mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration appliance, comprising: a freezer compartment a refrigeration compartment; an ice maker compartment positioned within the refrigeration compartment; an ice maker return duct fluidly coupling the ice maker compartment and the freezer compartment; a pressure sensor positioned within the freezer compartment and configured to detect a pressure differential between the freezer compartment and an external environment; and a fan positioned within the ice maker return duct and configured to be activated by a controller electrically coupled to the fan and the pressure sensor, when the pressure differential between the freezer compartment and the external environment is smaller than zero, the fan being configured to blow air from the ice maker compartment and/ or from the refrigeration compartment into the freezer compartment. a freezer compartment a refrigeration compartment; an ice maker compartment positioned within the refrigeration compartment; an ice maker return duct fluidly coupling the ice maker compartment and the freezer compartment; a pressure sensor positioned within the freezer compartment and configured to detect a pressure differential between the freezer compartment and an external environment; and a fan positioned within the ice maker return duct and configured to be activated by a controller electrically coupled to the fan and the pressure sensor, when the pressure differential between the freezer compartment and the external environment is smaller than zero, the fan being configured to blow air from the ice maker compartment and/ or from the refrigeration compartment into the freezer compartment.
An impedance circuit (BigR) for a charge pump arrangement comprising: - a first current mirror circuit with a first bias (pbias) serving as a current input terminal, a first output serving as a current output terminal and a first input for coupling with a pre-selected potential, - a first charge pump for biasing the first current mirror circuit with a first reference current, wherein the first charge pump comprises a first biasing output (bias1) coupled with the first bias (pbias) of the first current mirror circuit. - a second current mirror circuit with a second bias (nbias) serving as a current input terminal, a second output serving as a current output terminal and a second input for coupling with the pre-selected potential, - a second charge pump for biasing the second current mirror circuit with a second reference current, wherein the second charge pump comprises a second biasing output (bias2) coupled with the second bias (nbias) of the second current mirror circuit, wherein the impedance circuit (BigR) comprises a device input and a device output, the first output of the first current mirror circuit and the second output of the second current mirror circuit being coupled with the device output, and the first input of the first current mirror circuit and the second input of the second current mirror circuit being coupled with the device input and wherein the first current mirror and the second current mirror are coupled anti-parallel and provide two sub-paths. - a first current mirror circuit with a first bias (pbias) serving as a current input terminal, a first output serving as a current output terminal and a first input for coupling with a pre-selected potential, - a first charge pump for biasing the first current mirror circuit with a first reference current, wherein the first charge pump comprises a first biasing output (bias1) coupled with the first bias (pbias) of the first current mirror circuit. - a second current mirror circuit with a second bias (nbias) serving as a current input terminal, a second output serving as a current output terminal and a second input for coupling with the pre-selected potential, - a second charge pump for biasing the second current mirror circuit with a second reference current, wherein the second charge pump comprises a second biasing output (bias2) coupled with the second bias (nbias) of the second current mirror circuit, wherein the impedance circuit (BigR) comprises a device input and a device output, the first output of the first current mirror circuit and the second output of the second current mirror circuit being coupled with the device output, and the first input of the first current mirror circuit and the second input of the second current mirror circuit being coupled with the device input and wherein the first current mirror and the second current mirror are coupled anti-parallel and provide two sub-paths.
A distance measuring method, in particular according to the time-of-flight measuring method, comprising at least • emitting at least one measurement signal, in particular a light signal, to a target object (2, 13), wherein at least one start signal is generated; • receiving the measurement signal backscattered from the target object (2, 13) as a target signal; • first sampling of the received target signal and determining the relative position of the start signal and the target signal; • deriving a distance to the target object (2, 13) from the relative position of the start signal and the target signal; characterized by at least a second sampling of the received target signal, wherein the first and second sampling have different sampling rates with a sampling pattern assigned to the respective sampling rate. • emitting at least one measurement signal, in particular a light signal, to a target object (2, 13), wherein at least one start signal is generated; • receiving the measurement signal backscattered from the target object (2, 13) as a target signal; • first sampling of the received target signal and determining the relative position of the start signal and the target signal; • deriving a distance to the target object (2, 13) from the relative position of the start signal and the target signal;
A wheel bearing device including an outer member having double row raceway surfaces (39, 40) on an inner periphery, an inner-member (4, 35) having double row raceway surfaces (41, 42) opposing the raceway surfaces and a wheel attaching flange on an outer periphery on an out-board side end, and double row rolling elements (37a, 37b) interposed between the raceway surfaces of the outer member and the inner member, in which the inner member is configured by a hub having the flange and an inner ring that is press-fitted onto a shaft section of the hub, and a shaft section of an outer joint member of a constant velocity universal joint fitted into a hole section of the hub is integrated with the hub by a projection and recess mating structure, the wheel bearing device being characterised in that, a stepped surface adapted to be engaged by a press-fitting jig (47, 49) for applying axial direction load, is provided on an outer diameter surface of the outer joint member, and the projection and recess mating structure is configured by a projection that extends in an axial direction and is provided on one of two partner members, being one of a stem shaft of the outer joint member and an inner diameter surface of the hole section of the hub, the projection being axially press-fitted into the other one of the two partner members, when axial direction load is applied by the jig (47,49) onto the stepped surface, the projection forming a recess that is in close contact with the projection over an overall mating contact area being formed in the partner member.
A smoking article, comprising: a first part comprising a source of smokable material, a second part comprising a filter section and configured to be rotatable relative to the first part, a first indexing surface on the first part and a second indexing surface on the second part configured to engage to index the rotation between the first and second parts, and wherein the smoking article comprises a first spacing section and a second spacing section, wherein the second indexing surface is configured to be movable between the first and second spacing sections, wherein the second indexing surface is supported in a radial position relative to the first indexing surface defined at least partially by at least one of the first or second spacing sections, and wherein a leading edge of the first and second spacing sections are connected. a first part comprising a source of smokable material, a second part comprising a filter section and configured to be rotatable relative to the first part, a first indexing surface on the first part and a second indexing surface on the second part configured to engage to index the rotation between the first and second parts, and wherein the smoking article comprises a first spacing section and a second spacing section, wherein the second indexing surface is configured to be movable between the first and second spacing sections, wherein the second indexing surface is supported in a radial position relative to the first indexing surface defined at least partially by at least one of the first or second spacing sections, and wherein a leading edge of the first and second spacing sections are connected.
A pneumatic hydraulic retractable device comprising: a fluid pressure cylinder having a cylinder body and a plug seat disposed in the cylinder body and located at one end of the cylinder body; a piston rod movably disposed in the fluid pressure cylinder; a control valve set including a valve seat disposed at one end of the piston rod and forming an upper fluid chamber and a lower fluid chamber with the cylinder body therebetween, and a valve rod disposed in the valve seat and moved between a close position where the upper and lower fluid chambers (45, 46) do not communicate with each other and an open position where the upper and lower fluid chambers (45, 46) communicate with each other; and a pressure relief element disposed between the valve seat and the plug seat and penetrated by the piston rod and having a communication portion, one end of the pressure relief element and the piston rod forming a pressure relief gap therebetween communicating with the lower fluid chamber through the communication portion. a fluid pressure cylinder having a cylinder body and a plug seat disposed in the cylinder body and located at one end of the cylinder body; a piston rod movably disposed in the fluid pressure cylinder; a control valve set including a valve seat disposed at one end of the piston rod and forming an upper fluid chamber and a lower fluid chamber with the cylinder body therebetween, and a valve rod disposed in the valve seat and moved between a close position where the upper and lower fluid chambers (45, 46) do not communicate with each other and an open position where the upper and lower fluid chambers (45, 46) communicate with each other; and a pressure relief element disposed between the valve seat and the plug seat and penetrated by the piston rod and having a communication portion, one end of the pressure relief element and the piston rod forming a pressure relief gap therebetween communicating with the lower fluid chamber through the communication portion.
A magnetic sensor comprising: a sensor chip including an element-forming surface provided with a magnetism detection element; a magnetic member including a first side surface facing the element-forming surface; and a circuit board including a mounting surface on which the sensor chip and the magnetic member are mounted, characterized in that the sensor chip and the magnetic member are mounted on the circuit board such that the element-forming surface and the first side surface are substantially orthogonal to the mounting surface of the circuit board, wherein a longitudinal direction of the magnetic member is perpendicular to the first side surface thereof, wherein the magnetic member is fixed to the circuit board by adherence to the mounting surface of the circuit board via an adhesive, and wherein the first side surface is smaller in area than the element-forming surface. a sensor chip including an element-forming surface provided with a magnetism detection element; a magnetic member including a first side surface facing the element-forming surface; and a circuit board including a mounting surface on which the sensor chip and the magnetic member are mounted, characterized in that the sensor chip and the magnetic member are mounted on the circuit board such that the element-forming surface and the first side surface are substantially orthogonal to the mounting surface of the circuit board, wherein a longitudinal direction of the magnetic member is perpendicular to the first side surface thereof, wherein the magnetic member is fixed to the circuit board by adherence to the mounting surface of the circuit board via an adhesive, and wherein the first side surface is smaller in area than the element-forming surface.
A hearing protection device comprising: a printed circuit board, PCB; a noise sensor comprising a microphone (118, 218) mounted on the PCB and electrically coupled to the PCB; a housing (116, 216) dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device, wherein the housing (116, 216) comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing (116, 216) defines a noise sensor receiving portion (125, 216j) comprising a slot configured to engage the PCB, wherein the slot of the housing (116, 216) is configured to retain the noise sensor, such that the microphone (118, 218) faces the axial bore, wherein, in an instance in which the noise sensor is engaged with the housing (116, 216), the noise sensor is sealed against the housing (116, 216), and wherein the housing (116, 216) further defines a securing portion at a distal end, the securing portion adapted to contact and secure the housing (116, 216) with respect to a portion of the outer surface of the hearing protection device. a printed circuit board, PCB; a noise sensor comprising a microphone (118, 218) mounted on the PCB and electrically coupled to the PCB; a housing (116, 216) dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device, wherein the housing (116, 216) comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing (116, 216) defines a noise sensor receiving portion (125, 216j) comprising a slot configured to engage the PCB, wherein the slot of the housing (116, 216) is configured to retain the noise sensor, such that the microphone (118, 218) faces the axial bore, wherein, in an instance in which the noise sensor is engaged with the housing (116, 216), the noise sensor is sealed against the housing (116, 216), and wherein the housing (116, 216) further defines a securing portion at a distal end, the securing portion adapted to contact and secure the housing (116, 216) with respect to a portion of the outer surface of the hearing protection device.
A devolatilization simulation apparatus for screw extruders that is an extruder simulation system for simulating the conditions of devolatilization of an extruder by computationally determining each of: the resin temperature, the pressure, the residence time, the filling ratio, the torque, the power, the solid-phase occupancy and the concentration of the volatile components, all in terms of distribution in the axial direction of the extruder, from the configuration and the operating conditions of the extruder and the physical properties of the resin in the extruder, said apparatus comprising: means for arithmetically simulating the process of extruding one or more screws where the concentration of the volatile components contained in the resin gradually falls as they are devolatilized by vent cylinders through flash devolatilization, surface refreshment devolatilization, foam devolatilization or a combination of any of them on the basis of data relating to the arrangement of the screws, the cylinders and the liquid adding nozzles in the extruder, wherein the means for simulating the process of extruding the one or more screws is adapted to automatically determine the type of devolatilization process to be used, depending on a quality of the resin and a configuration of the simulated extruder. means for arithmetically simulating the process of extruding one or more screws where the concentration of the volatile components contained in the resin gradually falls as they are devolatilized by vent cylinders through flash devolatilization, surface refreshment devolatilization, foam devolatilization or a combination of any of them on the basis of data relating to the arrangement of the screws, the cylinders and the liquid adding nozzles in the extruder, wherein the means for simulating the process of extruding the one or more screws is adapted to automatically determine the type of devolatilization process to be used, depending on a quality of the resin and a configuration of the simulated extruder.
Skirting board for a wall of a space, comprising a body composed of at least a carrier material and a decorative top layer, in which said body comprises a first longitudinal side which forms at least a part of the front side of the skirting board and is the side with the top layer, a second longitudinal side and a top part which forms at least a part of the top side of the skirting board, whereby at the location of the transition between the first longitudinal side and the top part, the second longitudinal side, at least at the location of the transition, comprises a recess, whereby said recess forms a cavity which is at least partly filled with a filler having a different composition than the carrier material, whereby the decorative top layer is continuous at the location of the transition, characterized in that the transition between the first longitudinal side and the top part has a curved configuration, and in that said cavity extends up to the rear side of the skirting board.
An intravascular device configured for in-situ imaging, at a microstructure level, of tissue within a patient's body, the device comprising: an elongated member having a proximal end and a distal end; a distal tip disposed at or near a distal end of the elongated member and being configured for delivery to a targeted tissue within a patient's body; an imaging assembly configured to provide microstructure imaging of targeted tissue at a depth within the tissue, the imaging assembly including an optical housing disposed at the distal tip and configured to house one or more imaging components to enable imaging of tissue at or near the distal tip; and a localization assembly configured to provide location information of the distal tip within a three-dimensional anatomical working space, the localization assembly including one or more localization components disposed at or near the distal tip. an elongated member having a proximal end and a distal end; a distal tip disposed at or near a distal end of the elongated member and being configured for delivery to a targeted tissue within a patient's body; an imaging assembly configured to provide microstructure imaging of targeted tissue at a depth within the tissue, the imaging assembly including an optical housing disposed at the distal tip and configured to house one or more imaging components to enable imaging of tissue at or near the distal tip; and a localization assembly configured to provide location information of the distal tip within a three-dimensional anatomical working space, the localization assembly including one or more localization components disposed at or near the distal tip.
A compound of Formula: or a salt thereof, wherein: X is C or N; Y is C or N; R 1 is a substituent selected from the group consisting of: Where Z is C or N R 3 and R 4 are, independently from each other, selected from the group consisting of hydrogen, halogen, cyano, (C 1 -C 3)alkyl, (C 1 -C 3)alkoxy and trifluoromethyl, R 5 is hydrogen or fluorine, R 6 is hydrogen or (C 1 -C 3)alkyl, R 2 is a heterocyclic substituent selected from the group consisting of: piperidinyl, piperazinyl, morpholinyl, 4-piperidinyloxy and 3-piperidinyloxy wherein said heterocyclic substituent is optionally N-substituted with a substituent independently selected from (C 1 -C 3) alkyl, acetyl, 2-methoxyethyl and 3-oxethanyl, and optionally C-substituted with one or more fluorine; R 7 is H. X is C or N; Y is C or N; R 1 is a substituent selected from the group consisting of: Where Z is C or N R 3 and R 4 are, independently from each other, selected from the group consisting of hydrogen, halogen, cyano, (C 1 -C 3)alkyl, (C 1 -C 3)alkoxy and trifluoromethyl, R 5 is hydrogen or fluorine, R 6 is hydrogen or (C 1 -C 3)alkyl, R 2 is a heterocyclic substituent selected from the group consisting of: piperidinyl, piperazinyl, morpholinyl, 4-piperidinyloxy and 3-piperidinyloxy wherein said heterocyclic substituent is optionally N-substituted with a substituent independently selected from (C 1 -C 3) alkyl, acetyl, 2-methoxyethyl and 3-oxethanyl, and optionally C-substituted with one or more fluorine; R 7 is H. Z is C or N R 3 and R 4 are, independently from each other, selected from the group consisting of hydrogen, halogen, cyano, (C 1 -C 3)alkyl, (C 1 -C 3)alkoxy and trifluoromethyl, R 5 is hydrogen or fluorine, R 6 is hydrogen or (C 1 -C 3)alkyl, R 2 is a heterocyclic substituent selected from the group consisting of: piperidinyl, piperazinyl, morpholinyl, 4-piperidinyloxy and 3-piperidinyloxy wherein said heterocyclic substituent is optionally N-substituted with a substituent independently selected from (C 1 -C 3) alkyl, acetyl, 2-methoxyethyl and 3-oxethanyl, and optionally C-substituted with one or more fluorine; R 7 is H. piperidinyl, piperazinyl, morpholinyl, 4-piperidinyloxy and 3-piperidinyloxy wherein said heterocyclic substituent is optionally N-substituted with a substituent independently selected from (C 1 -C 3) alkyl, acetyl, 2-methoxyethyl and 3-oxethanyl, and optionally C-substituted with one or more fluorine; R 7 is H.
A floor cleaning apparatus comprising a floor engaging head, an upstanding body pivotally attached to the head and an elongate detachable handle extending from the body, wherein the head comprises a formation adapted to engage a lower end of the handle when the latter is detached from the body and to support the handle in a generally upright position alongside the body when the cleaner is not in use, characterised in that an upper portion of the handle is adapted to engage the body when the lower end of the handle is engaged with said formation.