mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid discharge apparatus comprising: a plurality of heads configured to discharge a liquid; a plurality of caps configured to contact and move away from the plurality of heads, respectively; a plurality of individual drain passages communicating with the plurality of caps, respectively; at least one common drain passage communicating with at least two of the plurality of individual drain passages ; a plurality of suction devices provided in the plurality of individual drain passages, respectively; and a controller , wherein each of the plurality of individual drain passages is configured to allow and shut off communication between the cap and the at least one common drain passage, and characterized in that the controller is configured to: cause each of the plurality of individual drain passages to allow the communication between the cap and the at least one common drain passage when performing capping and decapping of the head ; cap the sucking target with the cap after shutting off each individual drain passage communicating with the cap corresponding to the head that is not a sucking target, and control the corresponding suction device to perform suction of the head after the head has been capped with the cap . a plurality of heads configured to discharge a liquid; a plurality of caps configured to contact and move away from the plurality of heads, respectively; a plurality of individual drain passages communicating with the plurality of caps, respectively; at least one common drain passage communicating with at least two of the plurality of individual drain passages ; a plurality of suction devices provided in the plurality of individual drain passages, respectively; and a controller , wherein each of the plurality of individual drain passages is configured to allow and shut off communication between the cap and the at least one common drain passage, and characterized in that the controller is configured to: cause each of the plurality of individual drain passages to allow the communication between the cap and the at least one common drain passage when performing capping and decapping of the head ; cap the sucking target with the cap after shutting off each individual drain passage communicating with the cap corresponding to the head that is not a sucking target, and control the corresponding suction device to perform suction of the head after the head has been capped with the cap . cause each of the plurality of individual drain passages to allow the communication between the cap and the at least one common drain passage when performing capping and decapping of the head ; cap the sucking target with the cap after shutting off each individual drain passage communicating with the cap corresponding to the head that is not a sucking target, and control the corresponding suction device to perform suction of the head after the head has been capped with the cap .
A person support apparatus , comprising: a support surface having a foot end (F) and a head end (H); a footboard located near the foot end of the support surface and extending above the support surface , the footboard comprising a pressure surface positioned to receive a pressing force; a sensor to provide a signal indicative of a magnitude of the pressing force incident on the pressure surface of the footboard ; and a passive resistance mechanism coupled to the footboard , the passive resistance mechanism resisting a motion of the footboard to an extended position , characterized in that the person support apparatus further comprises an actuator for actively driving the footboard between the extended position and a retracted position , the actuator being configured to be disengaged from the footboard and reengaged with the footboard ; and in that the footboard is freely slidable from the extended position to the retracted position with respect to the foot end (F) when the footboard is decoupled from the actuator . a support surface having a foot end (F) and a head end (H); a footboard located near the foot end of the support surface and extending above the support surface , the footboard comprising a pressure surface positioned to receive a pressing force; a sensor to provide a signal indicative of a magnitude of the pressing force incident on the pressure surface of the footboard ; and a passive resistance mechanism coupled to the footboard , the passive resistance mechanism resisting a motion of the footboard to an extended position , characterized in that the person support apparatus further comprises an actuator for actively driving the footboard between the extended position and a retracted position , the actuator being configured to be disengaged from the footboard and reengaged with the footboard ; and in that the footboard is freely slidable from the extended position to the retracted position with respect to the foot end (F) when the footboard is decoupled from the actuator .
An impregnation plant for internally hollow cylindrical components of electric motors, said impregnation plant comprising a plurality of workstations arranged linearly and in sequence with respect to each other, said workstations being managed and controlled through a central processing unit, said plant comprising: - at least one heating station , configured for heating each component to a predetermined temperature; - at least one impregnation station , located downstream of the heating station and configured for covering at least part of each component with an impregnating substance; - at least one finishing station , located downstream of the impregnation station and configured for permanently making the impregnating substance adhere to each component ; and - at least one support apparatus for each component , configured for rotatably supporting said component and provided with moving means for moving said component through said workstations, wherein said support apparatus comprises at least one gripping assembly , provided with a plurality of gripping elements extendible by rotation about a predefined axis (A), and at least one actuator assembly , configured for rotating said gripping elements in both directions about said predefined axis (A), the impregnation plant being characterized in that each gripping element has a petal shape, a first root portion being hinged to the body of the support apparatus and a second gripping portion being integrally formed in one piece with the first root portion and inclined at a predefined angle with respect to said first root portion , wherein said second gripping portion is arch-shaped and is provided with a knurled gripping surface to retain the inner cylindrical surface of a respective component by contact. - at least one heating station , configured for heating each component to a predetermined temperature; - at least one impregnation station , located downstream of the heating station and configured for covering at least part of each component with an impregnating substance; - at least one finishing station , located downstream of the impregnation station and configured for permanently making the impregnating substance adhere to each component ; and - at least one support apparatus for each component , configured for rotatably supporting said component and provided with moving means for moving said component through said workstations,
Device for treating a disease requiring a cerebral awaking by olfactory stimulation of a patient with a plurality of scents, said device comprising: - a chamber in which said patient may stay, a mattress being provided in said chamber , - a source of a carrier gas (G); - a plurality of scent odorization circuits, each odorization circuit comprising: - a container containing an odorous volatile substance (V), - a container inlet line , provided with a container inlet valve , connecting an inlet of said container with said source of carrier gas, and - a container outlet line , provided with a container outlet valve , connecting an outlet of said container with an exit line ; - a control unit , configured to control said container inlet valve and container outlet valve according to a medical protocol, said container inlet and container outlet valves being controlled by the control unit through control lines . - a chamber in which said patient may stay, a mattress being provided in said chamber , - a source of a carrier gas (G); - a plurality of scent odorization circuits, each odorization circuit comprising: - a container containing an odorous volatile substance (V), - a container inlet line , provided with a container inlet valve , connecting an inlet of said container with said source of carrier gas, and - a container outlet line , provided with a container outlet valve , connecting an outlet of said container with an exit line ; - a container containing an odorous volatile substance (V), - a container inlet line , provided with a container inlet valve , connecting an inlet of said container with said source of carrier gas, and - a container outlet line , provided with a container outlet valve , connecting an outlet of said container with an exit line ; - a control unit , configured to control said container inlet valve and container outlet valve according to a medical protocol, said container inlet and container outlet valves being controlled by the control unit through control lines .
A press device for making compacted tablets from at least one mixture in powder form, characterized in that it comprises a frame on which a first compaction assembly and a second compaction assembly distinct from the first compaction assembly are mounted, the first and second compaction assemblies (2; 3) each having - a rotative plate (21; 31) having a plurality of dies (210; 310) each for receiving the mixture, the dies (210; 310) being arranged at the periphery of said rotative plate (21; 31); - a compaction system comprising a punch assembly (22; 32) arranged on one side of the rotative plate (21; 31), each punch being arranged opposite one of the dies (210; 310) of the rotative plate (21; 31) and mounted so as to be able to move in translation coaxially with the corresponding die (210; 310) and following the rotative movement of the rotative plate (21; 31), the compaction system comprising a punch assembly (22; 32) arranged on the other side of the rotative plate (21; 31); 31), the compaction system further comprising a counterpressure assembly (23; 33) arranged on the side of the rotative plate (21; 31) opposite the side where the punches are arranged, the counterpressure assembly (23; 33) being provided for alternately closing the dies (210; 310) and creating with the punch associated with the die (210; 310) a closed compaction volume; characterized in that the rotative plates (21; 31) of the first and second compaction assemblies (2; 3) are mounted adjacent to each other and configured to rotate in opposite rotation directions , the first and second compaction assemblies (2; 3) each having a single tablets outlet (211; 311), the outlets (211; 311) of the first and second compaction assemblies (2; 3) being positioned facing each other. - a rotative plate (21; 31) having a plurality of dies (210; 310) each for receiving the mixture, the dies (210; 310) being arranged at the periphery of said rotative plate (21; 31); - a compaction system comprising a punch assembly (22; 32) arranged on one side of the rotative plate (21; 31), each punch being arranged opposite one of the dies (210; 310) of the rotative plate (21; 31) and mounted so as to be able to move in translation coaxially with the corresponding die (210; 310) and following the rotative movement of the rotative plate (21; 31), the compaction system comprising a punch assembly (22; 32) arranged on the other side of the rotative plate (21; 31); 31), the compaction system further comprising a counterpressure assembly (23; 33) arranged on the side of the rotative plate (21; 31) opposite the side where the punches are arranged, the counterpressure assembly (23; 33) being provided for alternately closing the dies (210; 310) and creating with the punch associated with the die (210; 310) a closed compaction volume;
A refrigerator comprising: a first storage chamber and a second storage chamber ; a partition wall provided between the first storage chamber and the second storage chamber ; an evaporator casing located at a surface of the partition wall and arranged in one of the first storage chamber and the second storage chamber ; an evaporator inside the evaporator casing; at least one grill cover located at the evaporator casing , and accommodating a blower fan ; and at least one support guide located at the at least one grill cover and configured to support a portion of the evaporator , wherein the evaporator comprises refrigerant pipes and fins and a holder is provided at a rear portion of the evaporator , characterized in that the at least one support guide includes a first pipe support configured to support a bent portion of the refrigerant pipes which protrude from the holder . a first storage chamber and a second storage chamber ; a partition wall provided between the first storage chamber and the second storage chamber ; an evaporator casing located at a surface of the partition wall and arranged in one of the first storage chamber and the second storage chamber ; an evaporator inside the evaporator casing; at least one grill cover located at the evaporator casing , and accommodating a blower fan ; and at least one support guide located at the at least one grill cover and configured to support a portion of the evaporator , wherein the evaporator comprises refrigerant pipes and fins and a holder is provided at a rear portion of the evaporator , characterized in that the at least one support guide includes a first pipe support configured to support a bent portion of the refrigerant pipes which protrude from the holder .
A method of assaying a sample for an analyte, the method comprising: illuminating, with a light source , a sample in a sample chamber through a slit projection module to provide a slit-shaped beam on the sample chamber, wherein the slit projection module comprises: a slit that narrows a beam of light from the light source to a width equal to the width of the slit; and a focusing lens , for focusing light from the slit, detecting, with a detector , light transmitted through the sample, wherein the light from the sample is propagated through an objective lens , a transmission diffraction grating and directly to the detector, wherein the light source, slit projection module, objective lens, diffraction grating and detector are positioned in line with each other such that light from the light source is propagated along a central optical axis through the slit and focusing lens and is transmitted through the sample, the objective lens and the transmission diffraction grating without substantial diversion from the central optical axis, and calculating absorbance of the detected light at one or more wavelengths to assay the sample for the analyte in the sample, characterized in that the central optical axis is defined by a straight line along which the light propagates from the light source to the detector, and in that the focusing lens is physically coupled to the slit so that the slit and focusing lens are integrated into a single unit. a slit that narrows a beam of light from the light source to a width equal to the width of the slit; and a focusing lens , for focusing light from the slit, detecting, with a detector , light transmitted through the sample, wherein the light from the sample is propagated through an objective lens , a transmission diffraction grating and directly to the detector, wherein the light source, slit projection module, objective lens, diffraction grating and detector are positioned in line with each other such that light from the light source is propagated along a central optical axis through the slit and focusing lens and is transmitted through the sample, the objective lens and the transmission diffraction grating without substantial diversion from the central optical axis, and calculating absorbance of the detected light at one or more wavelengths to assay the sample for the analyte in the sample, characterized in that the central optical axis is defined by a straight line along which the light propagates from the light source to the detector, and in that the focusing lens is physically coupled to the slit so that the slit and focusing lens are integrated into a single unit.
Compositions comprising at least one compound (A) chosen from difluoromethane and 2,3,3,3-tetrafluoropropene, at least one compound (B) chosen from the group consisting of rare gases, nitrogen, nitrogen dioxide, hydrogen sulfide and carbon dioxide and at least one functionalized organic compound (C) is chosen from propylene carbonate, dipropylene glycol n-butyl ether, tripropylene glycol methyl ether, tetraethylene glycol dimethyl ether, diethylene glycol diethyl ether, triethylene glycol monomethyl ether, triethylene glycol monobutyl ether, dipropylene glycol methyl ether acetate and ethylene glycol diacetate.
A transmission parameter configuration method, comprising: determining , by a first device, a transmission parameter used for group communication, wherein the first device is a management device of a group, and the transmission parameter comprises a demodulation reference signal pattern DMRS pattern that is used for group communication of the group; and sending , by the first device, information comprising the transmission parameter to a second device in the group through a broadcast message; wherein the transmission parameter comprises the DMRS pattern that is used for group communication of the group, and the determining, by the first device, the transmission parameter used for group communication comprises determining, by the first device, the DMRS pattern based on at least any one of the following: a block error rate BLER obtained by the first device; a channel quality measurement result obtained by the first device; signal quality obtained by the first device and an association relationship that is between the signal quality and the DMRS pattern and that is obtained by the first device; or geographic information obtained by the first device. determining , by a first device, a transmission parameter used for group communication, wherein the first device is a management device of a group, and the transmission parameter comprises a demodulation reference signal pattern DMRS pattern that is used for group communication of the group; and sending , by the first device, information comprising the transmission parameter to a second device in the group through a broadcast message; wherein the transmission parameter comprises the DMRS pattern that is used for group communication of the group, and the determining, by the first device, the transmission parameter used for group communication comprises determining, by the first device, the DMRS pattern based on at least any one of the following: a block error rate BLER obtained by the first device; a channel quality measurement result obtained by the first device; signal quality obtained by the first device and an association relationship that is between the signal quality and the DMRS pattern and that is obtained by the first device; or geographic information obtained by the first device. a block error rate BLER obtained by the first device; a channel quality measurement result obtained by the first device; signal quality obtained by the first device and an association relationship that is between the signal quality and the DMRS pattern and that is obtained by the first device; or geographic information obtained by the first device.
Optical unit for covering an illuminant of a spotlight in the beam direction thereof, which optical unit comprises a light collector , a screen and a deflection means , characterized in that the deflection means is arranged in a peripheral region of an output of the light collector , between the light collector and the screen , such that light collected by the light collector , which penetrates the light collector centrally, can be emitted as direct light without deflection, and light penetrating the light collector in a border region can be deflected into the screen , wherein the screen has a plurality of decoupling units , each of which has a curved reflector surface and by means of which the light deflected by the deflection means into the screen can be deflected in a radiation direction of the optical unit , and the screen has a level outer side from which the light deflected by the decoupling units exits the optical unit .
A booster device for driving an injector, comprising: a coil ; a switching element which is connected to the coil in series and turns on/off conduction of the coil ; a capacitor for applying a voltage to the injector; a diode having an anode connected to a connection point of the coil and the switching element and a cathode connected to the capacitor , characterized by , a control circuit which controls the switching element to be turned on/off so as to increase a charging speed of the capacitor when a decision period indicating a period corresponding to an injection interval of the injector is equal to or less than a first threshold value, wherein the control circuit controls the switching element to be turned on/off so as to increase a duty ratio and a switching frequency of the switching element when the decision period is equal to or less than the first threshold value. a coil ; a switching element which is connected to the coil in series and turns on/off conduction of the coil ; a capacitor for applying a voltage to the injector; a diode having an anode connected to a connection point of the coil and the switching element and a cathode connected to the capacitor , characterized by , a control circuit which controls the switching element to be turned on/off so as to increase a charging speed of the capacitor when a decision period indicating a period corresponding to an injection interval of the injector is equal to or less than a first threshold value, wherein the control circuit controls the switching element to be turned on/off so as to increase a duty ratio and a switching frequency of the switching element when the decision period is equal to or less than the first threshold value.
A device for preparing a hair-treatment agent, comprising: a portable sensor device having at least one sensor for detecting at least one sensor value on hairs of a user; a data-processing device for determining a hair state of the user by means of the detected at least one sensor value, and for computer-aided determination of a user-specific hair-treatment agent taking into account the determined hair state; and a hair-treatment-agent mixing device for producing the determined user-specific hair-treatment agent, the device being characterized in that the at least one sensor comprises at least one optical sensor for determining a content of a hair constituent of the hair of the user, the content of a hair constituent being at least one cysteic-acid content, and the determination of the hair state comprises at least determining a degree of damage to the hair. a portable sensor device having at least one sensor for detecting at least one sensor value on hairs of a user; a data-processing device for determining a hair state of the user by means of the detected at least one sensor value, and for computer-aided determination of a user-specific hair-treatment agent taking into account the determined hair state; and a hair-treatment-agent mixing device for producing the determined user-specific hair-treatment agent, the device being characterized in that the at least one sensor comprises at least one optical sensor for determining a content of a hair constituent of the hair of the user, the content of a hair constituent being at least one cysteic-acid content, and the determination of the hair state comprises at least determining a degree of damage to the hair.