mhurhangee/ep-ind-claims huggingface dataset:
A double earphone structure, comprising: a primary earphone assembly having a primary earphone rod; and a secondary earphone assembly having a secondary earphone rod which can be in snapping connection with the primary earphone rod; wherein the primary earphone rod is provided with a transmitter; wherein the primary earphone rod is further provided with a switch; wherein the primary earphone assembly further comprises a primary earphone cable, a primary earphone front cover, a primary earphone steel mesh, a primary earphone rear cover and a primary earphone receiver; and the secondary earphone assembly further comprises a secondary earphone cable, a secondary earphone front cover, a secondary earphone steel mesh, a secondary earphone rear cover and a secondary earphone receiver; wherein the secondary earphone cable directly passes into the secondary earphone rear cover and is tied by a knot and then directly connected to the secondary earphone receiver; wherein the primary earphone cable enters into the primary earphone rod, and is then secured by a knot, and several sets of conductors are branched off from the primary earphone cable to be in connection with the receiver, the switch and the primary earphone receiver, and wherein, when the secondary earphone rod is in snapping connection with the primary earphone rod, the primary earphone cable passes through an inner groove of the secondary earphone rod, before entering into the primary earphone rod. a primary earphone assembly having a primary earphone rod; and a secondary earphone assembly having a secondary earphone rod which can be in snapping connection with the primary earphone rod; wherein the primary earphone rod is provided with a transmitter; wherein the primary earphone rod is further provided with a switch; wherein the primary earphone assembly further comprises a primary earphone cable, a primary earphone front cover, a primary earphone steel mesh, a primary earphone rear cover and a primary earphone receiver; and the secondary earphone assembly further comprises a secondary earphone cable, a secondary earphone front cover, a secondary earphone steel mesh, a secondary earphone rear cover and a secondary earphone receiver; wherein the secondary earphone cable directly passes into the secondary earphone rear cover and is tied by a knot and then directly connected to the secondary earphone receiver; wherein the primary earphone cable enters into the primary earphone rod, and is then secured by a knot, and several sets of conductors are branched off from the primary earphone cable to be in connection with the receiver, the switch and the primary earphone receiver, and wherein, when the secondary earphone rod is in snapping connection with the primary earphone rod, the primary earphone cable passes through an inner groove of the secondary earphone rod, before entering into the primary earphone rod.
A solid-liquid-separation processing method for separating a leach residue from a leach slurry to obtain a leachate containing an impurity element together with nickel and cobalt, wherein multistage washing is applied to the leach slurry to obtain a solution from which the solids are removed and separate solids in the slurry, the multistage washing comprising thickening apparatuses provided in multiple stages, each thickening apparatus equipped with an agitation tank and a sedimentation tank, wherein each sedimentation tank has an overflow unit in a peripheral portion thereof to discharge supernatant liquid and a cylindrical feed well vertically arranged at a central portion thereof, characterized in that at the time of adding a flocculant configured to flocculate the solids in the slurry, a predetermined proportion of the flocculant is added to the feed well in a first-stage thickening apparatus, and a remainder of the flocculant is added to the overflow unit in a second-stage thickening apparatus.
Windscreen wiper device having at least one wiper blade adapter (18a; 18b), having at least one wiper arm (14a; 14b), having at least one fluid channel (22a; 22b) arranged on the wiper arm (14a; 14b), and having at least one connecting unit (16a; 16b) for the fluidic connection of the fluid channel (22a; 22b) to the wiper blade adapter (18a; 18b), in particular to a fluid connection unit (24a; 24b) of the wiper blade adapter (18a; 18b), characterized in that the connecting unit (16a; 16b) has at least one bayonet closure (26a; 26b), by means of which the fluid channel (22a; 22b) is fastenable to the wiper blade adapter (18a; 18b), in particular to the fluid connection unit (24a; 24b) of the wiper blade adapter (18a; 18b), wherein the connecting unit (16a; 16b) has at least one guide element (28a; 28b) which forms an, in particular at least partially open, guide track which is provided for guiding at least one connecting element (33a; 33b) of the connecting unit (16a; 16b) when the fluid channel (22a; 22b) is fastened to the wiper blade adapter (18a; 18b), or wherein the connecting unit has at least one sealing element which is at least partially arranged on the bayonet closure, in particular on a connecting element (32a, 33a) of the connecting unit.
A display receiver device, comprising: a plurality of source inputs, each source input configured to receive a content signal from a corresponding content source; a content identification module configured to send sample information derived from each received content signal to a signature processor and to receive from the signature processor content information for each corresponding content source, the content information for a particular content source indicating a content item embodied by the content signal received from that particular content source, wherein the content identification module is configured to identify different content items from a variety of the source inputs; an association module configured to associate the content item corresponding to the particular content source with one or more associated different content items not corresponding to the particular content source; and a user interface module configured to produce a unified user interface simultaneously displaying menu options for connected devices and menu options for the associated content items, each of the menu options for connected devices including the content information identified via the content identification module for the corresponding content source. a plurality of source inputs, each source input configured to receive a content signal from a corresponding content source; a content identification module configured to send sample information derived from each received content signal to a signature processor and to receive from the signature processor content information for each corresponding content source, the content information for a particular content source indicating a content item embodied by the content signal received from that particular content source, wherein the content identification module is configured to identify different content items from a variety of the source inputs; an association module configured to associate the content item corresponding to the particular content source with one or more associated different content items not corresponding to the particular content source; and a user interface module configured to produce a unified user interface simultaneously displaying menu options for connected devices and menu options for the associated content items, each of the menu options for connected devices including the content information identified via the content identification module for the corresponding content source.
An apparatus for locomotion therapy, comprising: a base, a first table portion, a tilting mechanism (13, 300) coupling said base to said first table portion and being configured to tilt said first table portion between a horizontal position and a vertical position, a foot mechanism mounted to said first table portion to receive feet of a patient, a leg movement mechanism (14; 51) configured to move the legs of the patient, and a second table portion coupled with said first table portion such that the second table portion is connected to said tilting mechanism (13, 300) only via said first table portion, characterised in that said second table portion is adjustable with respect to said first table portion to adapt the apparatus to patients of different heights. a base, a first table portion, a tilting mechanism (13, 300) coupling said base to said first table portion and being configured to tilt said first table portion between a horizontal position and a vertical position, a foot mechanism mounted to said first table portion to receive feet of a patient, a leg movement mechanism (14; 51) configured to move the legs of the patient, and a second table portion coupled with said first table portion such that the second table portion is connected to said tilting mechanism (13, 300) only via said first table portion, characterised in that said second table portion is adjustable with respect to said first table portion to adapt the apparatus to patients of different heights.
A cell fusion device in which a first cell and a second cell are fused, the first cell being smaller than the second cell, the cell fusion device comprising: a cell fusion container comprising: a cell fusion region in which cell fusion is carried out; a pair of electrodes and formed by a conductor and disposed opposite to each other in the cell fusion region; a tabular spacer disposed between the pair of electrodes and; and a tabular insulator disposed between the spacer and one of the electrodes and having at least one fine pore penetrating through the insulator in a direction of the pair of electrodes and; and an electronic power supply which applies an alternating voltage or a voltage pulsed direct current to the pair of electrodes and, characterized in that: the tabular spacer comprises a through-hole forming the cell fusion region; and the fine pore has a diameter no larger than that of the second cell but no smaller than that of the first cell, wherein the spacer comprises: an introducing channel through which a cell is introduced; and an exhausting channel through which the cell is exhausted. a cell fusion container comprising: a cell fusion region in which cell fusion is carried out; a pair of electrodes and formed by a conductor and disposed opposite to each other in the cell fusion region; a tabular spacer disposed between the pair of electrodes and; and a tabular insulator disposed between the spacer and one of the electrodes and having at least one fine pore penetrating through the insulator in a direction of the pair of electrodes and; and a cell fusion region in which cell fusion is carried out; a pair of electrodes and formed by a conductor and disposed opposite to each other in the cell fusion region; a tabular spacer disposed between the pair of electrodes and; and a tabular insulator disposed between the spacer and one of the electrodes and having at least one fine pore penetrating through the insulator in a direction of the pair of electrodes and; and an electronic power supply which applies an alternating voltage or a voltage pulsed direct current to the pair of electrodes and, characterized in that: the tabular spacer comprises a through-hole forming the cell fusion region; and the fine pore has a diameter no larger than that of the second cell but no smaller than that of the first cell, wherein the spacer comprises: an introducing channel through which a cell is introduced; and an exhausting channel through which the cell is exhausted. an introducing channel through which a cell is introduced; and an exhausting channel through which the cell is exhausted.
A polyimide precursor having a unit structure expressed by a general formula and a unit structure expressed by a general formula. (In the general formulas and, X 1 to X 4 each independently represent a hydrogen atom, a monovalent organic group with 1 to 10 carbon atoms or a monovalent alkylsilyl group with 1 to 10 carbon atoms. R 1 is represented by a general formula and R 2 is represented by a general formula.) (In the general formula, R 3 and R 4 each independently represent a monovalent organic group with 1 to 10 carbon atoms.)
A method for sending channel state information, CSI, the method being for a scenario of carrier aggregation, and the method comprises: receiving (Step 11), by a user equipment, a scheduling grant command sent by a base station, wherein the scheduling grant command indicates a data channel, wherein the data channel is a physical uplink shared channel, PUSCH; using, by the user equipment, an index of an uplink carrier where the PUSCH is located as a CSI location label; and sending (Step 13), by the user equipment to the base station through the data channel, CSI of a downlink carrier whose carrier index is equal to the CSI location label, wherein the downlink carrier is one of multiple downlink carriers that the user equipment can access. receiving (Step 11), by a user equipment, a scheduling grant command sent by a base station, wherein the scheduling grant command indicates a data channel, wherein the data channel is a physical uplink shared channel, PUSCH; using, by the user equipment, an index of an uplink carrier where the PUSCH is located as a CSI location label; and sending (Step 13), by the user equipment to the base station through the data channel, CSI of a downlink carrier whose carrier index is equal to the CSI location label, wherein the downlink carrier is one of multiple downlink carriers that the user equipment can access.
Sensored cable for distribution of electrical power in a power network, the sensored cable comprising an inner conductor and an insulating layer arranged concentrically around at least an axial section of the inner conductor, wherein the sensored cable further comprises a capacitive voltage sensor for sensing a voltage of the inner conductor, the sensor including a printed circuit board element, the printed circuit board element being placed over an electrically isolated piece (40, 140) of conductive or semiconductive material, the electrically isolated piece (40, 140) of conductive or semiconductive material being arranged on the insulating layer of the cable and being operable to form an electrode of a sensing capacitor of the capacitive voltage sensor, characterized in that the cable comprises additional conductive or semiconductive material comprising two conductive or semiconductive axial sections, and wherein the additional conductive or semiconductive material is arranged on either side of the electrically isolated piece of conductive or semiconductive material, one or both of the two axial sections of the additional conductive or semiconductive material being electrically isolated from the electrically isolated piece of conductive or semiconductive material by non-conductive axial sections.
A method at a user agent for identifying at least one of an uplink and a downlink resource grant within a wireless communication system wherein resource grants are received using control channel element subsets wherein each CCE subset is a control channel candidate, wherein the UA is configured to decode up to M control channel candidates per time period for single carrier operation, the method comprising the steps of, at the user agent: receiving a medium access controller formatted message from an access device, the message comprising a bit field used to specify, for a particular UA, aggregation levels that are enabled or disabled for searching, wherein each bit in the bit field corresponds to an aggregation level for a carrier designated as an anchor carrier or to an aggregation level for other carriers being non-anchor active carriers; identifying, using the bit field, N control channel candidates that are distributed among C carriers, wherein N is less than MxC; attempting to decode each of the N identified control channel candidates to identify at least one of an uplink and a downlink resource grant. receiving a medium access controller formatted message from an access device, the message comprising a bit field used to specify, for a particular UA, aggregation levels that are enabled or disabled for searching, wherein each bit in the bit field corresponds to an aggregation level for a carrier designated as an anchor carrier or to an aggregation level for other carriers being non-anchor active carriers; identifying, using the bit field, N control channel candidates that are distributed among C carriers, wherein N is less than MxC; attempting to decode each of the N identified control channel candidates to identify at least one of an uplink and a downlink resource grant.
A method for applying adhesive to sides of a flange, the method comprising: attaching a non-permeable intermediate member (302; 502) to an edge of a flange that is at least partially open-edged; and flowing adhesive in gaps between sides of the flange and inner edges of a double lap joint element by inserting the flange with the intermediate member (302; 502) into the double lap joint element. attaching a non-permeable intermediate member (302; 502) to an edge of a flange that is at least partially open-edged; and flowing adhesive in gaps between sides of the flange and inner edges of a double lap joint element by inserting the flange with the intermediate member (302; 502) into the double lap joint element.
A flexible modular construction system, of the type establishing the forming of the component spaces of dwellings or other living spaces by means of one or several modules associated with one another, characterized in that it comprises one or several modules each of which has three established functional areas built in parallel, one of which is a corridor area, another is a service area, and the third is a private-space area, a series of consecutive dwellings being formed by means of the modules, the service area being formed by a hollow space, through which the entrances to the dwellings from the corridor area are established, whereas elements of the service installations to be incorporated are repeatedly arranged in said hollow space, which elements are connectable to respective general supply points correspondingly serving the building.
Filter holder for espresso coffee machines comprising: - a cup-shaped body with circular profile, having a bottom wall with a lower side; said cup-shaped body being suitable for housing a filter, - a discharge nozzle with cylindrical shape, projecting downwardly from the lower side of said bottom wall of the cup-shaped body, - a pouring device comprising a cylindrical body in which said discharge nozzle of the cup-shaped body is inserted; said pouring device comprising at least one pouring spout, and - connection means (50, 60) for connecting said pouring device to said cup-shaped body, characterized in that said connection means (50, 60) provide a bayonet coupling between the pouring device and the cup-shaped body. - a cup-shaped body with circular profile, having a bottom wall with a lower side; said cup-shaped body being suitable for housing a filter, - a discharge nozzle with cylindrical shape, projecting downwardly from the lower side of said bottom wall of the cup-shaped body, - a pouring device comprising a cylindrical body in which said discharge nozzle of the cup-shaped body is inserted; said pouring device comprising at least one pouring spout, and - connection means (50, 60) for connecting said pouring device to said cup-shaped body,
An afterimage compensator comprising: a logo detector configured to detect a logo area including a logo image displayed in a display panel and a logo background image included in a preset range at a periphery of the logo image, based on input image data; a blurring determiner configured to determine a blurring area corresponding to the logo image, using the logo image and the logo background image; and an image corrector configured to blur the logo image, based on the blurring area, characterised in that the blurring determiner includes: a logo map calculator configured to calculate a binary-coded logo map (B_LM) that distinguishes the logo image and the logo background image a preliminary corrector configured to calculate a preliminary blurring map (P_BM) having blurring candidate values by averaging binary data of pixels included in the logo map; and a blurring area determiner configured to determine the blurring area of the logo image by comparing each of the blurring candidate values included in the preliminary blurring map and a preset blurring threshold value. a logo detector configured to detect a logo area including a logo image displayed in a display panel and a logo background image included in a preset range at a periphery of the logo image, based on input image data; a blurring determiner configured to determine a blurring area corresponding to the logo image, using the logo image and the logo background image; and an image corrector configured to blur the logo image, based on the blurring area, a logo map calculator configured to calculate a binary-coded logo map (B_LM) that distinguishes the logo image and the logo background image a preliminary corrector configured to calculate a preliminary blurring map (P_BM) having blurring candidate values by averaging binary data of pixels included in the logo map; and a blurring area determiner configured to determine the blurring area of the logo image by comparing each of the blurring candidate values included in the preliminary blurring map and a preset blurring threshold value.
A polyol composition for the production of polyurethane resin, the polyol composition comprising a compound having a vinyl polymerizable functional group represented by the following formula and a strength improver represented by the following formula, wherein in formula, R represents hydrogen, an alkyl group having 1 to 15 carbon atoms, or an aryl group having 6 to 21 carbon atoms, wherein in formula, R1 represents a residue resulting from the removal of one active hydrogen atom from an active hydrogen-containing compound, and a plurality of R1s each may be the same or different; Y represents a residue resulting from the removal of a carboxyl group from a di-or more-valent aromatic polycarboxylic acid (f), wherein the aromatic ring of Y is composed of carbon atoms, and at least one of the substituents of the aromatic ring is a hydrogen atom though the substituents each may be a hydrogen atom or another substituent; a is an integer satisfying 1 ≤ a ≤ (the number of aromatic ring substituents - 1); Z represents a residue resulting from the removal of m active hydrogen atoms from an m- or more-valent active hydrogen-containing compound; and m represents an integer of 1 to 10.