mhurhangee/ep-ind-claims huggingface dataset:
A base point device which is disposed between a user's device and an Optical Virtual Private Network, hereafter referred to as OVPN, which comprises a plurality of converting sections (33, 34), which are disposed so as to correspond to plural different first signal formats, for converting a first signal format to and from a second signal format under conditions in which the first signal format which is used by a user's device which joins the OVPN and a second signal format which is used in the OVPN are different from each other, the base point device comprising: a first converting and transmitting section for converting a serial signal which is transmitted from the user's device into a plurality of parallel signals so as to transmit to the OVPN;and a second converting and transmitting section for converting a plurality of the parallel signals which arrive from the OVPN into a serial signal so as to transmit to the user's device, the base point device characterized by comprising a notifying section for notifying the OVPN of information for the topology of the parallel signals and information that the serial signal is converted to the parallel signals. a first converting and transmitting section for converting a serial signal which is transmitted from the user's device into a plurality of parallel signals so as to transmit to the OVPN;and a second converting and transmitting section for converting a plurality of the parallel signals which arrive from the OVPN into a serial signal so as to transmit to the user's device, the base point device characterized by comprising a notifying section for notifying the OVPN of information for the topology of the parallel signals and information that the serial signal is converted to the parallel signals.
A sidelink transmission method, comprising: receiving, by a terminal, downlink information, wherein the downlink information is configured to indicate resource grant of a sidelink; and controlling, by the terminal, a state of a timer related to discontinuous reception, DRX, for the sidelink based on a first event, characterized in that the first event comprises receiving, by the terminal, a Physical Downlink Control Channel, PDCCH, wherein controlling, by the terminal, the state of the timer related to the DRX for the sidelink based on the first event comprises: when the PDCCH indicates the resource grant of the sidelink, starting a round-trip time, RTT, timer for the sidelink at a next symbol in time sequence after receiving the PDCCH. receiving, by a terminal, downlink information, wherein the downlink information is configured to indicate resource grant of a sidelink; and controlling, by the terminal, a state of a timer related to discontinuous reception, DRX, for the sidelink based on a first event, characterized in that the first event comprises receiving, by the terminal, a Physical Downlink Control Channel, PDCCH, wherein controlling, by the terminal, the state of the timer related to the DRX for the sidelink based on the first event comprises: when the PDCCH indicates the resource grant of the sidelink, starting a round-trip time, RTT, timer for the sidelink at a next symbol in time sequence after receiving the PDCCH.
Use of a herbicidally active combination comprising, as the only crop protection agents and/or herbicides, diflufenican and metribuzin or an ester or salt of any of the foregoing, or a combination thereof, for controlling unwanted vegetation in a crop of potatoes.
Control valve for a control chamber of a fuel injector for an internal combustion engine, the said control valve comprising: a body provided with a bore into which a fuel supply duct opens; a jacket of cylindrical general shape inserted into the bore and comprising an axial passage of which a cross section defines an inner fuel passage, into which the fuel enters via a lateral orifice, a sealing seat being provided in the passage; a shut-off rod sliding axially in the jacket and configured, in a closure position, to rest on the sealing seat and shut off the passage and, in an opening position, away from the sealing seat, to allow the flow of fuel, the shut-off rod comprising an actuating end for connection to an actuating device outside the jacket; an annular compensation chamber surrounding the jacket, defined between an outer wall of the jacket and the bore, the supply duct and the lateral orifice of the jacket each opening into the compensation chamber; characterized in that the inner fuel passage has an outlet orifice situated downstream of the sealing seat in the jacket part opposite to the actuating end of the shut-off rod. a body provided with a bore into which a fuel supply duct opens; a jacket of cylindrical general shape inserted into the bore and comprising an axial passage of which a cross section defines an inner fuel passage, into which the fuel enters via a lateral orifice, a sealing seat being provided in the passage; a shut-off rod sliding axially in the jacket and configured, in a closure position, to rest on the sealing seat and shut off the passage and, in an opening position, away from the sealing seat, to allow the flow of fuel, the shut-off rod comprising an actuating end for connection to an actuating device outside the jacket; an annular compensation chamber surrounding the jacket, defined between an outer wall of the jacket and the bore, the supply duct and the lateral orifice of the jacket each opening into the compensation chamber; characterized in that the inner fuel passage has an outlet orifice situated downstream of the sealing seat in the jacket part opposite to the actuating end of the shut-off rod.
A display apparatus comprising: a display panel; a light source configured to generate light to be supplied to the display panel; and a reflecting member disposed behind the display panel and formed of a white foam resin to diffuse and reflect light generated from the light source, wherein the reflecting member comprises: a reflecting groove which is concavely provided on a front surface of the reflecting member to reflect light, wherein the reflecting groove comprises: a first reflecting surface (122a-1) which extends toward an upper front side around the light source in an inclined manner; and a pair of second reflecting surfaces (122a-2) which are provided on both sides around the light source and extend in front of both side ends in an inclined manner; wherein the display apparatus further comprises a light absorbing part which is provided on the pair of the second reflecting surfaces and absorbs a portion of light generated from the light source. a display panel; a light source configured to generate light to be supplied to the display panel; and a reflecting member disposed behind the display panel and formed of a white foam resin to diffuse and reflect light generated from the light source, wherein the reflecting member comprises: a reflecting groove which is concavely provided on a front surface of the reflecting member to reflect light, wherein the reflecting groove comprises: a first reflecting surface (122a-1) which extends toward an upper front side around the light source in an inclined manner; and a pair of second reflecting surfaces (122a-2) which are provided on both sides around the light source and extend in front of both side ends in an inclined manner; a first reflecting surface (122a-1) which extends toward an upper front side around the light source in an inclined manner; and a pair of second reflecting surfaces (122a-2) which are provided on both sides around the light source and extend in front of both side ends in an inclined manner; wherein the display apparatus further comprises a light absorbing part which is provided on the pair of the second reflecting surfaces and absorbs a portion of light generated from the light source.
Support tooling for porous preforms intended to be infiltrated by a molten metal, the tooling comprising: - a rack comprising at least two suspension bars (210, 220) each extending longitudinally along a first direction, said at least two suspension bars being held spaced apart from one another along a second direction perpendicular to the first direction; - a plurality of porous preform supports removably mounted on the suspension bars (210, 220), each support comprising a first portion connected to one of the suspension bars by a connection sliding along a third direction perpendicular to the first and second directions (D1, D2) and a second portion extending from the first portion and comprising support elements which are able to hold a porous preform by point or linear contact. - a rack comprising at least two suspension bars (210, 220) each extending longitudinally along a first direction, said at least two suspension bars being held spaced apart from one another along a second direction perpendicular to the first direction; - a plurality of porous preform supports removably mounted on the suspension bars (210, 220), each support comprising a first portion connected to one of the suspension bars by a connection sliding along a third direction perpendicular to the first and second directions (D1, D2) and a second portion extending from the first portion and comprising support elements which are able to hold a porous preform by point or linear contact.
Scale reading apparatus comprising a readhead moveable relative to a scale, the readhead comprising an incremental channel from which a series of reference mark pulses are produced as the readhead is moved relative to the scale, a reference mark channel arranged to produce a reference mark gating pulse when the readhead passes a predetermined, absolute position mark on the scale and alignment detection means for monitoring, during use, phase alignment of the reference mark gating pulse and reference mark pulses, characterised in that the alignment detection means is arranged to monitor the phase of the leading and trailing edges of said reference mark gating pulse relative to the phase of the reference mark pulses.
A clothes treatment device, comprising: a tub assembly defining a clothes treatment chamber therein, the tub assembly having an air inlet and an air outlet that are in communication with the clothes treatment chamber, the air inlet and the air outlet being provided at an upper part of a side wall of the tub assembly; and a clothes drying assembly comprising an air channel assembly communicating the air inlet with the air outlet, a heating member provided inside the air channel assembly, and a blower configured to guide air to flow, wherein the air channel assembly is provided with a vent in communication with the air outlet and outside, and the vent is located above the air outlet; characterised in that a flow area of the vent is within a range of 500 mm 2 to 1500 mm 2. a tub assembly defining a clothes treatment chamber therein, the tub assembly having an air inlet and an air outlet that are in communication with the clothes treatment chamber, the air inlet and the air outlet being provided at an upper part of a side wall of the tub assembly; and a clothes drying assembly comprising an air channel assembly communicating the air inlet with the air outlet, a heating member provided inside the air channel assembly, and a blower configured to guide air to flow, wherein the air channel assembly is provided with a vent in communication with the air outlet and outside, and the vent is located above the air outlet; characterised in that a flow area of the vent is within a range of 500 mm 2 to 1500 mm 2.
Suspension set for a vibratory conveyor, wherein the suspension set comprises a plurality of suspension units, of which each suspension unit has a carrier, a spring as well as a first spring connection part and a second spring connection part, wherein the carrier has a first carrier end portion and a second carrier end portion, wherein the spring has a first spring end portion and a second spring end portion, wherein the first carrier end portion is coupled to the first spring end portion by means of the first spring connection part, and wherein the springs are cylindrical springs, in particular cylindrical compression springs, characterized in that either the suspension units are separated from one another or the suspension units are connected to one another in pairs only by means of a direct or indirect connection of their respective second carrier end portions or the suspension units are connected to one another in pairs only by means of a direct or indirect connection of their respective second spring connection parts.
A method for determining the potential of a protein to self-associate, the method comprising: a. combining a protein, a gold nanoparticle, and a buffered salt to form a sample, wherein the buffered salt is a buffer and a salt or a salt that is also a buffer; b. exciting the sample with light; c. measuring the light transmitted through the sample at multiple wavelengths ranging from about 450 nm to about 750 nm; d. calculating the absorbance intensity ratio of the sample, wherein the absorbance intensity ratio is the absorbance intensity at the peak absorbance wavelength (A peak) of the sample divided by the absorbance intensity at 450 nm (A 450 or A initial), wherein the protein is stable at high concentration when the absorbance intensity ratio is above 1.7, and wherein the method further comprises repeating steps (a) - (d) at least one more time using a different ionic strength. a. combining a protein, a gold nanoparticle, and a buffered salt to form a sample, wherein the buffered salt is a buffer and a salt or a salt that is also a buffer; b. exciting the sample with light; c. measuring the light transmitted through the sample at multiple wavelengths ranging from about 450 nm to about 750 nm; d. calculating the absorbance intensity ratio of the sample, wherein the absorbance intensity ratio is the absorbance intensity at the peak absorbance wavelength (A peak) of the sample divided by the absorbance intensity at 450 nm (A 450 or A initial), wherein the protein is stable at high concentration when the absorbance intensity ratio is above 1.7, and wherein the method further comprises repeating steps (a) - (d) at least one more time using a different ionic strength.
A drive system for an electric toothbrush comprising concentric inner and outer rotatable shafts, the inner shaft extending beyond the outer shaft; an indexing assembly comprising a carriage located about the extending portion of the inner shaft and reciprocally displaceable longitudinally of the inner shaft, and at least a first converter for translating linear displacement of the carriage into limited angular displacement of the carriage; a first coupling selectively operable to transmit drive from the inner shaft to the carriage; and a second coupling selectively operable to transmit drive from the carriage to the outer shaft, characterized in that the indexing assembly comprises a pair of converters for translating linear displacement of the carriage in one direction into a first limited angular displacement of the carriage and linear displacement of the carriage in a second direction opposite to the first direction into a limited second angular displacement of the carriage.
A cleaning sheet comprising a composite of a protrusion containing backing element having a first outer face and a second outer face, and protrusions (21,24,72) extending from at least one outer face wherein there the protrusion containing backing element is embedded within a fibrous substrate such that fibers of the substrate are present on both outer faces of the backing element, wherein the protrusion containing backing element at least has strand elements (20,70) containing protrusions (21,24,72).
Combination of an electrical cable and an endoscopic camera, with an electrical cable for electrical power and data transmission between two electronic devices, in particular an endoscopic camera and a data storage device, comprising a first flexible line, which has at least 4 data conductors (17a, 17b, 17c, 17d) and at least 4 power transmission conductors (16a, 16b, 16c, 16d), and comprising a further flexible line, which has at least 2 data conductors and at least 2 power transmission conductors, wherein only the first flexible line is intended for the connection of the two electronic devices and the two flexible lines (2, 3) are fixedly connected to one another, wherein, for jointly contacting an electronic device, the first flexible line and the further flexible line respectively have a connector (4, 6) with an equal number of electrical contacts (7a, 8a, 9a, 10a, 11a, 12a, 13a, 14a), wherein the connectors (4, 6) in each case conform to the USB standard, wherein, for jointly contacting an electronic device, the connectors (4, 6) respectively have at least 4 contacts (7a, 8a, 9a, 10a, 11 a, 12a, 13a, 14a), which are connected in an electrically conducting manner to at least 2 data conductors and at least 2 power transmission conductors of the first flexible line and of the further flexible line, respectively, and the further flexible line leads into the connector of the first flexible line, wherein contact areas (11', 12', 13', 14'), in particular solder areas, for the joint electrical connection of the at least 2 data conductors and at least 2 power transmission conductors of the further flexible line to at least 2 data conductors and at least 2 power transmission conductors of the first flexible line are provided in the connector of the first flexible line, wherein 2 of the at least 4 data conductors of the first flexible line are connected to the one connector of the first flexible line, and 2 of the at least 4 data conductors are connected by way of the contact areas (11', 12', 13', 14') and by way of the further flexible line to the other connector of the further flexible line and wherein 2 of the at least 4 power transmission conductors of the first flexible line are electrically connected to the one connector of the first flexible line, and 2 of the at least 4 power transmission conductors are electrically connected by way of the contact areas (11', 12', 13', 14') and by way of the further flexible line to the other connector of the further flexible line, furthermore with an endoscopic camera, wherein the first flexible line is connected to the endoscopic camera, which has a first printed circuit board, in particular for the conversion of analogue image signals into digital image signals, and a second printed circuit board, in particular for the generation of analogue image signals and/or preparation of an analogue image signal, wherein each printed circuit board is electrically connected to at least 2 data conductors and at least 2 power transmission conductors.
Self-propelling device, in particular a cleaning device for cleaning a floor, such as a vacuum and/or sweeping robot, comprising one or more light sensors (6 to 8), characterised in that a preamplifier element is provided and a phase-sensitive detector element (16, 17) and a central control element, in that a signal supplied by the light sensor (6 to 8) is checked with regard to a signal pattern specified by the central control element, and in that this signal, with regard to controlling the device, is linked to the orientation of the relevant light sensor (6 to 8) when a plurality of light sensors (6 to 8) are arranged or to the angular orientation of a light sensor.
A method of measuring weight of the refrigerant recovered from recovering refrigerant by connecting a refrigeration equipment to a refrigerant recovery device through a valve block, said method comprising the following steps: (i) connecting a refrigerant recovery path and refrigerant recharge path through said valve block; (ii) filing said refrigerant recovery path and refrigerant recharge path with refrigerant from a refrigerant storage tank; (iii) measuring weight of the refrigerant storage tank while performing method step (ii) said weight measuring is done before the weight of said refrigerant storage tank starts to increase; (iv) connecting said refrigeration equipment to said refrigerant recovery path through said valve block and recovering said refrigerant; (v) connecting a refrigerant recovery path and refrigerant recharge path through said valve block; (vi) filling said refrigerant recovery path and refrigerant recharge path with refrigerant from a refrigerant storage tank; (vii) measuring weight of the refrigerant storage tank while performing method step (vi) said weight measuring is done before the weight of said refrigerant storage tank starts to increase; and (viii) calculating the difference in weight measured in steps (vii) and (iii). (i) connecting a refrigerant recovery path and refrigerant recharge path through said valve block; (ii) filing said refrigerant recovery path and refrigerant recharge path with refrigerant from a refrigerant storage tank; (iii) measuring weight of the refrigerant storage tank while performing method step (ii) said weight measuring is done before the weight of said refrigerant storage tank starts to increase; (iv) connecting said refrigeration equipment to said refrigerant recovery path through said valve block and recovering said refrigerant; (v) connecting a refrigerant recovery path and refrigerant recharge path through said valve block; (vi) filling said refrigerant recovery path and refrigerant recharge path with refrigerant from a refrigerant storage tank; (vii) measuring weight of the refrigerant storage tank while performing method step (vi) said weight measuring is done before the weight of said refrigerant storage tank starts to increase; and (viii) calculating the difference in weight measured in steps (vii) and (iii).
An exercise assist device for providing movement of a sacroiliac joint (9a, 9b) by extending a hip joint (10a, 10b) transitively, which exercise assist device comprises: a member onto which a thigh is placed in a lateral decubitus position, wherein the member is a stand, and wherein the thigh is an upper thigh of a human subject in a lateral decubitus position, wherein the stand is adapted to move toward a back of the human subject without exercise of voluntary muscles of the human subject, the exercise assist device further comprising a pad, wherein the stand is connected to a movable arm extending from a strut, the strut extending in a direction substantially orthogonal to a longitudinal axis of the human subject, wherein the pad is a sacrum support pad being adapted to support an area corresponding to the sacrum of the human subject behind a back of the human subject, and the member is adapted to support the thigh at a front part of the thigh, characterized in that the sacrum support pad is configured to support the sacrum so that the upper thigh, an upper iliac bone and the sacrum of the human subject are moved in the lateral decubitus position toward the back of the human subject. a member onto which a thigh is placed in a lateral decubitus position, wherein the member is a stand, and wherein the thigh is an upper thigh of a human subject in a lateral decubitus position, wherein the stand is adapted to move toward a back of the human subject without exercise of voluntary muscles of the human subject, the exercise assist device further comprising a pad, wherein the stand is connected to a movable arm extending from a strut, the strut extending in a direction substantially orthogonal to a longitudinal axis of the human subject, wherein the pad is a sacrum support pad being adapted to support an area corresponding to the sacrum of the human subject behind a back of the human subject, and the member is adapted to support the thigh at a front part of the thigh, characterized in that the sacrum support pad is configured to support the sacrum so that the upper thigh, an upper iliac bone and the sacrum of the human subject are moved in the lateral decubitus position toward the back of the human subject.