mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator appliance, comprising: a fresh food compartment; an ice storage compartment positioned within the fresh food compartment and being insulated from the fresh food compartment; a sealed system comprising a condenser, an expansion device, and an evaporator fluidly coupled through a refrigerant conduit, and a compressor operably coupled to the refrigerant conduit for circulating a flow of refrigerant through the refrigerant conduit; an icemaker positioned in the fresh food compartment above the ice storage compartment and comprising an ice mold for receiving water, wherein the sealed system is in direct thermal communication with the ice mold for cooling the ice mold to form ice from the water; and a freezer compartment adjacent to the fresh food compartment; characterized in that, further comprising an air supply duct through which air is supplied from the freezer compartment to the ice storage compartment, and an air return duct through which air is returned from the ice storage compartment to the freezer compartment; and an insulated door positioned over an opening in the ice storage compartment, the insulated door being movable between an open position and a closed position to permit the ice to pass into the ice storage compartment from the icemaker; wherein the ice storage compartment is defined at least in part by an upper wall and a lower wall, and wherein the opening is defined in the upper wall, the insulated door is slidably attached to the under surface of the upper wall. a fresh food compartment; an ice storage compartment positioned within the fresh food compartment and being insulated from the fresh food compartment; a sealed system comprising a condenser, an expansion device, and an evaporator fluidly coupled through a refrigerant conduit, and a compressor operably coupled to the refrigerant conduit for circulating a flow of refrigerant through the refrigerant conduit; an icemaker positioned in the fresh food compartment above the ice storage compartment and comprising an ice mold for receiving water, wherein the sealed system is in direct thermal communication with the ice mold for cooling the ice mold to form ice from the water; and a freezer compartment adjacent to the fresh food compartment; characterized in that, further comprising an air supply duct through which air is supplied from the freezer compartment to the ice storage compartment, and an air return duct through which air is returned from the ice storage compartment to the freezer compartment; and an insulated door positioned over an opening in the ice storage compartment, the insulated door being movable between an open position and a closed position to permit the ice to pass into the ice storage compartment from the icemaker; wherein the ice storage compartment is defined at least in part by an upper wall and a lower wall, and wherein the opening is defined in the upper wall, the insulated door is slidably attached to the under surface of the upper wall.
An air filter comprising: a first urethane portion made of polyurethane foam and having air permeability; and a second urethane portion made of polyurethane foam and disposed so as to overlap with a part of the first urethane portion, the second urethane portion is higher in density than the first urethane portion, and characterized in that, the first urethane portion and the second urethane portion are integrated with each other by thermocompression bonding in a state where the second urethane portion is incorporated in the part of the first urethane portion. a first urethane portion made of polyurethane foam and having air permeability; and a second urethane portion made of polyurethane foam and disposed so as to overlap with a part of the first urethane portion, the second urethane portion is higher in density than the first urethane portion, and characterized in that, the first urethane portion and the second urethane portion are integrated with each other by thermocompression bonding in a state where the second urethane portion is incorporated in the part of the first urethane portion.
A culture observation system comprising: a culturing cabinet for forming an environment suitable for culturing a culture in a culturing room; an image pick-up device for photographing a microscopic image of the culture and including a table provided in the culturing room to hold the culture as an image pick-up target accommodated in a transluscent container, a cabinet heater for heating the culturing room, a cabinet temperature sensor for detecting an air temperature in the culturing room and control means for controlling a temperature in the culturing room, characterised by a stage heater for heating the table, and a stage temperature sensor for detecting a temperature of the table, the control means being configured to control the stage heater to control the temperature of the table by controlling the cabinet heater and the stage heater independently based on a detecting value of the cabinet temperature sensor and the stage temperature sensor so that the temperature of the table is a value equal to or lower than the temperature in the culturing room and suitable for culturing the culture. a culturing cabinet for forming an environment suitable for culturing a culture in a culturing room; an image pick-up device for photographing a microscopic image of the culture and including a table provided in the culturing room to hold the culture as an image pick-up target accommodated in a transluscent container, a cabinet heater for heating the culturing room, a cabinet temperature sensor for detecting an air temperature in the culturing room and control means for controlling a temperature in the culturing room, characterised by a stage heater for heating the table, and a stage temperature sensor for detecting a temperature of the table, the control means being configured to control the stage heater to control the temperature of the table by controlling the cabinet heater and the stage heater independently based on a detecting value of the cabinet temperature sensor and the stage temperature sensor so that the temperature of the table is a value equal to or lower than the temperature in the culturing room and suitable for culturing the culture.
A pull-rod type digital camera, comprising: a shooting assembly; and a control assembly, wherein the shooting assembly comprises a camera; the pull-rod type digital camera further comprises a telescopic rod, one end of the telescopic rod is arranged movably inside the control assembly, and the other end of the telescopic rod is rotationally connected with the shooting assembly; the control assembly comprises a control handle; the control handle is provided with function keys which at least comprise a power key, a shutter key, a focusing key and a menu key; said control assembly further comprises a display, and the display is rotationally connected with the control handle; the control handle of the control assembly further comprises a universal ball, the display is connected with the control handle by the universal ball; and wherein the telescopic rod comprises several telescopic joints, and a top telescopic joint is rotationally connected with the shooting assembly, a bottom telescopic joint is movably arranged inside the control handle; the top telescopic joint is a little longer than the control handle, and other telescopic joints match with the control handle in length. a shooting assembly; and a control assembly, wherein the shooting assembly comprises a camera; the pull-rod type digital camera further comprises a telescopic rod, one end of the telescopic rod is arranged movably inside the control assembly, and the other end of the telescopic rod is rotationally connected with the shooting assembly; the control assembly comprises a control handle; the control handle is provided with function keys which at least comprise a power key, a shutter key, a focusing key and a menu key; said control assembly further comprises a display, and the display is rotationally connected with the control handle; the control handle of the control assembly further comprises a universal ball, the display is connected with the control handle by the universal ball; and wherein the telescopic rod comprises several telescopic joints, and a top telescopic joint is rotationally connected with the shooting assembly, a bottom telescopic joint is movably arranged inside the control handle; the top telescopic joint is a little longer than the control handle, and other telescopic joints match with the control handle in length.
Hydraulic tilting device for tilting the cab of a heavy goods vehicle into a tilted mounting position and for tilting back into the driving position, having a pump; having a pressure medium reservoir for the hydraulic fluid; having a double-acting stroke cylinder, the piston and cylinder housing of which are connectible to the cab and to the chassis of the heavy goods vehicle, respectively; having at least one control valve by which the two cylinder chambers (13, 14) of the stroke cylinder, which are separated by the piston, are connectible via pressure medium lines (20, 16) selectively to the pump or to the pressure medium reservoir, wherein, in the region of the piston position corresponding to the driving position, the two cylinder chambers are connected to one another via a connecting line (18, 19), the mouths of which define the range of play of the piston in the driving position, and wherein the piston-side cylinder chamber is connected to the at least one control valve via a first valve device which opens towards the piston-side cylinder chamber, is installed in the first pressure medium line and is pressure-controlled by the second pressure medium line via a pressure control device; having in the connecting line (18, 19) a second valve device which opens on application of pressure via the first branch of the connecting line (18, 19), which branch is connected to the piston-rod-side cylinder chamber, and closes in the opposite direction, the second valve device being in the form of a first non-return valve, wherein the first valve device is in the form of a four-way two-position valve which is urged into the closed position by the force of a spring and has, in addition to the pressure control device, two further pressure control devices (25, 26) for opening and a third pressure control device for closing, the first pressure control device being connected to the section of the first pressure medium line between the first valve device and the at least one control valve, and the second pressure control device being connected to the section of the first pressure medium line between the first valve device and the piston-side cylinder chamber, and the further third pressure control device being connected to the second branch of the connecting line (18, 19) leading to the piston-rod-side cylinder chamber, characterised in that in the second pressure medium line there is installed a pressure-controlled three-way two-position valve which in its rest position (Figure 3), corresponding to the driving position, enables the connection of the second pressure medium line applied to its input that is applied to the piston-rod-side cylinder chamber, and in its operating position, corresponding to the mounting position, on application of pressure to the first pressure medium line both connects the first pressure medium line to the second pressure medium line via a connection line located at its output and interrupts the connection of the second pressure medium line to the pressure medium reservoir.
An electrowetting on dielectric EWOD device comprising: a first substrate assembly and a second substrate assembly spaced apart to define a channel between the first and second substrate assemblies; an input port (110,112) in fluid communication with the channel, the input port defining an input well (116,122) in fluid communication with the channel via the input port (110,112) for receiving a fluid for inputting into the channel; a control port (126,160,226) in fluid communication with the channel, the control port defining a control well for receiving a fluid and having a seal that seals the control port in a sealed state in which fluid is restricted from entering the control well from the channel; wherein when the seal is removed or pierced, the control port (126,160,226) is placed in an unsealed state thereby permitting fluid to enter the control well from the channel and thereby drawing fluid from the input well into the fluid channel; and further comprising a vent port (136,200,228) in fluid communication with the EWOD channel, wherein the vent port is configured to vent air from the EWOD channel as fluid enters the EWOD channel from the input port when the control port (126,160,226) is in the sealed state. a first substrate assembly and a second substrate assembly spaced apart to define a channel between the first and second substrate assemblies; an input port (110,112) in fluid communication with the channel, the input port defining an input well (116,122) in fluid communication with the channel via the input port (110,112) for receiving a fluid for inputting into the channel; a control port (126,160,226) in fluid communication with the channel, the control port defining a control well for receiving a fluid and having a seal that seals the control port in a sealed state in which fluid is restricted from entering the control well from the channel; wherein when the seal is removed or pierced, the control port (126,160,226) is placed in an unsealed state thereby permitting fluid to enter the control well from the channel and thereby drawing fluid from the input well into the fluid channel; and further comprising a vent port (136,200,228) in fluid communication with the EWOD channel, wherein the vent port is configured to vent air from the EWOD channel as fluid enters the EWOD channel from the input port when the control port (126,160,226) is in the sealed state.
A communication method comprising: transmitting, by a base station, a first request message to a core network, CN, device, to setup a first interface between the base station and the CN, wherein the first request message includes a base station type information of the base station, wherein the base station type information indicates that the base station is an enhanced long-term evolution, eLTE, base station or a new radio, NR, base station; and receiving, by the base station, a first response message transmitted by the CN device, wherein the first response message indicates that the first interface has been successfully setup, and wherein the first response message includes a configuration information of the CN. transmitting, by a base station, a first request message to a core network, CN, device, to setup a first interface between the base station and the CN, wherein the first request message includes a base station type information of the base station, wherein the base station type information indicates that the base station is an enhanced long-term evolution, eLTE, base station or a new radio, NR, base station; and receiving, by the base station, a first response message transmitted by the CN device, wherein the first response message indicates that the first interface has been successfully setup, and wherein the first response message includes a configuration information of the CN.
A connector to be attached to a circuit board inserted into a unit wiring rack for storage, the connector comprising: a connector body having a housing portion for housing electrical terminals connected to predetermined wires in the circuit board, and a base portion next to said housing portion; a panel having an aperture portion formed inside a pair of opposing surfaces, through which said housing portion can be passed, characterized in that the connector further comprises: a turn axis Portion passing through said circuit board and said base portion; an ejector for ejecting said circuit board from an insertion state by turning around the turn axis portion as an axis; and a connecting member portion having a hole into which the turn axis portion is inserted. a connector body having a housing portion for housing electrical terminals connected to predetermined wires in the circuit board, and a base portion next to said housing portion; a panel having an aperture portion formed inside a pair of opposing surfaces, through which said housing portion can be passed, a turn axis Portion passing through said circuit board and said base portion; an ejector for ejecting said circuit board from an insertion state by turning around the turn axis portion as an axis; and a connecting member portion having a hole into which the turn axis portion is inserted.
A method of controlling a laundry treating apparatus, the laundry treating apparatus including a treating chamber, a moving hanger disposed in the treating chamber and configured for providing vibration to clothing thereon, a blower unit for circulating air of the treating chamber, a steam unit for supplying steam to the treating chamber, and a heat pump unit for generating heat through a refrigeration cycle using a refrigerant, the method comprising: performing a preheating operation of the steam unit for generating steam; performing a first cooling operation including operating the blower unit and the moving hanger; performing a steam operation including operating the blower unit and the steam unit for circulating steam generated by the steam unit to the treating chamber; performing a standby operation including operating the blower unit, after the steam operation has been terminated; performing a second cooling operation including operating the blower unit, after the standby operation has been terminated; and performing a drying operation including operating the blower unit and the heat pump unit for providing heat generated by the heat pump unit to the treating chamber to dry the treating chamber, after the second cooling operation has been terminated. performing a preheating operation of the steam unit for generating steam; performing a first cooling operation including operating the blower unit and the moving hanger; performing a steam operation including operating the blower unit and the steam unit for circulating steam generated by the steam unit to the treating chamber; performing a standby operation including operating the blower unit, after the steam operation has been terminated; performing a second cooling operation including operating the blower unit, after the standby operation has been terminated; and performing a drying operation including operating the blower unit and the heat pump unit for providing heat generated by the heat pump unit to the treating chamber to dry the treating chamber, after the second cooling operation has been terminated.
A method for wireless communication, comprising: receiving(1605, 1705), at a user equipment, UE, first downlink control information, DCI, for a downlink retransmission from a base station, wherein the first DCI includes information that is insufficient to enable the UE to decode the downlink retransmission; determining (1610, 1710), based at least in part on information in the first DCI, that a prior DCI associated with an initial downlink transmission of the downlink retransmission from the base station to the UE was lost; and characterised by transmitting (1615, 1715), responsive to the determining, a negative acknowledgment to the base station and an indication that the prior DCI was lost. receiving(1605, 1705), at a user equipment, UE, first downlink control information, DCI, for a downlink retransmission from a base station, wherein the first DCI includes information that is insufficient to enable the UE to decode the downlink retransmission; determining (1610, 1710), based at least in part on information in the first DCI, that a prior DCI associated with an initial downlink transmission of the downlink retransmission from the base station to the UE was lost; and characterised by transmitting (1615, 1715), responsive to the determining, a negative acknowledgment to the base station and an indication that the prior DCI was lost.
Use of a composition comprising two or more of a source of rapidly available carbohydrate (e.g. sugar), a source of moderately available carbohydrate (e.g. pectin), and branched chain amino acids, together with Ginkgo, Ginseng root and optionally a source of B vitamins, for improving an energetic and focused performance, and/or alertness in equine animals.
System for motor rehabilitation of a paretic limb (102, 103) of a patient comprising: - a first plurality of sensors couplable to pre-established positions of a head of the patient for registering brain neurosignals of the patient; - a body-actuator (30, 40) couplable to, at least, a paretic limb (102, 103) of the patient; - a hybrid brain machine interface for decoding brain neurosignals into movements of the body-actuator (30,40); characterised in that the system further comprises: - a second plurality of sensors which are EMG sensors couplable to the paretic limb (102, 103) of the patient, for registering EMG activity of the paretic limb of the patient; - means for providing the patient with instructions relative to a series of exercises and/or tasks to be carried out with the paretic limb (102, 103); and in that upon carrying out a series of training sessions, each session comprising at least a set of such instructions, the hybrid brain machine interface is configured to switch between controlling the movements of the body-actuator (30, 40) based on the decoded brain neurosignals with an elapsed time below 1 second between the registering and the decoding of the brain neurosignals, and a hybrid control of the movements of the body-actuator (30, 40), when a significant level of decodable EMG activity has been registered, the hybrid control being an EMG-gated brain control including modulating the decoded brain neurosignals with a variable weighting factor which is a function of the decoded EMG activity of the paretic limb. - a first plurality of sensors couplable to pre-established positions of a head of the patient for registering brain neurosignals of the patient; - a body-actuator (30, 40) couplable to, at least, a paretic limb (102, 103) of the patient; - a hybrid brain machine interface for decoding brain neurosignals into movements of the body-actuator (30,40); - a second plurality of sensors which are EMG sensors couplable to the paretic limb (102, 103) of the patient, for registering EMG activity of the paretic limb of the patient; - means for providing the patient with instructions relative to a series of exercises and/or tasks to be carried out with the paretic limb (102, 103); and in that upon carrying out a series of training sessions, each session comprising at least a set of such instructions, the hybrid brain machine interface is configured to switch between controlling the movements of the body-actuator (30, 40) based on the decoded brain neurosignals with an elapsed time below 1 second between the registering and the decoding of the brain neurosignals, and a hybrid control of the movements of the body-actuator (30, 40), when a significant level of decodable EMG activity has been registered, the hybrid control being an EMG-gated brain control including modulating the decoded brain neurosignals with a variable weighting factor which is a function of the decoded EMG activity of the paretic limb.