wherein each respective oscillator circuit has an output that is coupled to a respective one of the plurality of input transistor pairs (N1, N1'; N2, N2'; N3, N3') of the buffer circuit through associated coupling capacitors (C1, C1'; C2, C2', C3, C3'). a plurality of voltage regulators (41-1, 41-2, 41-3); a plurality of inductors (L1, L2, L3), each of the inductors having with a unique corresponding inductance value; and a plurality of oscillator circuits (32-1, 32-2, 32-3), each being supplied with a power supply voltage (V CCOSC1, V CCOSC2, V CCOSC3) from a respective one of the plurality of voltage regulators (41-1, 41-2, 41-3) and each having being connected to a respective inductor of said plurality of inductors (L1, L2, L3); characterized by a buffer circuit having a plurality of input transistors pairs (N1, N1'; N2, N2'; N3, N3'), said plurality of input transistors pairs (N1, N1'; N2, N2'; N3, N3') corresponding to the plurality of oscillator circuits (32-1, 32-2, 32-3) in number, wherein each respective oscillator circuit has an output that is coupled to a respective one of the plurality of input transistor pairs (N1, N1'; N2, N2'; N3, N3') of the buffer circuit through associated coupling capacitors (C1, C1'; C2, C2', C3, C3').
A electrolytic capacitor comprising: a capacitor element having: an anode foil having a dielectric layer on a surface thereof; a cathode foil; a separator disposed between the anode foil and the cathode foil; and a solid electrolyte layer in contact with the dielectric layer of the anode foil and the cathode foil; an electrolyte solution with which the capacitor element is impregnated; and an outer package enclosing the capacitor element and the electrolyte solution; characterized in that the electrolyte solution contains at least one of polyalkylene glycol and derivatives of polyalkylene glycol, the electrolyte solution further contains at least one of diphenyl amine, naphthol, nitrophenol, catechol, resorcinol, hydroquinone, pyrogallol, trimellitic acid, pyromellitic acid, boric acid, boric-acid compounds, phosphoric acid, phosphoric-acid compounds, and complexes of mannitol and boric acid dissolved in the electrolyte solution, and an acid dissolved in the electrolyte solution is more than a base dissolved in the electrolyte solution. a capacitor element having: an anode foil having a dielectric layer on a surface thereof; a cathode foil; a separator disposed between the anode foil and the cathode foil; and a solid electrolyte layer in contact with the dielectric layer of the anode foil and the cathode foil; an anode foil having a dielectric layer on a surface thereof; a cathode foil; a separator disposed between the anode foil and the cathode foil; and a solid electrolyte layer in contact with the dielectric layer of the anode foil and the cathode foil; an electrolyte solution with which the capacitor element is impregnated; and an outer package enclosing the capacitor element and the electrolyte solution; characterized in that the electrolyte solution contains at least one of polyalkylene glycol and derivatives of polyalkylene glycol, the electrolyte solution further contains at least one of diphenyl amine, naphthol, nitrophenol, catechol, resorcinol, hydroquinone, pyrogallol, trimellitic acid, pyromellitic acid, boric acid, boric-acid compounds, phosphoric acid, phosphoric-acid compounds, and complexes of mannitol and boric acid dissolved in the electrolyte solution, and an acid dissolved in the electrolyte solution is more than a base dissolved in the electrolyte solution.
A quantity-limiting valve for an injection system of an internal combustion engine, with an inflow area and an outflow area, and with a piston displaceably guided in a cylinder, the piston separating the inflow area from the outflow area, wherein a fluid connection between the inflow area and the outflow area exists via an overflow channel penetrating the piston in certain areas and via a flow path arranged between a peripheral face of the piston and an inner surface of the cylinder, wherein in a first operational position the piston is biased with a front face against a stop face of a stop element, wherein in the first operational position an underflow structure is configured in a contact area of the front face with the stop face, the structure comprising at least one interspace between the piston and the stop element in fluid connection with the inflow area, characterised in that the underflow structure comprises at least one projection extending towards the stop surface and at least in certain areas presenting the front face, and/or at least one recess extending into the front face.