mhurhangee/ep-ind-claims huggingface dataset:
A battery, comprising a case, an accommodation space being formed inside the case; at least one row of battery cells, the at least one row of battery cells being arranged in the accommodation space, and each row of battery cells comprising at least two battery cells arranged opposite each other in a first direction; and a support member, the support member extending in the first direction, and two ends of the support member being fixed to the case, the support member comprises a support rod and a base located at an end of the support rod, wherein the base is connected to the side wall of the case, characterized in that an adhesive surface is formed on the base, and the adhesive surface abuts against the side wall of the case and is connected to the side wall by means of gluing. a case, an accommodation space being formed inside the case; at least one row of battery cells, the at least one row of battery cells being arranged in the accommodation space, and each row of battery cells comprising at least two battery cells arranged opposite each other in a first direction; and a support member, the support member extending in the first direction, and two ends of the support member being fixed to the case, the support member comprises a support rod and a base located at an end of the support rod, wherein the base is connected to the side wall of the case, characterized in that an adhesive surface is formed on the base, and the adhesive surface abuts against the side wall of the case and is connected to the side wall by means of gluing.
A method of performing cell reselection by a wireless communications device, the method comprising: measuring a signal strength of radio signals received from a serving cell, determining whether the signal strength of the signals received from the serving cell is lower than a first predetermined signal strength threshold, if the signal strength is lower than the first predetermined signal strength threshold measuring signals received from a neighbour cell operating on the same frequency as the serving cell to generate neighbour cell measurements at a first rate, and in accordance with the neighbour cell measurements of the neighbour cell generated at the first rate determining whether to reselect to the neighbour cell, and if the signal strength of the signals received from the serving cell is greater than the first predetermined signal strength threshold and the radio signals received from the serving cell satisfy one or more predetermined conditions based on at least one of the measured signal strength of the signals received from the serving cell and a measured signal quality of the signals received from the serving cell, measuring the signals received from the neighbour cell to generate neighbour cell measurements at a second rate, and in accordance with the neighbour cell measurements of the neighbour cell generated at the second rate determining whether to reselect to the neighbour cell, wherein the second rate is less than the first rate. measuring a signal strength of radio signals received from a serving cell, determining whether the signal strength of the signals received from the serving cell is lower than a first predetermined signal strength threshold, if the signal strength is lower than the first predetermined signal strength threshold measuring signals received from a neighbour cell operating on the same frequency as the serving cell to generate neighbour cell measurements at a first rate, and in accordance with the neighbour cell measurements of the neighbour cell generated at the first rate determining whether to reselect to the neighbour cell, and if the signal strength of the signals received from the serving cell is greater than the first predetermined signal strength threshold and the radio signals received from the serving cell satisfy one or more predetermined conditions based on at least one of the measured signal strength of the signals received from the serving cell and a measured signal quality of the signals received from the serving cell, measuring the signals received from the neighbour cell to generate neighbour cell measurements at a second rate, and in accordance with the neighbour cell measurements of the neighbour cell generated at the second rate determining whether to reselect to the neighbour cell, wherein the second rate is less than the first rate.
A resin composition comprising (i) 100 parts by weight of a resin (component A), (ii) plate-like magnesium hydroxide having a crystal thickness (y) of 0.2 μm or less and an aspect ratio of 20 to 100 (component B), (iii)needle-like basic magnesium sulfate (component C) and (iv) a reinforcing agent (component D) selected from the group consisting of talc and mica, wherein the total content of the components B and C is 1 to 100 parts by weight based on 100 parts by weight of the resin (component A), and the weight ratio of the component B to the component C is 0.1 to 0.9:0.9 to 0.1, and the content of the reinforcing agent (component D) is 1 to 50 parts by weight based on 100 parts by weight of the resin (component A). (i) 100 parts by weight of a resin (component A), (ii) plate-like magnesium hydroxide having a crystal thickness (y) of 0.2 μm or less and an aspect ratio of 20 to 100 (component B), (iii)needle-like basic magnesium sulfate (component C) and (iv) a reinforcing agent (component D) selected from the group consisting of talc and mica,
A computer implemented method of analysing the content of a digital image, the method comprising the steps of: a) computing a boundary enclosing all the non-white content of the digital image; b) dividing the enclosed non-white content into regions based on a predetermined division rule; c) for each region, computing the number of unique colours and the proportion of non-white pixels; d) categorising each respective region according to the number of unique colours and the proportion of non-white pixels computed for that respective the region in step c); e) categorising all of the content of the digital image within the boundary as a single category according to the results of the categorising in step d); and f) automatically assigning a print setting to the digital image according to the categorisation of all of the content of the digital image within the boundary. a) computing a boundary enclosing all the non-white content of the digital image; b) dividing the enclosed non-white content into regions based on a predetermined division rule; c) for each region, computing the number of unique colours and the proportion of non-white pixels; d) categorising each respective region according to the number of unique colours and the proportion of non-white pixels computed for that respective the region in step c); e) categorising all of the content of the digital image within the boundary as a single category according to the results of the categorising in step d); and f) automatically assigning a print setting to the digital image according to the categorisation of all of the content of the digital image within the boundary.
A circuit breaker, comprising: a housing comprising a fixed contact; a movable arm in the housing having a contact, the movable arm being movable to separate and bring together the contact on the movable arm and the fixed contact; a cross bar in the housing in cooperating alignment with the movable arm; a cam follower held by the cross bar so that the cam follower is in communication with the movable arm; and at least one shunt in the housing characterized in that: the cam follower comprises an upper post; and the at least one shunt has a length that extends from a location outside the cross bar to travel past the upper post over an upper surface of the cam follower whereby the upper post keeps shunts separated during high interruption breaker shots. a housing comprising a fixed contact; a movable arm in the housing having a contact, the movable arm being movable to separate and bring together the contact on the movable arm and the fixed contact; a cross bar in the housing in cooperating alignment with the movable arm; a cam follower held by the cross bar so that the cam follower is in communication with the movable arm; and at least one shunt in the housing the cam follower comprises an upper post; and the at least one shunt has a length that extends from a location outside the cross bar to travel past the upper post over an upper surface of the cam follower whereby the upper post keeps shunts separated during high interruption breaker shots.
A surgical instrument, comprising: jaw members having an open position and an approximated position, the jaw members including an anvil jaw member and a cartridge assembly, the cartridge assembly having a replaceable cartridge, the replaceable cartridge including a knife; and a firing rod having, in the approximated position, a first position and a second position, the proximal and distal translation of the firing rod and a pivotable connector resulting in proximal and distal translation of the knife; the pivotable connector disposed distally of and adjacent the firing rod, the pivotable connector and knife being configured such that when the jaw members are in the approximated position, the pivotable connector and knife are linked and such that when the jaw members are in the open position, the pivotable connector and knife are unlinked; wherein when the jaw members are moved towards their open position, the knife contacts the pivotable connector to pivot the pivotable connector with respect to the distal end of the firing rod, thus creating enough space or more space for knife to be removed from surgical instrument, and wherein when the jaw members are approximated, the pivotable connector pivots, thus linking or further linking the pivotable connector with the knife, thus not allowing knife to be removed therefrom. jaw members having an open position and an approximated position, the jaw members including an anvil jaw member and a cartridge assembly, the cartridge assembly having a replaceable cartridge, the replaceable cartridge including a knife; and a firing rod having, in the approximated position, a first position and a second position, the proximal and distal translation of the firing rod and a pivotable connector resulting in proximal and distal translation of the knife; the pivotable connector disposed distally of and adjacent the firing rod, the pivotable connector and knife being configured such that when the jaw members are in the approximated position, the pivotable connector and knife are linked and such that when the jaw members are in the open position, the pivotable connector and knife are unlinked; wherein when the jaw members are moved towards their open position, the knife contacts the pivotable connector to pivot the pivotable connector with respect to the distal end of the firing rod, thus creating enough space or more space for knife to be removed from surgical instrument, and wherein when the jaw members are approximated, the pivotable connector pivots, thus linking or further linking the pivotable connector with the knife, thus not allowing knife to be removed therefrom.
An antidegradant compound represented by formula I: wherein each X is independently selected from the group consisting of ethyl, methyl, or hydrogen.
A self-supporting refractory checker brick module of a checker brick pack for a glass furnace regenerator comprising: multiple preformed refractory checker bricks (102, 202, 302, 402) wherein the checker bricks are stacked in multiple off-set courses to form a honeycomb structure thereof, wherein the checker bricks in the module are bonded to one another by a bonding agent, and wherein the module comprises at least one side edge formed of off-set longitudinally split checker bricks (102a, 202a, 302a, 402a) which are bisected lengthwise at a substantially vertical plane so as to form respective exposed edges, wherein, when assembled as part of the checker brick pack, the exposed edges are aligned with similar exposed edges of split checker bricks of an adjacent checker brick module of the checker brick pack, and wherein each course comprises two or three checker bricks in each of length and width dimensions thereof exclusive of the longitudinally split checker bricks. multiple preformed refractory checker bricks (102, 202, 302, 402) wherein the checker bricks are stacked in multiple off-set courses to form a honeycomb structure thereof, wherein the checker bricks in the module are bonded to one another by a bonding agent, and wherein the module comprises at least one side edge formed of off-set longitudinally split checker bricks (102a, 202a, 302a, 402a) which are bisected lengthwise at a substantially vertical plane so as to form respective exposed edges, wherein, when assembled as part of the checker brick pack, the exposed edges are aligned with similar exposed edges of split checker bricks of an adjacent checker brick module of the checker brick pack, and wherein each course comprises two or three checker bricks in each of length and width dimensions thereof exclusive of the longitudinally split checker bricks.
A system for treating fecal incontinence, the system comprising: (a) a plug including an anchoring element and a biasing element, which functions in maintaining the plug within the anal canal by providing a force countering upward movement of the plug in the neck portion of the rectum, interconnected via an elongated body having an internal bore of an internal sleeve; and (b) an applicator including a finger hold and a rod which is attached to the finger hold and is designed for fitting within the sleeve of the plug; said plug being elastically stretchable in order to fit various anal canal lengths and to provide an elastic biasing force to help in anchoring and sealing, the system being characterized in that said anchoring element is shaped as a solid disc. (a) a plug including an anchoring element and a biasing element, which functions in maintaining the plug within the anal canal by providing a force countering upward movement of the plug in the neck portion of the rectum, interconnected via an elongated body having an internal bore of an internal sleeve; and (b) an applicator including a finger hold and a rod which is attached to the finger hold and is designed for fitting within the sleeve of the plug;
A method for detecting presence of at least one pathogen in a liquid-containing sample, the method comprising: applying a first electrical pulse between at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a first initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the first electrical pulse, to generate at least one first initial electrical response signal that is indicative of an electrical response in a first initial time window that extends no longer than a time required to attain 95% of a steady state electrical response value after a change in state of the first electrical pulse; applying a second electrical pulse between the at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a second initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the second electrical pulse, to generate at least one second initial electrical response signal that is indicative of an electrical response in a second initial time window that extends no longer than the time required to attain 95% of the steady state electrical response value after a change in state of the second electrical pulse; and comparing a second electrical response embodying or derived from the at least one second initial electrical response signal to a first electrical response embodying or derived from the at least one first initial electrical response signal. applying a first electrical pulse between at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a first initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the first electrical pulse, to generate at least one first initial electrical response signal that is indicative of an electrical response in a first initial time window that extends no longer than a time required to attain 95% of a steady state electrical response value after a change in state of the first electrical pulse; applying a second electrical pulse between the at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a second initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the second electrical pulse, to generate at least one second initial electrical response signal that is indicative of an electrical response in a second initial time window that extends no longer than the time required to attain 95% of the steady state electrical response value after a change in state of the second electrical pulse; and comparing a second electrical response embodying or derived from the at least one second initial electrical response signal to a first electrical response embodying or derived from the at least one first initial electrical response signal.
A system for performing matched drilling operations on mating first and second workpieces, comprising: a movable spindle having a chuck for holding a tool for performing an operation; characterized by a microscopic camera capable of providing micron resolution mounted on the spindle; a template for mounting to the first workpiece and the second workpiece; and a controller configured to provide signals to move the movable spindle to a first series of predetermined positions for performing operations at each position of the first series of predetermined positions, the controller further configured to receive images of the template from the microscopic camera at each position of the first series of predetermined positions and to identify and store in a memory microscopic features on the template associated with each position of the first series of predetermined positions, wherein the controller is configured to compare microscopic features within the received image of the template associated with microscopic features in a stored version of an image of the template associated with a corresponding position of the first series of predetermined positions to calculate a necessary offset adjustment. a movable spindle having a chuck for holding a tool for performing an operation; characterized by a microscopic camera capable of providing micron resolution mounted on the spindle; a template for mounting to the first workpiece and the second workpiece; and a controller configured to provide signals to move the movable spindle to a first series of predetermined positions for performing operations at each position of the first series of predetermined positions, the controller further configured to receive images of the template from the microscopic camera at each position of the first series of predetermined positions and to identify and store in a memory microscopic features on the template associated with each position of the first series of predetermined positions, wherein the controller is configured to compare microscopic features within the received image of the template associated with microscopic features in a stored version of an image of the template associated with a corresponding position of the first series of predetermined positions to calculate a necessary offset adjustment.
Method for heating at least two separate spaces in a building using a heating system, wherein the heating system comprises a dual-mode heat pump operable in two alternative modes, one mode being a water-source mode and another mode being an air-source mode, wherein in the water-source mode the heat pump transfers heat from at least a first of the at least two separate spaces to at least a second space of the at least two separate spaces, and wherein in the air-source mode the heat pump transfers heat from the outside to the at least two separate spaces, characterised in that during a period of a day in which an ambient temperature is higher than a daily mean temperature, the air-source mode is used to heat the at least two separate spaces of the building. wherein the heating system comprises a dual-mode heat pump operable in two alternative modes, one mode being a water-source mode and another mode being an air-source mode, wherein in the water-source mode the heat pump transfers heat from at least a first of the at least two separate spaces to at least a second space of the at least two separate spaces, and wherein in the air-source mode the heat pump transfers heat from the outside to the at least two separate spaces, characterised in that during a period of a day in which an ambient temperature is higher than a daily mean temperature, the air-source mode is used to heat the at least two separate spaces of the building.
A wireless charging assembly, comprising: a surface including a visual indicator configured to be illuminated by visible light emitted from beneath the surface; an induction coil disposed beneath the surface and having a center axially aligned with at least a portion of the visual indicator; an electrically powered light generator and a controller operable for controlling the electrically-powered light generator; the electrically powered light generator is optically coupled to a fiber optic panel disposed between the induction coil and the surface, the fiber optic panel configured to emit visible light; wherein light emitted by the fiber optic panel is configured to illuminate the visual indicator, the visual indicator being a passive visual indicator; characterized in that: wherein the visual indicator is integrally formed in the surface and a top of the visual indicator is flush with the surface; and the visual indicator comprises at least one translucent or transparent inlay embedded in at least a portion of the surface, wherein the at least one translucent or transparent plastic inlay is acrylic; the fiber optic panel comprises at least one layer of fiber optic film and has a uniform thickness ranging from about 0.33 mm to about 2.54 mm; and the electrically powered light generator is positioned remote from the induction coil, the fiber optic panel is optically coupled to a light connector assembly that is configured to serve as a light guide, supplying the fiber optic panel with light from the remote electrically powered light generator. a surface including a visual indicator configured to be illuminated by visible light emitted from beneath the surface; an induction coil disposed beneath the surface and having a center axially aligned with at least a portion of the visual indicator; an electrically powered light generator and a controller operable for controlling the electrically-powered light generator; the electrically powered light generator is optically coupled to a fiber optic panel disposed between the induction coil and the surface, the fiber optic panel configured to emit visible light; wherein light emitted by the fiber optic panel is configured to illuminate the visual indicator, the visual indicator being a passive visual indicator; characterized in that: wherein the visual indicator is integrally formed in the surface and a top of the visual indicator is flush with the surface; and the visual indicator comprises at least one translucent or transparent inlay embedded in at least a portion of the surface, wherein the at least one translucent or transparent plastic inlay is acrylic; the fiber optic panel comprises at least one layer of fiber optic film and has a uniform thickness ranging from about 0.33 mm to about 2.54 mm; and the electrically powered light generator is positioned remote from the induction coil, the fiber optic panel is optically coupled to a light connector assembly that is configured to serve as a light guide, supplying the fiber optic panel with light from the remote electrically powered light generator.