mhurhangee/ep-ind-claims huggingface dataset:
A portable appliance wherein the portable appliance is a brake bleeder or a clutch bleeder and wherein the portable appliance comprises: a body for supporting the portable appliance wherein the body has at least one support wheel (6a, 6b) for movably supporting the portable appliance on a surface; a handle for manipulation of the portable appliance; a pump with an inlet and an outlet; a fluid reservoir fluidly coupled to the inlet of the pump; and an electric motor for operating the pump to cause pumping of fluid from the inlet to the outlet when the motor is energized by an electrical power supply, wherein the portable appliance comprises a bay, wherein the fluid reservoir and the bay are integral with the body, characterised in that the bay and the majority of the fluid reservoir are located below the middle of the body when the portable appliance is orientated in its normal condition of operation and wherein the bay is sized for receiving a rechargeable vehicle battery for electrical connection to the motor. a body for supporting the portable appliance wherein the body has at least one support wheel (6a, 6b) for movably supporting the portable appliance on a surface; a handle for manipulation of the portable appliance; a pump with an inlet and an outlet; a fluid reservoir fluidly coupled to the inlet of the pump; and an electric motor for operating the pump to cause pumping of fluid from the inlet to the outlet when the motor is energized by an electrical power supply, wherein the portable appliance comprises a bay, wherein the fluid reservoir and the bay are integral with the body, characterised in that the bay and the majority of the fluid reservoir are located below the middle of the body when the portable appliance is orientated in its normal condition of operation and wherein the bay is sized for receiving a rechargeable vehicle battery for electrical connection to the motor.
A printing apparatus printing an image onto a web, the printing apparatus comprising: a transport mechanism (7, 9, 11) for transporting the web; a printing head for printing the image onto the web to be transported and arranged across the web from one side edge of the web to the other side of the web in a width direction of the web orthogonal to a transportation direction of the web; a serpentine amount sensor for detecting a serpentine amount generated in the width direction caused by transportation of the web at a position where the printing head is disposed or a position therearound; a predicted waveform data generating unit for generating predicted waveform data as time series data on the serpentine amount to be produced in a following web section of the web in accordance with actually measured waveform data as the time series data on the detected serpentine amount, the predicted waveform data generating unit being configured to generate the predicted waveform data per page onto which the printing is performed; a shift amount determining unit for determining a shift amount of a printing position of the image to be shifted in the width direction in a direction in which the predicted serpentine amount is decreased in accordance with the predicted waveform data; and a correcting unit for correcting the printing position of the image in accordance with the shift amount and applying a corrected printing position to the printing head. a transport mechanism (7, 9, 11) for transporting the web; a printing head for printing the image onto the web to be transported and arranged across the web from one side edge of the web to the other side of the web in a width direction of the web orthogonal to a transportation direction of the web; a serpentine amount sensor for detecting a serpentine amount generated in the width direction caused by transportation of the web at a position where the printing head is disposed or a position therearound; a predicted waveform data generating unit for generating predicted waveform data as time series data on the serpentine amount to be produced in a following web section of the web in accordance with actually measured waveform data as the time series data on the detected serpentine amount, the predicted waveform data generating unit being configured to generate the predicted waveform data per page onto which the printing is performed; a shift amount determining unit for determining a shift amount of a printing position of the image to be shifted in the width direction in a direction in which the predicted serpentine amount is decreased in accordance with the predicted waveform data; and a correcting unit for correcting the printing position of the image in accordance with the shift amount and applying a corrected printing position to the printing head.
A tape cutting processing apparatus configured to perform cutting processing so that a leading end of a cover tape of a component wrapping tape protrudes by a predetermined protruding length from a leading end of a carrier tape of the component wrapping tape, the component wrapping tape being capable of being wound around a tape reel mounted on a tape feeder and the cover tape being adhered on an upper face side of the carrier tape provided with cavities accommodating components at fixed pitches, the apparatus comprising: a conveyance device configured to convey the component wrapping tape along a conveyance path; a detection device configured to detect the presence or absence of the component accommodated in the cavity of the component wrapping tape conveyed along the conveyance path at a detection position (Ld) disposed on the conveyance path; a cutting device configured to cut each cutting portion of the carrier tape and the cover tape at a cutting position (Lc) disposed on the conveyance path; and a control device configured to control each operation of the conveyance device and the cutting device, characterized by a folding-back member configured to fold back the cover tape at a folding-back position so that adhesion surfaces of the cover tape face each other as the component wrapping tape is conveyed, wherein the control device is configured to control the conveyance device based on a detection signal from the detection device to position the carrier tape and the cover tape folded back by the folding-back member in a state of being overlapped on the cutting position (Lc), and to control the cutting device to cut the carrier tape and the cover tape at once. a conveyance device configured to convey the component wrapping tape along a conveyance path; a detection device configured to detect the presence or absence of the component accommodated in the cavity of the component wrapping tape conveyed along the conveyance path at a detection position (Ld) disposed on the conveyance path; a cutting device configured to cut each cutting portion of the carrier tape and the cover tape at a cutting position (Lc) disposed on the conveyance path; and a control device configured to control each operation of the conveyance device and the cutting device, characterized by a folding-back member configured to fold back the cover tape at a folding-back position so that adhesion surfaces of the cover tape face each other as the component wrapping tape is conveyed, wherein the control device is configured to control the conveyance device based on a detection signal from the detection device to position the carrier tape and the cover tape folded back by the folding-back member in a state of being overlapped on the cutting position (Lc), and to control the cutting device to cut the carrier tape and the cover tape at once.
A method for wireless communications, comprising: generating, at an apparatus, a unified structure for a sounding feedback for single user, SU and multi user, MU, communications comprising a bit indicating whether feedback corresponds to SU or MU feedback, wherein the sounding feedback comprises at least one of one or more beamforming matrices or one or more singular values of a channel associated with the apparatus; and transmitting the sounding feedback over the channel. generating, at an apparatus, a unified structure for a sounding feedback for single user, SU and multi user, MU, communications comprising a bit indicating whether feedback corresponds to SU or MU feedback, wherein the sounding feedback comprises at least one of one or more beamforming matrices or one or more singular values of a channel associated with the apparatus; and transmitting the sounding feedback over the channel.
A vehicular display control apparatus that controls an image reflecting off one of a windshield and a combiner to allow an occupant of a subject vehicle to visually recognize a virtual image of the image, the apparatus comprising: an image generation section that generates a line image and an obstacle image concerning an obstacle around the subject vehicle; and an obstacle direction acquisition section that acquires a relative direction of the obstacle with reference to the subject vehicle, wherein a position of an obstacle virtual image (234, 236) serving as the virtual image of the obstacle image depends on a relative direction of the obstacle with reference to the subject vehicle along a width direction of the subject vehicle acquired by the obstacle direction acquisition section, characterized in that when the obstacle direction acquisition section acquires presence of the obstacle ahead of the subject vehicle, a line virtual image (231, 232, 233, 235) serving as the virtual image of the line image is shaped in concave in a first direction, the first direction being one of upward and downward; when the obstacle direction acquisition section acquires presence of the obstacle behind the subject vehicle, the line virtual image is shaped in concave in a second direction, the second direction being opposite to the first direction. an image generation section that generates a line image and an obstacle image concerning an obstacle around the subject vehicle; and an obstacle direction acquisition section that acquires a relative direction of the obstacle with reference to the subject vehicle, wherein a position of an obstacle virtual image (234, 236) serving as the virtual image of the obstacle image depends on a relative direction of the obstacle with reference to the subject vehicle along a width direction of the subject vehicle acquired by the obstacle direction acquisition section, characterized in that when the obstacle direction acquisition section acquires presence of the obstacle ahead of the subject vehicle, a line virtual image (231, 232, 233, 235) serving as the virtual image of the line image is shaped in concave in a first direction, the first direction being one of upward and downward; when the obstacle direction acquisition section acquires presence of the obstacle behind the subject vehicle, the line virtual image is shaped in concave in a second direction, the second direction being opposite to the first direction.
A device for printing on hollow bodies, having a mandrel wheel and a segmented wheel, wherein the mandrel wheel has its own dedicated motor separate from the motor of the segmented wheel, wherein a plurality of printing form cylinders that are thrown or at least can be thrown radially on the segmented wheel are provided in association to the segmented wheel along its circumferential line, wherein in each case a inking unit is assigned to each printing form cylinder, wherein the respective printing form cylinder and a roller arranged in the associated inking unit are each independently driven in rotation in each case by a motor (11; 12), wherein the motor of the mandrel wheel and the motor of the segmented wheel and the motor of the relevant printing form cylinder and the motor of the roller arranged in the associated inking unit are connected to one another for data exchange by means of a common data bus, wherein the relevant motors (11; 12; 58; 77) each have a dedicated drive regulator and a dedicated power unit connected to the data bus, wherein control data for the relevant motors (11; 12; 58; 77) transported via the data bus form a virtual master axis, wherein the data bus is connected to a central control unit for this device, wherein the control unit connected to the data bus controls the motor of the mandrel wheel and the motor of the segmented wheel and the motor of the relevant printing form cylinder and the motor of the roller arranged in the associated inking unit by means of the respective control data transported via the common data bus.
Electronic battery sensor for identifying the state of a battery, having a shunt resistor and a printed circuit with a measurement circuit, wherein the shunt resistor has a recess and centring limbs which are arranged in the said recess, and the printed circuit fits into the recess, is oriented by the centring limbs and is soldered to the centring limbs, and wherein a respective passage hole (119, 219) is arranged both in the printed circuit and in the recess in the shunt resistor, the said passage hole, during a moulding process which is to be carried out later, allowing a moulding compound which is to be used during the moulding process for incorporating the shunt resistor within a moulding casing to flow through the battery sensor, and wherein the shunt resistor is designed as a measurement bridge by means of the centring limbs.
A reading and writing verification device for an RFID medium having an IC chip and an RFID antenna and capable of wireless data communication, wherein the reading and writing verification device is configured to transfer the RFID medium from an upstream side toward a downstream side along a transfer path of the RFID medium, the reading and writing verification device comprising: a data reading and writing unit provided on the transfer path; a printing unit provided on a downstream side of the data reading and writing unit; a data verification unit provided on a downstream side of the printing unit; and an image reading unit provided between the printing unit and the data verification unit, the image reading unit is configured to read print-data by the printing unit, wherein the data reading and writing unit is configured to read and write medium data from/onto the RFID medium by the wireless data communication while the RFID medium is transferred on the transfer path, wherein the printing unit is configured to print print-data corresponding to the medium data onto the RFID medium, wherein the image reading unit is configured to read the print-data printed onto the RFID medium, characterized in that the data verification unit is configured to read the medium data from the RFID medium and execute a verification whether the medium data corresponding to the print-data read by the image reading unit matches the medium data read by the data verification unit. a data reading and writing unit provided on the transfer path; a printing unit provided on a downstream side of the data reading and writing unit; a data verification unit provided on a downstream side of the printing unit; and an image reading unit provided between the printing unit and the data verification unit, the image reading unit is configured to read print-data by the printing unit, wherein the data reading and writing unit is configured to read and write medium data from/onto the RFID medium by the wireless data communication while the RFID medium is transferred on the transfer path, wherein the printing unit is configured to print print-data corresponding to the medium data onto the RFID medium, wherein the image reading unit is configured to read the print-data printed onto the RFID medium, characterized in that the data verification unit is configured to read the medium data from the RFID medium and execute a verification whether the medium data corresponding to the print-data read by the image reading unit matches the medium data read by the data verification unit.
A method comprising: transmitting a pulse having a carrier wave toward a target; receiving at least a portion of the pulse reflected from the target as a return signal; determining a correlated return signal based on the return signal and the pulse; comparing the correlated return signal against one or more bounds that are determined relative to the return signal; attenuating portions of the correlated return signal that fall outside the one or more bounds; and providing the correlated return signal with weakly correlated and/or distorted portions suppressed by the attenuating. transmitting a pulse having a carrier wave toward a target; receiving at least a portion of the pulse reflected from the target as a return signal; determining a correlated return signal based on the return signal and the pulse; comparing the correlated return signal against one or more bounds that are determined relative to the return signal; attenuating portions of the correlated return signal that fall outside the one or more bounds; and providing the correlated return signal with weakly correlated and/or distorted portions suppressed by the attenuating.
A blood filtration unit (10, 50, 60) comprising: a filtration portion in which a blood filtration material is housed; a blood inflow portion through which blood flows into the filtration portion; a storage portion which has a tubular shape with one end opened and in which a filtrate filtered by the filtration portion is stored; a filtrate flow path portion which is formed along the outer periphery of the storage portion and includes a flow path through which the filtrate flows; an outflow portion in which an outflow port is formed between a pair of wall portions protruding beyond the one end of the storage portion from an end portion of the filtrate flow path portion along an opening end surface of the one end of the storage portion, wherein the outflow port is open onto the opening end surface; and characterized by a guide portion which is formed on the opening end surface of the storage portion and includes at least one of a protruding portion or a groove portion (52, 62) extending from the pair of wall portions toward the opening. a filtration portion in which a blood filtration material is housed; a blood inflow portion through which blood flows into the filtration portion; a storage portion which has a tubular shape with one end opened and in which a filtrate filtered by the filtration portion is stored; a filtrate flow path portion which is formed along the outer periphery of the storage portion and includes a flow path through which the filtrate flows; an outflow portion in which an outflow port is formed between a pair of wall portions protruding beyond the one end of the storage portion from an end portion of the filtrate flow path portion along an opening end surface of the one end of the storage portion, wherein the outflow port is open onto the opening end surface; and characterized by a guide portion which is formed on the opening end surface of the storage portion and includes at least one of a protruding portion or a groove portion (52, 62) extending from the pair of wall portions toward the opening.
A waterslide comprising a vehicle an upwardly angled channel comprising a sliding surface; a plurality of water spray sources (20A, 20B) positioned to spray water over the sliding surface; wherein the plurality of water spray sources are positioned to provide a flow of water to impact the vehicle, characterised by the vehicle having a bottom surface sliding on the sliding surface and water impact surfaces spaced along opposite sides of the vehicle body; and wherein the plurality of water spray sources are adapted to affect sliding motion of the vehicle.
An electronic device, comprising: a display device configured to display an optical image on a front side of the display device; and at least one Time-of-Flight sensor configured to measure infrared light received from a scene in front of the front side of the display device, wherein the display device comprises a first display region using a first display technology and exhibiting a first transmissivity for electromagnetic radiation, wherein the electromagnetic radiation comprises the infrared light, wherein the display device further comprises a second display region using a second display technology and exhibiting a second transmissivity for the electromagnetic radiation, the first transmissivity being higher than the second transmissivity, wherein the at least one sensor is arranged on a back side of the display device and faces the first display region, and wherein the first display region comprises at least one light-emitting element configured to emit the infrared light for illuminating the scene. a display device configured to display an optical image on a front side of the display device; and at least one Time-of-Flight sensor configured to measure infrared light received from a scene in front of the front side of the display device, wherein the display device comprises a first display region using a first display technology and exhibiting a first transmissivity for electromagnetic radiation, wherein the electromagnetic radiation comprises the infrared light, wherein the display device further comprises a second display region using a second display technology and exhibiting a second transmissivity for the electromagnetic radiation, the first transmissivity being higher than the second transmissivity, wherein the at least one sensor is arranged on a back side of the display device and faces the first display region, and wherein the first display region comprises at least one light-emitting element configured to emit the infrared light for illuminating the scene.
A reticulated foam for use in a lost-foam casting process, the foam having a void fraction less than or equal to ninety five percent, comprising: a first layer the first layer comprising a polymer foam having an open-cell structure and a void fraction greater than ninety five percent; a second layer the second layer comprising an adhesive adhered to the first layer; and a third layer the third layer comprising a particulate material, the third layer adhered to the second layer, wherein the particulate material is selected from the group consisting of wax powder, wood flour, polymer powder and combinations thereof. a first layer the first layer comprising a polymer foam having an open-cell structure and a void fraction greater than ninety five percent; a second layer the second layer comprising an adhesive adhered to the first layer; and a third layer the third layer comprising a particulate material, the third layer adhered to the second layer, wherein the particulate material is selected from the group consisting of wax powder, wood flour, polymer powder and combinations thereof.