mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery, comprising: a cap plate; an electrode terminal, disposed on the cap plate; an electrode assembly, comprising a body and a tab extending from the body; and a connection member, comprising a first connecting plate connected to the tab, a second connecting plate connected to the electrode terminal and a support plate connecting the first connecting plate and the second connecting plate, a width direction of the support plate being consistent with a thickness direction of the secondary battery, characterized in that, at least a part of the support plate protruding relative to the first connecting plate toward a side close to the body, and the protruding part of the support plate being attached to the body, and a minimum distance between the support plate and a bottom surface of the electrode assembly in a height direction of the secondary battery is defined as a bare height H of the body on its side, a size of the body in a length direction of the secondary battery is defined as a body length L, and the bare height H and the body length L satisfy the following relationship: 0.1 ≤ H / L ≤ 0. 8. a cap plate; an electrode terminal, disposed on the cap plate; an electrode assembly, comprising a body and a tab extending from the body; and a connection member, comprising a first connecting plate connected to the tab, a second connecting plate connected to the electrode terminal and a support plate connecting the first connecting plate and the second connecting plate, a width direction of the support plate being consistent with a thickness direction of the secondary battery, characterized in that, at least a part of the support plate protruding relative to the first connecting plate toward a side close to the body, and the protruding part of the support plate being attached to the body, and a minimum distance between the support plate and a bottom surface of the electrode assembly in a height direction of the secondary battery is defined as a bare height H of the body on its side, a size of the body in a length direction of the secondary battery is defined as a body length L, and the bare height H and the body length L satisfy the following relationship: 0.1 ≤ H / L ≤ 0. 8.
adjusting device for the stable and zero backlash adjustment of a camera-holding device around at least one tilting axis, in particular on a device for multi-channel image capture, wherein the adjustment device comprises two plates joined to one another so as to be tiltable and wherein the upper plate as camera support plate carries the camera at least indirectly and is connected to the lower plate acting as the base plate characterized by a ramp slide being mounted on the base plate where the ramp slide is vertically displaceable to the tilting axis and has two oppositely inclined running ramps, a joint being placed between the two running ramps which joins the camera support plate to the base plate with a height consistent pivotal point, the camera support plate having two guide pins spaced apart from one another which are guided on the running ramps with at least one of the guide pins being finely adjustable in its length at distance from the camera support plate to keep the device with zero backlash, and the device being designed in such a manner that by displacing the ramp slide the camera support plate assumes, with zero backlash, a defined tilting angle (α) with respect to the base plate.
A process for separating diisopropylbenzene (DIPB) and triisopropylbenzene (TIPB) from a feed comprising DIPB, TIPB, and polyalkylate heavies, the process comprising: introducing the feed into a distillation column operating at a column top pressure of less than 35 kPa (5 psia), a column bottoms pressure of less than 21 kPa (3 psi) above the column top pressure and a bottoms temperature ranging from 224° to 241°C (435° to 465°F); and taking off a side draw comprising at least 99.8 wt% of the DIPB and at least 50 wt% of the TIPB present in the feed and a bottoms stream comprising at least 95 wt% of the heavies contained in the feed; wherein the side draw is taken off from the column at a side draw point, the DIPB, TIPB and heavies are introduced into the column at a feed point, the column having a number of theoretical stages X, wherein X is an integer that is greater than 40 and an uppermost stage is numbered 1 and a lowermost stage is numbered X, the side draw point being disposed at a stage integrally numbered from 0.26 X to 0.40 X from the uppermost stage and the feed point being disposed at a stage integrally numbered from 0.31 X to 0.62 X from the uppermost stage. introducing the feed into a distillation column operating at a column top pressure of less than 35 kPa (5 psia), a column bottoms pressure of less than 21 kPa (3 psi) above the column top pressure and a bottoms temperature ranging from 224° to 241°C (435° to 465°F); and taking off a side draw comprising at least 99.8 wt% of the DIPB and at least 50 wt% of the TIPB present in the feed and a bottoms stream comprising at least 95 wt% of the heavies contained in the feed; wherein the side draw is taken off from the column at a side draw point, the DIPB, TIPB and heavies are introduced into the column at a feed point, the column having a number of theoretical stages X, wherein X is an integer that is greater than 40 and an uppermost stage is numbered 1 and a lowermost stage is numbered X, the side draw point being disposed at a stage integrally numbered from 0.26 X to 0.40 X from the uppermost stage and the feed point being disposed at a stage integrally numbered from 0.31 X to 0.62 X from the uppermost stage.
Winding device for an electric wire comprising: - a drum mounted to rotate about a first rotation axis secured to a frame, - an electric wire wound on the drum and comprising a first mobile end intended to be wound and unwound with the wire and a second end intended to be connected either to at least one electrical load, or to a power supply network, via a connection block, - switch means intended to cut an electrical link between the first end of the electric wire and the connection block, the device being characterized in that the switch means comprise: - a fixed contact secured to the frame and being connected to the connection block; - a mobile contact mounted to rotate around a second rotation axis secured to the drum and being connected to the second end of the electric wire, a rotation of the mobile contact between at least one disconnected operating position and an operating position connected to the fixed contact being produced by a pull on the electric wire. - a drum mounted to rotate about a first rotation axis secured to a frame, - an electric wire wound on the drum and comprising a first mobile end intended to be wound and unwound with the wire and a second end intended to be connected either to at least one electrical load, or to a power supply network, via a connection block, - switch means intended to cut an electrical link between the first end of the electric wire and the connection block, - a fixed contact secured to the frame and being connected to the connection block; - a mobile contact mounted to rotate around a second rotation axis secured to the drum and being connected to the second end of the electric wire, a rotation of the mobile contact between at least one disconnected operating position and an operating position connected to the fixed contact being produced by a pull on the electric wire.
An electrical connector assembly, comprising: a housing having a front mating face and side walls (12,14), the housing having a plurality of terminal receiving cavities extending therethrough, the housing having a shroud positioned on each sidewall comprising a wall spaced from said sidewall forming a receiving area; a lever rotatably connected to the housing, the lever comprising individual lever arms which reside adjacent to the sidewalls (12,14) and are received in and through the receiving area, the lever having mating assist portions adjacent to free ends of the lever arms being protected by the shrouds; and characterised in that the lever arm includes a protrusion upstanding from the lever arm, which extends beyond a lower edge of the shroud wall. a housing having a front mating face and side walls (12,14), the housing having a plurality of terminal receiving cavities extending therethrough, the housing having a shroud positioned on each sidewall comprising a wall spaced from said sidewall forming a receiving area; a lever rotatably connected to the housing, the lever comprising individual lever arms which reside adjacent to the sidewalls (12,14) and are received in and through the receiving area, the lever having mating assist portions adjacent to free ends of the lever arms being protected by the shrouds; and characterised in that the lever arm includes a protrusion upstanding from the lever arm, which extends beyond a lower edge of the shroud wall.
Method for the intermittent interruption of a track blockade of a mobile track securing installation of multiple track sections of railway, wherein the track blockade comprises a rail base holder to be fastened on the rail base of a rail of the operating track of the section of railway, a support connected thereto and a frame, wherein the frame has a horizontal arm and a rising arm, wherein arranged on the rising arm is at least one blocking means extending along the track, wherein the rising arm is connected to the horizontal arm in an articulated manner and, if the rising arm comprises several parts connected to each other at angles, the parts of the rising arm are also connected to each other in an articulated manner, wherein to interrupt the track blockade the rising arm or its parts above the support is/are moved into the horizontal position, characterised in that the rising arm or its parts is/are displaceable along the support, wherein the rising arm or its parts are swung away from the rail base holder and as soon as the rising arm or its parts has/have reached a horizontal position, these are displaced along the support in the direction of the rail base holder.
A method for turning on a screen, comprising activating, when a change in a moving state of a mobile terminal meets a preset unlocking condition, a structured light image sensor for imaging; acquiring a depth map obtained by the imaging of the structured light image sensor; the method being characterized by: simultaneously activating, when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling, when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on. activating, when a change in a moving state of a mobile terminal meets a preset unlocking condition, a structured light image sensor for imaging; acquiring a depth map obtained by the imaging of the structured light image sensor; the method being characterized by: simultaneously activating, when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling, when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on. simultaneously activating, when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling, when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on.
A modular print engine (10, 200, 250, 350) useable in a desktop personalized plastic card printer, comprising: a housing having a front end, a rear end, a top and a bottom; a card input at the front end of the housing; a card input hopper that is in communication with the card input; a card reorienting mechanism in the housing adjacent to the rear end, the card reorienting mechanism is configured to receive a card and rotate the card to redirect the card along a desired card travel path; a first card travel path in the housing between the card input and the card reorienting mechanism; a second card travel path (76, 86, 92, 352) in the housing extending vertically upward from the card reorienting mechanism or extending upwardly from the card reorienting mechanism at a non-vertical angle; a print engine in the housing, the print engine is configured to print on a card; and a removable option module in the housing and disposed along either the first card travel path or the second card travel path, the removable option module includes at least one processing mechanism (82, 84) that is configured to perform a processing operation on a card, characterized in that the print engine is disposed along the first card travel path and includes a print ribbon, and the first card travel path is below the print engine. a housing having a front end, a rear end, a top and a bottom; a card input at the front end of the housing; a card input hopper that is in communication with the card input; a card reorienting mechanism in the housing adjacent to the rear end, the card reorienting mechanism is configured to receive a card and rotate the card to redirect the card along a desired card travel path; a first card travel path in the housing between the card input and the card reorienting mechanism; a second card travel path (76, 86, 92, 352) in the housing extending vertically upward from the card reorienting mechanism or extending upwardly from the card reorienting mechanism at a non-vertical angle; a print engine in the housing, the print engine is configured to print on a card; and a removable option module in the housing and disposed along either the first card travel path or the second card travel path, the removable option module includes at least one processing mechanism (82, 84) that is configured to perform a processing operation on a card, characterized in that the print engine is disposed along the first card travel path and includes a print ribbon, and the first card travel path is below the print engine.
A joint for connecting carrier units, the joint comprising: a joint housing comprising: - a head portion on a first side comprising an annular flange, wherein the annular flange is comprised of interior walls (105, 107) that define a hole and a counter bore therethrough; and - an elongated body on a second side, wherein the elongated body comprises a bore extending longitudinally therethrough; and the joint further comprises an elastomeric insert positioned inside the counter bore of the annular flange, wherein the elastomeric insert comprises: - an outer ring; and - an inner ring, wherein the inner and outer rings (124, 126) are connected together by supports; an inner wall of the outer ring and an outer wall of the inner ring defining a front gap and a rear gap; characterized in that the cross-sectional width of the outer ring at a front section of the elastomeric insert is smaller than is a cross-sectional width of the outer ring at a rear section so that the front gap is larger than the rear gap and in that the elastomeric insert further comprises a bumper extending from the inner ring and positioned in one of the front or rear gaps (130, 131). a joint housing comprising: - a head portion on a first side comprising an annular flange, wherein the annular flange is comprised of interior walls (105, 107) that define a hole and a counter bore therethrough; and - an elongated body on a second side, wherein the elongated body comprises a bore extending longitudinally therethrough; and - a head portion on a first side comprising an annular flange, wherein the annular flange is comprised of interior walls (105, 107) that define a hole and a counter bore therethrough; and - an elongated body on a second side, wherein the elongated body comprises a bore extending longitudinally therethrough; and the joint further comprises an elastomeric insert positioned inside the counter bore of the annular flange, wherein the elastomeric insert comprises: - an outer ring; and - an inner ring, wherein the inner and outer rings (124, 126) are connected together by supports; - an outer ring; and - an inner ring, wherein the inner and outer rings (124, 126) are connected together by supports; an inner wall of the outer ring and an outer wall of the inner ring defining a front gap and a rear gap; characterized in that the cross-sectional width of the outer ring at a front section of the elastomeric insert is smaller than is a cross-sectional width of the outer ring at a rear section so that the front gap is larger than the rear gap and in that the elastomeric insert further comprises a bumper extending from the inner ring and positioned in one of the front or rear gaps (130, 131).
Method of automatically replicating data objects between a mobile device and a server, connected together via a wireless network, in which the timing of data replication across the network is determined by a network operator applying parameters that make efficient usage of network bandwidth; in which the method comprises the steps of: (i) listing in a change log all objects at the device and/or server to be replicated; (ii) defining the parameters using (a) a weight associated with each object that defines how urgently that object needs to be replicated and (b) a threshold that is a function of time, whereby the threshold varies over time in such a way that efficient use is made of available bandwidth; (iii) locally comparing the weight of each object to the threshold at a given time with the outcome of the comparison determining whether the object is sent for replication or not at the time; wherein criteria that are relevant to how urgently an object needs to be replicated are represented by said weight associated with that object. (i) listing in a change log all objects at the device and/or server to be replicated; (ii) defining the parameters using (a) a weight associated with each object that defines how urgently that object needs to be replicated and (b) a threshold that is a function of time, whereby the threshold varies over time in such a way that efficient use is made of available bandwidth; (iii) locally comparing the weight of each object to the threshold at a given time with the outcome of the comparison determining whether the object is sent for replication or not at the time;
A recombinant gene for spatially selective expression in a cotton plant comprising the following operably linked elements: (a) a plant-expressible promoter; (b) a region encoding an RNA molecule which can be translated into a polypeptide or protein; (c) optionally a 3' transcription termination and polyadenylation region characterized in that said recombinant gene further comprises a heterologous target sequence recognized by an endogenous miRNA, said miRNA being expressed less abundantly in cells leading to fibers in said cotton plant compared to cells of said cotton plant other than said cells leading to said fibers and wherein said miRNA has a nucleotide sequence selected from the nucleotide sequence of SEQ ID No. 1, SEQ ID No. 2, SEQ ID No. 3, SEQ ID No. 4, SEQ ID No. 20, SEQ ID No. 21 or SEQ ID No. 22. (a) a plant-expressible promoter; (b) a region encoding an RNA molecule which can be translated into a polypeptide or protein; (c) optionally a 3' transcription termination and polyadenylation region
An apparatus comprising: a first power input associated with a first power source; a second power input associated with a second power source; a third power input associated with a third power source; circuitry configured to perform a first conversion of power from a first format from the first power source to a second format for charging the second power source, to perform a second conversion of power from the second format from the second power source to a third format for supplying a load; and to perform a fourth conversion of power from a fourth format from the third power source to the third format for supplying the load; a bypass path configured to bypass the circuitry and provide power from the first power source to the load without performing the first conversion of power and: means configured to detect a failure of the first power source; characterized by: a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold. a first power input associated with a first power source; a second power input associated with a second power source; a third power input associated with a third power source; circuitry configured to perform a first conversion of power from a first format from the first power source to a second format for charging the second power source, to perform a second conversion of power from the second format from the second power source to a third format for supplying a load; and to perform a fourth conversion of power from a fourth format from the third power source to the third format for supplying the load; a bypass path configured to bypass the circuitry and provide power from the first power source to the load without performing the first conversion of power and: means configured to detect a failure of the first power source; characterized by: a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold. means configured to detect a failure of the first power source; characterized by: a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold.