mhurhangee/ep-ind-claims huggingface dataset:
System comprising an object to be exhibited and an exhibiting device comprising: - a space for receiving the object, defined by a window; - a user interface configured to receive a command; said command enabling to start an interaction with said object; wherein the receiving space comprises a cradle for supporting the object configured to place the object to be exhibited in a predetermined inclined position in the receiving space defined by the window and wherein said system comprises a robotic arm configured to interact physically with said object, as well as a processing unit in communication with the user interface configured to control a movement of the robotic arm, following a predefined physical interaction sequence with the object, said predefined sequence being determined by the command received from the user, comprising a storage memory which comprises different predefined sequences, said predefined sequences each corresponding to a different physical interaction with the object, and wherein said object is an electronic device. - a space for receiving the object, defined by a window; - a user interface configured to receive a command; said command enabling to start an interaction with said object; wherein the receiving space comprises a cradle for supporting the object configured to place the object to be exhibited in a predetermined inclined position in the receiving space defined by the window and wherein said system comprises a robotic arm configured to interact physically with said object, as well as a processing unit in communication with the user interface configured to control a movement of the robotic arm, following a predefined physical interaction sequence with the object, said predefined sequence being determined by the command received from the user, comprising a storage memory which comprises different predefined sequences, said predefined sequences each corresponding to a different physical interaction with the object, and wherein said object is an electronic device.
A device for water purification, comprising the following components: (i) a reservoir for receiving the to be purified water, (ii) a feeding pipe which runs from the to be purified water into the reservoir, (iii) a reactor for the anodic oxidation of water, (iv) a redox sensor for measuring the redox potential, and (v) an equipment for discontinuously delivering the water from the feeding pipe into the reservoir, which is located at the outlet of the feeding pipe, characterized in that, (a) the reactor is arranged in the feeding pipe, and (b) the redox sensor is located in the reservoir. (i) a reservoir for receiving the to be purified water, (ii) a feeding pipe which runs from the to be purified water into the reservoir, (iii) a reactor for the anodic oxidation of water, (iv) a redox sensor for measuring the redox potential, and (v) an equipment for discontinuously delivering the water from the feeding pipe into the reservoir, which is located at the outlet of the feeding pipe, (a) the reactor is arranged in the feeding pipe, and (b) the redox sensor is located in the reservoir.
A medical device for implantation in a hip joint of a patient, wherein said medical device is adapted to be fixated to the pelvic bone of the patient, and wherein said medical device comprises an inner and an outer surface, wherein a contacting portion, of said inner surface is spherical and adapted to face the center of the hip joint when said medical device is implanted, and wherein said medical device is adapted to receive a caput femur or a prosthetic replacement therefor having a spherical portion, wherein said medical device comprises at least one extending portion, extending said contacting portion of said inner surface beyond a circular equator line such that said at least one extending portion clasps said spherical portion of said caput femur, or a prosthetic replacement therefor, such that said spherical portion is restrained in said medical device, characterized in that the extending portion is adapted to extend in the proximal quadrant and wherein said medical device comprises a second portion not extending beyond said circular equator line, and wherein said second portion extends at least along the entire distal, dorsal and frontal quadrants, such that abduction is more restricted than flexion when the medical device is implanted in its final position.
A battery pack, comprising: a plurality of battery units that are arranged side by side along a first direction; a connection member arranged to connect the battery units in series, in parallel, or in series and parallel, the connection member being adjacent to a first surface of each battery unit of the plurality of battery units; a first cap arranged to accommodate the connection member, wherein first portions of all of the battery units are inserted into the first cap; a second cap that is spaced apart from the first cap by a predetermined gap, wherein second portions of all of the battery units are inserted into the second cap; a label that is attached onto outer side portions of the first cap and the second cap so as to fix the first cap and the second cap, and that at least partially surrounds sides of the battery units exposed between the first cap and the second cap; and a spacer interposed between adjacent battery units of the plurality of battery units, wherein the first cap and the second cap fix an arrangement of the battery units, and wherein the spacer includes a first portion arranged to insulate the adjacent battery units from each other and a second portion that extends from the first portion to the connection member and is arranged to support the connection member. a plurality of battery units that are arranged side by side along a first direction; a connection member arranged to connect the battery units in series, in parallel, or in series and parallel, the connection member being adjacent to a first surface of each battery unit of the plurality of battery units; a first cap arranged to accommodate the connection member, wherein first portions of all of the battery units are inserted into the first cap; a second cap that is spaced apart from the first cap by a predetermined gap, wherein second portions of all of the battery units are inserted into the second cap; a label that is attached onto outer side portions of the first cap and the second cap so as to fix the first cap and the second cap, and that at least partially surrounds sides of the battery units exposed between the first cap and the second cap; and a spacer interposed between adjacent battery units of the plurality of battery units, wherein the first cap and the second cap fix an arrangement of the battery units, and wherein the spacer includes a first portion arranged to insulate the adjacent battery units from each other and a second portion that extends from the first portion to the connection member and is arranged to support the connection member.
A method for wireless communications, comprising: generating a frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprising a first portion and a second portion, wherein the first portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprises at least one of a short training field, STF, a channel estimation sequence, CES, or a header, and the second portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprises a data payload; outputting the first portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) for transmission on at least one channel, wherein the at least one channel comprises a plurality of channels, each of the plurality of channels having a respective center frequency; bonding at least two channels of the plurality of channels; shifting a center frequency of the at least one channel, wherein a spacing between edge sub-carriers of two adjacent channels is an integer multiple of a spacing between sub-carriers after the center frequency shift; and outputting the second portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) for transmission on the at least one channel after the center frequency shift. generating a frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprising a first portion and a second portion, wherein the first portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprises at least one of a short training field, STF, a channel estimation sequence, CES, or a header, and the second portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) comprises a data payload; outputting the first portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) for transmission on at least one channel, wherein the at least one channel comprises a plurality of channels, each of the plurality of channels having a respective center frequency; bonding at least two channels of the plurality of channels; shifting a center frequency of the at least one channel, wherein a spacing between edge sub-carriers of two adjacent channels is an integer multiple of a spacing between sub-carriers after the center frequency shift; and outputting the second portion of the frame (300, 310, 320, 330, 410, 420, 430, 440, 450) for transmission on the at least one channel after the center frequency shift.
A method of making a chalcogen-containing photoabsorbing structure, comprising the steps of: (a) sputtering at least one target at a temperature of less than 350°C to form a first photoactive film precursor on a substrate, wherein the first photoactive film comprises at least Cu, In, and at least one chalcogen; (b) subjecting the first film precursor to annealing and/or chalcogenization treatments under conditions effective to convert the first photoactive film precursor into a first crystalline photoelectronically active chalcogen-based (PACB) composition having a first crystalline grain morphology with a grain size under 100 nm as measured by XTEM and an average thickness of less than 200 nm; and (c) providing a second, photoactive film directly or indirectly on the first crystalline PACB composition or precursor thereof, said second photoactive film comprising at least Cu, In and at least one chalcogen; wherein the second photoactive film has a second crystalline grain morphology, wherein the first crystalline grain morphology has a finer crystalline grain structure than the second crystalline grain morphology; and wherein the annealing and/or chalcogenization treatment of the first photoactive film precursor occurs before, during, and/or after formation of the second photoactive film and wherein the combined thickness of the first and second films is less than 1000 nm. (a) sputtering at least one target at a temperature of less than 350°C to form a first photoactive film precursor on a substrate, wherein the first photoactive film comprises at least Cu, In, and at least one chalcogen; (b) subjecting the first film precursor to annealing and/or chalcogenization treatments under conditions effective to convert the first photoactive film precursor into a first crystalline photoelectronically active chalcogen-based (PACB) composition having a first crystalline grain morphology with a grain size under 100 nm as measured by XTEM and an average thickness of less than 200 nm; and (c) providing a second, photoactive film directly or indirectly on the first crystalline PACB composition or precursor thereof, said second photoactive film comprising at least Cu, In and at least one chalcogen;
Laboratory stand with a weighing device, with at least one upwardly directed holding bar, and with a base support supporting this holding bar, and also with a seat for at least one vessel or laboratory vessel, wherein the base support has the seat for the vessel, and wherein at least one bracket for a mixing and/or stirring and/or dispersing and/or temperature-regulating and/or measuring device can be mounted on or is provided on the holding bar in particular in a releasable and/or height-adjustable manner, wherein the seat provided on the base support forms a set-down surface for receiving, holding and/or supporting the vessel in a position of use, and wherein support projections are provided or arranged on the underside of the seat facing away from the set-down surface, which support projections are resiliently or adjustably or movably mounted transversely with respect to the set-down surface and its underside or in a vertical direction against a restoring force or spring force and are provided with or connected to or in operative connection with a weighing device, characterized in that, above the underside of the base support, support projections are provided which are in operative connection with the weighing device and which support the seat for the vessel as a support or as support projections arranged on the underside of the seat, wherein the support projections have or act on movable levers or rockers or endpieces which interact with or are in operative connection with or connected to the weighing device.
A method for predicting the outcome of neo-adjuvant chemotherapy of a subject afflicted with triple-negative breast cancer (TNBC) comprising the steps: a) providing a biological sample from the subject, b) determining the expression or methylation state of the gene and/or genomic sequence of homeodomain transcription factor 2 (PITX2) and/or regulatory sequences thereof within said sample, and c) determining therefrom the outcome of a treatment of said subject. a) providing a biological sample from the subject, b) determining the expression or methylation state of the gene and/or genomic sequence of homeodomain transcription factor 2 (PITX2) and/or regulatory sequences thereof within said sample, and c) determining therefrom the outcome of a treatment of said subject.
A folding box closing apparatus for automated closing of a folding box by a closing flap and an insertion tab of the closing box, comprising: a first closing element carrier including a first closing element for contacting the insertion tab of a first closing box, and a first rotational element having a first rotational axis and a second rotational element having a second rotational axis, the first rotational axis and the second rotational axis being arranged to be spaced apart and parallel to one another, characterised in that the apparatus includes a second closing element for contacting the closing flap of a second folding box, the first rotational axis and the second rotational axis are arranged at a rotational axis angle with respect to the first closing element carrier that is unequal to 90°, the first closing element carrier being connected to the first rotational element by a first pivot bearing and to the second rotational element by a second pivot bearing. a first closing element carrier including a first closing element for contacting the insertion tab of a first closing box, and a first rotational element having a first rotational axis and a second rotational element having a second rotational axis, the first rotational axis and the second rotational axis being arranged to be spaced apart and parallel to one another, characterised in that the apparatus includes a second closing element for contacting the closing flap of a second folding box, the first rotational axis and the second rotational axis are arranged at a rotational axis angle with respect to the first closing element carrier that is unequal to 90°, the first closing element carrier being connected to the first rotational element by a first pivot bearing and to the second rotational element by a second pivot bearing.
An image pickup device comprising: a pixel array including a plurality of pixels arranged in a matrix; and a row selection unit (20, 20L, 20R) which selects a pixel row, where the row selection unit includes: an address generation unit which generates an address signal corresponding to an address of a pixel row in a time division multiplex method; a decoder (21, 21L, 21R) which decodes the address signal generated by the address generation unit and outputs a resultant decoded value; a first storage unit (22, 22L, 22R) which stores the decoded value corresponding to the address of a pixel row from which signals are to be read; and a second storage unit (23, 23L, 23R) which stores the decoded value corresponding to the address of a pixel row to be initialized, wherein, among the pixels arranged in a matrix, a plurality of pixels in adjacent rows form a plurality of pixel blocks each with a shared transistor shared by the plurality of pixels, and the row selection unit (20, 20L, 20R) further includes a third storage unit (24, 24L, 24R) which stores the decoded value for controlling the shared transistor. a pixel array including a plurality of pixels arranged in a matrix; and a row selection unit (20, 20L, 20R) which selects a pixel row, where the row selection unit includes: an address generation unit which generates an address signal corresponding to an address of a pixel row in a time division multiplex method; a decoder (21, 21L, 21R) which decodes the address signal generated by the address generation unit and outputs a resultant decoded value; a first storage unit (22, 22L, 22R) which stores the decoded value corresponding to the address of a pixel row from which signals are to be read; and a second storage unit (23, 23L, 23R) which stores the decoded value corresponding to the address of a pixel row to be initialized, an address generation unit which generates an address signal corresponding to an address of a pixel row in a time division multiplex method; a decoder (21, 21L, 21R) which decodes the address signal generated by the address generation unit and outputs a resultant decoded value; a first storage unit (22, 22L, 22R) which stores the decoded value corresponding to the address of a pixel row from which signals are to be read; and a second storage unit (23, 23L, 23R) which stores the decoded value corresponding to the address of a pixel row to be initialized, wherein, among the pixels arranged in a matrix, a plurality of pixels in adjacent rows form a plurality of pixel blocks each with a shared transistor shared by the plurality of pixels, and the row selection unit (20, 20L, 20R) further includes a third storage unit (24, 24L, 24R) which stores the decoded value for controlling the shared transistor.
A method for manufacturing microlenses, comprising the steps of: - providing a carrier substrate which comprises a paper and/or a carrier foil, and - prestructuring the carrier substrate, so that elevations arise on a front side of the carrier substrate, and depressions corresponding substantially to the elevations arise on a back side of the carrier substrate opposing the front side, - applying translucent plastic (7, 8) to at least one side of the carrier substrate in the region of the elevations or depressions for forming microlenses, the prestructuring of the carrier substrate being effected by embossing by gravure printing process. - providing a carrier substrate which comprises a paper and/or a carrier foil, and - prestructuring the carrier substrate, so that elevations arise on a front side of the carrier substrate, and depressions corresponding substantially to the elevations arise on a back side of the carrier substrate opposing the front side, - applying translucent plastic (7, 8) to at least one side of the carrier substrate in the region of the elevations or depressions for forming microlenses, the prestructuring of the carrier substrate being effected by embossing by gravure printing process.
Locking unit, in particular transmission locking unit, consisting of a coil encircling at least partly an armature space, wherein the coil has a wire that is energized by electric current, as well as an armature rod protruding from the armature space, carrying an armature, and movable relatively to the coil, as well as consisting of an operating element locking device interacting with the armature rod and holding or releasing in a first or second position an operating element depending on the position of the armature rod, and the armature rod or the armature is held in a first position by a permanent magnet, in particular currentless, and a current flow through the wire of the coil compensates the holding force of the permanent magnet, and the armature rod reaches the second position, wherein the coil has a coil former, and the coil former receives or carries the permanent magnet, characterized in that the permanent magnet is configured as annular arrangement of separate segment magnets annularly arranged at or formed to an annular extension at the reellike coil former.
A photovoltaic inverter comprising: a cabinet; and a power module arranged in the cabinet, wherein the power module comprises an inverter power unit, a first ventilating passage and a second ventilating passage; the second ventilating passage is isolated from the first ventilating passage; the inverter power unit is arranged upstream of the first ventilating passage in a direction in which air is inputted; the first ventilating passage is provided with a first air inlet and a first air outlet; and the second ventilating passage is provided with a second air inlet and a second air outlet, characterized in that, the photovoltaic inverter further comprises a reactance unit arranged in the first ventilating passage, wherein only the reactance unit and the inverter power unit are arranged in the first ventilating passage; and the reactance unit is arranged downstream of the inverter power unit in a direction in which air flows, and the second ventilating passage comprises a capacitor cell side passage and a direct current side passage, wherein a capacitor cell is arranged upstream of the capacitor cell side passage; an alternating current power distribution unit is arranged downstream of the capacitor cell side passage; and a direct current power distribution unit is arranged in the direct current side passage. a cabinet; and a power module arranged in the cabinet, wherein the power module comprises an inverter power unit, a first ventilating passage and a second ventilating passage; the second ventilating passage is isolated from the first ventilating passage; the inverter power unit is arranged upstream of the first ventilating passage in a direction in which air is inputted; the first ventilating passage is provided with a first air inlet and a first air outlet; and the second ventilating passage is provided with a second air inlet and a second air outlet, characterized in that, the photovoltaic inverter further comprises a reactance unit arranged in the first ventilating passage, wherein only the reactance unit and the inverter power unit are arranged in the first ventilating passage; and the reactance unit is arranged downstream of the inverter power unit in a direction in which air flows, and the second ventilating passage comprises a capacitor cell side passage and a direct current side passage, wherein a capacitor cell is arranged upstream of the capacitor cell side passage; an alternating current power distribution unit is arranged downstream of the capacitor cell side passage; and a direct current power distribution unit is arranged in the direct current side passage.