mhurhangee/ep-ind-claims huggingface dataset:
A clad material comprising: a first layer made of stainless steel; and a second layer made of Cu or a Cu alloy and roll-bonded to the first layer, and characterized in that a grain size of the second layer measured by a comparison method of JIS H 0501, which corresponds to ISO 2624:1973, is 0.050 mm or more and 0.150 mm or less. a first layer made of stainless steel; and a second layer made of Cu or a Cu alloy and roll-bonded to the first layer, and characterized in that a grain size of the second layer measured by a comparison method of JIS H 0501, which corresponds to ISO 2624:1973, is 0.050 mm or more and 0.150 mm or less.
A non-volatile memory element comprising: first and second transistors (106, 108) forming an inverter coupled between a first storage node and an output of the memory element; a third transistor (116, 616) coupled between the first storage node and a first supply voltage (GND, V DD) and comprising a control terminal coupled to said output; a first resistance switching element coupled in series with said third transistor and programmed to have one of first and second resistances (R min, R max) representing a non-volatile data bit; a fourth transistor (118, 618) coupled between said storage node and a second supply voltage (V DD, GND); and characterized in that it comprises: control circuitry (130, 706, 707) adapted to activate said third transistor at the start of a transfer phase of said non-volatile data bit to said storage node, and to control said fourth transistor to couple said storage node to said second supply voltage during said transfer phase. first and second transistors (106, 108) forming an inverter coupled between a first storage node and an output of the memory element; a third transistor (116, 616) coupled between the first storage node and a first supply voltage (GND, V DD) and comprising a control terminal coupled to said output; a first resistance switching element coupled in series with said third transistor and programmed to have one of first and second resistances (R min, R max) representing a non-volatile data bit; a fourth transistor (118, 618) coupled between said storage node and a second supply voltage (V DD, GND); and characterized in that it comprises: control circuitry (130, 706, 707) adapted to activate said third transistor at the start of a transfer phase of said non-volatile data bit to said storage node, and to control said fourth transistor to couple said storage node to said second supply voltage during said transfer phase. control circuitry (130, 706, 707) adapted to activate said third transistor at the start of a transfer phase of said non-volatile data bit to said storage node, and to control said fourth transistor to couple said storage node to said second supply voltage during said transfer phase.
A method for detecting in real-time a refrigerant charge loss in a refrigerant vapor compression system having a refrigerant circuit including a refrigerant compression device, a refrigerant heat rejection heat exchanger, an evaporator and an electronic expansion valve operatively associated with the evaporator, the method comprising: determining whether both a sensed evaporator outlet superheat exceeds a target evaporator outlet superheat by at least a preset amount of superheat and a sensed degree of openness of the electronic expansion valve exceeds a preset degree of openness for a preset time of period; characterized in that if both the sensed evaporator outlet superheat exceeds the target evaporator outlet superheat by at least the preset amount of superheat and the sensed degree of openness of the electronic expansion valve exceeds the preset degree of openness for the preset time of period, determining whether at least one air temperature of a sensed supply air temperature of a flow of air having traversed the evaporator or a sensed return air temperature of a flow of air returning to the evaporator is changing at a rate less than a preset air temperature rate of change; if the at least one air temperature of the sensed supply air temperature of a flow of air having traversed the evaporator or the sensed return air temperature of a flow of air returning to the evaporator is changing at a rate less than the preset air temperature rate of change, generating a service alarm indicating a loss of charge warning and determining whether a sensed speed of the compression device is at a maximum speed limit for the compression device for a predetermined period of time. determining whether both a sensed evaporator outlet superheat exceeds a target evaporator outlet superheat by at least a preset amount of superheat and a sensed degree of openness of the electronic expansion valve exceeds a preset degree of openness for a preset time of period; characterized in that if both the sensed evaporator outlet superheat exceeds the target evaporator outlet superheat by at least the preset amount of superheat and the sensed degree of openness of the electronic expansion valve exceeds the preset degree of openness for the preset time of period, determining whether at least one air temperature of a sensed supply air temperature of a flow of air having traversed the evaporator or a sensed return air temperature of a flow of air returning to the evaporator is changing at a rate less than a preset air temperature rate of change; if the at least one air temperature of the sensed supply air temperature of a flow of air having traversed the evaporator or the sensed return air temperature of a flow of air returning to the evaporator is changing at a rate less than the preset air temperature rate of change, generating a service alarm indicating a loss of charge warning and determining whether a sensed speed of the compression device is at a maximum speed limit for the compression device for a predetermined period of time.
A method of determining a concentration of a gas in a headspace of a tray having a flexible protective, at least partially transparent film, a surface of the contents of the tray at least partially defining said headspace together with said flexible protective, at least partially transparent film, and wherein said tray further comprises a light transmitting wall or a light reflecting surface in contact with said headspace, said method comprising: creating a determinable optical path length through said headspace of said tray, by contacting said protective, at least partially transparent film by a mechanical means (1304, 1305); said mechanical means including a light source head and a detector head (1302, 1302'); transmitting a light signal between said light source head and said detector head through said determinable optical path length; wherein the optical path length within the headspace is defined either from the point of entry of light through the protective, at least partially transparent film to a point of transmission through the transmitting wall, wherein the transmitted light is either detected or reflected back to a point of exit of light through the protective, at least partially transparent film; or the optical path length within the headspace is defined from the point of entry of light through the protective, at least partially transparent film, film and from the point of reflection at the reflective surface to a point of exit of light through the protective, at least partially transparent film; determining said concentration of said gas in said headspace of said tray based on the detected transmitted light and said determinable optical path length. creating a determinable optical path length through said headspace of said tray, by contacting said protective, at least partially transparent film by a mechanical means (1304, 1305); said mechanical means including a light source head and a detector head (1302, 1302'); transmitting a light signal between said light source head and said detector head through said determinable optical path length; wherein the optical path length within the headspace is defined either from the point of entry of light through the protective, at least partially transparent film to a point of transmission through the transmitting wall, wherein the transmitted light is either detected or reflected back to a point of exit of light through the protective, at least partially transparent film; or the optical path length within the headspace is defined from the point of entry of light through the protective, at least partially transparent film, film and from the point of reflection at the reflective surface to a point of exit of light through the protective, at least partially transparent film; determining said concentration of said gas in said headspace of said tray based on the detected transmitted light and said determinable optical path length.
Lid fitting for pivotally attaching a lid to a furniture body, wherein the lid fitting comprises: a base element for fastening the lid fitting to a side wall of the furniture body, a front attachment element for mounting a lid element to the lid fitting, a first pivot arm that is pivotally attached to the base element about a first body axis and to the front attachment element about a first lid axis, a second pivot arm that is pivotally attached to the base element about a second body axis and to the front attachment element about a second lid axis, wherein the first body axis, the second body axis, the first lid axis and the second lid axis are arranged parallel to and spaced apart from each other, and an eccentric that is pivotally attached to the base element about a bearing axis, characterized in that the first pivot arm is pivotally mounted on the eccentric about an eccentric axis, the bearing axis and the eccentric axis being arranged parallel to and at a distance from one another, that the lid fitting further comprises a power drive for acting on the front attachment element at least over a part of the pivot path of the front attachment element between an open position and a closed position in the direction towards the open position, that the front attachment element has an setting contour, and that the power drive is supported on the one hand against one of the pivot arms (4, 5) and on the other hand by means of a pressure element against the setting contour of the front attachment element. a base element for fastening the lid fitting to a side wall of the furniture body, a front attachment element for mounting a lid element to the lid fitting, a first pivot arm that is pivotally attached to the base element about a first body axis and to the front attachment element about a first lid axis, a second pivot arm that is pivotally attached to the base element about a second body axis and to the front attachment element about a second lid axis, wherein the first body axis, the second body axis, the first lid axis and the second lid axis are arranged parallel to and spaced apart from each other, and an eccentric that is pivotally attached to the base element about a bearing axis, characterized in that the first pivot arm is pivotally mounted on the eccentric about an eccentric axis, the bearing axis and the eccentric axis being arranged parallel to and at a distance from one another, that the lid fitting further comprises a power drive for acting on the front attachment element at least over a part of the pivot path of the front attachment element between an open position and a closed position in the direction towards the open position, that the front attachment element has an setting contour, and that the power drive is supported on the one hand against one of the pivot arms (4, 5) and on the other hand by means of a pressure element against the setting contour of the front attachment element.
A computer-implemented method for obtaining personalized parameters for transcranial stimulation, comprising: receiving baseline data about a test subject, the baseline data comprising information about the test subject acquired prior to transcranial stimulation applied to the test subject; and using a Gaussian process model of performance of one or more training subjects to obtain personalized parameters for transcranial stimulation for the test subject based on the received baseline data, wherein: the Gaussian process jointly models subject performance during and/or after transcranial stimulation as a function of both i) parameters defining the transcranial stimulation; and ii) baseline data for the one or more training subjects. receiving baseline data about a test subject, the baseline data comprising information about the test subject acquired prior to transcranial stimulation applied to the test subject; and using a Gaussian process model of performance of one or more training subjects to obtain personalized parameters for transcranial stimulation for the test subject based on the received baseline data, wherein: the Gaussian process jointly models subject performance during and/or after transcranial stimulation as a function of both i) parameters defining the transcranial stimulation; and ii) baseline data for the one or more training subjects. i) parameters defining the transcranial stimulation; and ii) baseline data for the one or more training subjects.
Elastic floor covering, comprising a soft core, a decorative layer disposed on the core, a wear layer disposed on the decorative layer and a backing layer disposed below the core, wherein at least the core, the wear layer and the backing layer are made of polyurethane, and a glass fibre mat is arranged between the core and the decorative layer, characterized in that - the decorative layer consists of cellulose paper impregnated with polyurethane, - that the wear layer is made of polyurethane that is obtained from an aliphatic polyol, - and the core and the backing layer respectively consists of a polyurethane that is obtained from an aromatic polyol from renewable raw materials. - the decorative layer consists of cellulose paper impregnated with polyurethane, - that the wear layer is made of polyurethane that is obtained from an aliphatic polyol, - and the core and the backing layer respectively consists of a polyurethane that is obtained from an aromatic polyol from renewable raw materials.
An assembled battery comprising: a plurality of battery cells arranged in series such that long side surfaces of the battery cells face other; a pair of end plates sandwiching both ends thereof; and first metal bands (4c, 4d) binding the pair of the end plates, wherein each of the end plates comprises two plates, characterized in that each of the two plates has width smaller than width of the long side surface of the battery cell such that there is a space between the two plates, the first metal bands (4c, 4d) respectively bind one plate of the two plates at one end and the corresponding plate of the two plates at the other end, which faces the one plate at the one end through the plurality of the battery cells, and in each of the pair of end plates, the two plates of the one end or the two plates of the other end are respectively bound by a connecting member, the connecting member is on the outer surface of the two plates and extends over the space between them and connects them. a plurality of battery cells arranged in series such that long side surfaces of the battery cells face other; a pair of end plates sandwiching both ends thereof; and first metal bands (4c, 4d) binding the pair of the end plates, wherein each of the end plates comprises two plates, characterized in that each of the two plates has width smaller than width of the long side surface of the battery cell such that there is a space between the two plates, the first metal bands (4c, 4d) respectively bind one plate of the two plates at one end and the corresponding plate of the two plates at the other end, which faces the one plate at the one end through the plurality of the battery cells, and in each of the pair of end plates, the two plates of the one end or the two plates of the other end are respectively bound by a connecting member, the connecting member is on the outer surface of the two plates and extends over the space between them and connects them.
A self loading mobile mixer comprising: - a frame; - a plurality of wheels (2; 202) supported by the frame for moving the mixer (1; 101; 201); - a driver's post for accommodating an operator assigned to maneuver the mixer (1; 101; 201); - a mixing drum for preparing a mix by mixing at least one liquid and at least one dry component, the mixing drum being rotatable about a longitudinal axis thereof thanks to rotation driving means; - at least one tank for containing said at least one liquid, said at least one tank being in fluid communication with the mixing drum; - a lifting device; - a discharge device for discharging the mix that has been prepared in the mixing drum from the mixer (1; 101; 201); characterised in that, the lifting device is adapted for handling a bag containing said at least one dry component, the lifting device being movable between a lowered position for picking up and releasing the bag and a raised position in which the bag is opened and its contents are poured into the mixing drum, the lifting device being movable between the lowered position and the raised position with a movement having only a degree of freedom, consisting in a rotation around a hinge axis; - a frame; - a plurality of wheels (2; 202) supported by the frame for moving the mixer (1; 101; 201); - a driver's post for accommodating an operator assigned to maneuver the mixer (1; 101; 201); - a mixing drum for preparing a mix by mixing at least one liquid and at least one dry component, the mixing drum being rotatable about a longitudinal axis thereof thanks to rotation driving means; - at least one tank for containing said at least one liquid, said at least one tank being in fluid communication with the mixing drum; - a lifting device; - a discharge device for discharging the mix that has been prepared in the mixing drum from the mixer (1; 101; 201);
A grinder attachment for a food processing system, the food processing system comprising a food processor base comprising a rotary component and a motorized unit, the grinder attachment comprising: a grinder base; a grinder cup defining a grinder chamber and a grinder opening, said grinder cup being mounted to said grinder base at a closed end of said grinder cup, said closed end being opposite said grinder opening; a rotatable blade assembly including at least one blade positioned within said grinder chamber of said grinder cup; and a cover configured to surround said grinder cup to seal said grinder opening, wherein said cover is configured to removably couple to said grinder base; wherein at least a portion of the grinder base is receivable within the food processor base; wherein said rotatable blade assembly of the grinder attachment includes a rotary coupling, said coupling being associable with the rotary component of the food processor base. a grinder base; a grinder cup defining a grinder chamber and a grinder opening, said grinder cup being mounted to said grinder base at a closed end of said grinder cup, said closed end being opposite said grinder opening; a rotatable blade assembly including at least one blade positioned within said grinder chamber of said grinder cup; and a cover configured to surround said grinder cup to seal said grinder opening, wherein said cover is configured to removably couple to said grinder base; wherein at least a portion of the grinder base is receivable within the food processor base; wherein said rotatable blade assembly of the grinder attachment includes a rotary coupling, said coupling being associable with the rotary component of the food processor base.
An apparatus, the apparatus comprising means configured to; based on first imagery comprising imagery being captured of at least part of a body of a user, and contemporaneously captured second imagery comprising imagery of a scene, wherein the first imagery is captured by a first camera of a device and the second imagery is captured by a second camera of the same device, the second imagery comprising a plurality of images taken over time, and based on expression-time information indicative of when a user expression of the user is determined to have occurred in the first imagery, provide a time window temporally extending from a first time comprising a predetermined reaction time prior to the time indicated in the expression-time information, to a second time comprising a time equal to or prior to the first time, the time window provided to identify at least one expression-causing image from the plurality of images of the second imagery that was captured in said time window, wherein the predetermined reaction time comprises a reaction time of the user determined from analysis of previously captured first and second imagery, and provide for association and recordal of the at least one expression-causing image with at least one expression-time image comprising at least one image from the first imagery based on the time indicated in the expression-time information. based on first imagery comprising imagery being captured of at least part of a body of a user, and contemporaneously captured second imagery comprising imagery of a scene, wherein the first imagery is captured by a first camera of a device and the second imagery is captured by a second camera of the same device, the second imagery comprising a plurality of images taken over time, and based on expression-time information indicative of when a user expression of the user is determined to have occurred in the first imagery, provide a time window temporally extending from a first time comprising a predetermined reaction time prior to the time indicated in the expression-time information, to a second time comprising a time equal to or prior to the first time, the time window provided to identify at least one expression-causing image from the plurality of images of the second imagery that was captured in said time window, wherein the predetermined reaction time comprises a reaction time of the user determined from analysis of previously captured first and second imagery, and provide for association and recordal of the at least one expression-causing image with at least one expression-time image comprising at least one image from the first imagery based on the time indicated in the expression-time information.