mhurhangee/ep-ind-claims huggingface dataset:
An inhaler article comprising: a body comprising an upstream end and a downstream end, a capsule receptacle, and an airflow path extending from the capsule receptacle to an opening at the downstream end; and a capsule disposed inside the capsule receptacle, the capsule comprising: a first end and a second end; a tubular side wall extending between the first and second ends; only a single aperture in the capsule, the single aperture extending through the tubular side wall; and an inhalable powder disposed inside the capsule, wherein the first end of the capsule is oriented toward the upstream end of the body, and wherein the single aperture is disposed closer to the first end than the second end. a body comprising an upstream end and a downstream end, a capsule receptacle, and an airflow path extending from the capsule receptacle to an opening at the downstream end; and a capsule disposed inside the capsule receptacle, the capsule comprising: a first end and a second end; a tubular side wall extending between the first and second ends; only a single aperture in the capsule, the single aperture extending through the tubular side wall; and an inhalable powder disposed inside the capsule, wherein the first end of the capsule is oriented toward the upstream end of the body, and wherein the single aperture is disposed closer to the first end than the second end. a first end and a second end; a tubular side wall extending between the first and second ends; only a single aperture in the capsule, the single aperture extending through the tubular side wall; and an inhalable powder disposed inside the capsule, wherein the first end of the capsule is oriented toward the upstream end of the body, and wherein the single aperture is disposed closer to the first end than the second end.
A recording medium which records information by forming a space and a recording mark having a predetermined length that is an integral multiple of a channel clock T, and which has an information area in which set values of a recording pulse adopted when forming the recording mark having the predetermined length are recorded as recording/reproducing control information, wherein the set values of the recording pulse adopted when forming the recording mark having the predetermined length include at least preceding space-based set values that are defined based on a preceding space formed so as to precede the recording mark and at least trailing space-based set values that are defined based on a trailing space formed so as to trail the recording mark, the first reference value and the second reference value each have a size of 1 byte; the first difference set value and the second difference set value each have a size of 0.5 bytes; the preceding space-based set values are defined with respect to a combination of a length of the preceding space, a length of the recording mark, and a length of the trailing space, or a combination of a length of the preceding space and a length of the recording mark; the trailing space-based set values are defined with respect to a combination of a length of the preceding space, a length of the recording mark, and a length of the trailing space, or a combination of a length of the trailing space and a length of the recording mark; the preceding space-based set values are defined by a reference table including a first reference value that is a set value of a recording pulse corresponding to a preceding space of 5T or more and a first difference set value which is a set value of a recording pulse corresponding to a preceding space of 2T, 3T, and 4T other than the preceding space of 5T or more and which is expressed as a difference from the first reference value, and the trailing space-based set values are defined by a reference table including a second reference value that is a set value of a recording pulse corresponding to a trailing space of 5T or more and a second difference set value which is a set value of a recording pulse corresponding to a trailing space of 2T, 3T, and 4T other than the trailing space of 5T or more and which is expressed as a difference from the second reference value.
A dynamic stress generator device for a command pedal, the device comprising: an elongated, hollow housing (2, 102) with a longitudinal axis, a front longitudinal end closed by a bottom wall (20, 120) and a rear longitudinal end equipped with an opening (21, 121), an input rod (6, 106) engaged in the housing opening approximately parallel to the housing axis and with a rear end intended to be coupled with the command pedal outside the housing and a front end encased in the housing (2,102), and a spring (5, 105) that can deform according to the housing axis with a front end directly or indirectly supported against the bottom wall and a rear end that can be moved according to the housing axis, the input rod being able to move along an operating stroke approximately parallel to the housing axis from a resting position, in which the input rod has a maximum projection outside the housing towards the operating positions in order to deform the spring, the device being characterised by a non-linear, passive, kinematic converter, arranged between the front end of the input rod (6, 106) and the rear end of the spring (5, 105) to convert movement of the input rod into movement of the rear end of the spring. an elongated, hollow housing (2, 102) with a longitudinal axis, a front longitudinal end closed by a bottom wall (20, 120) and a rear longitudinal end equipped with an opening (21, 121), an input rod (6, 106) engaged in the housing opening approximately parallel to the housing axis and with a rear end intended to be coupled with the command pedal outside the housing and a front end encased in the housing (2,102), and a spring (5, 105) that can deform according to the housing axis with a front end directly or indirectly supported against the bottom wall and a rear end that can be moved according to the housing axis, the input rod being able to move along an operating stroke approximately parallel to the housing axis from a resting position, in which the input rod has a maximum projection outside the housing towards the operating positions in order to deform the spring, the device being characterised by a non-linear, passive, kinematic converter, arranged between the front end of the input rod (6, 106) and the rear end of the spring (5, 105) to convert movement of the input rod into movement of the rear end of the spring.
Ultrasonic transducer device comprising a piezoelectric element, a damping device and a carrier element, wherein the piezoelectric element is mechanically coupled to the carrier element by means of the damping device, characterized in that the carrier element is a printed circuit board comprising electronics to control the ultrasonic transducer device, the damping device is placed on the printed circuit board and the piezoelectric element is placed on the damping device, and in that the ultrasonic transducer device comprises a heating device, the heating device comprising, a temperature sensor element situated inside the damping device and configured to measure a temperature of the damping device, a heating element situated inside the damping device and configured to heat the damping device by means of a heating current, a control circuit configured to supply the heating current to the heating element as a function of the measured temperature of the damping device and a predefined target temperature, wherein the temperature sensor element and the heating element are connected to the control circuit by electrical connections embedded in the printed circuit board.
A method for implementing communication after virtual machine migration, comprising: constructing, after migration of a virtual machine, a dynamic host configuration protocol request message carrying address information of the virtual machine after the migration; and sending the dynamic host configuration protocol request message to a switch, so that the switch establishes a binding relationship between the address information of the virtual machine after the migration and a port accessed by the virtual machine; wherein the address information comprises an IP address and a MAC address. constructing, after migration of a virtual machine, a dynamic host configuration protocol request message carrying address information of the virtual machine after the migration; and sending the dynamic host configuration protocol request message to a switch, so that the switch establishes a binding relationship between the address information of the virtual machine after the migration and a port accessed by the virtual machine;
An insertion device for inserting a medical linear body in a vessel in a body, comprising: a drive device for moving said medical linear body in a direction of a longitudinal axis; a foot switch for starting and stopping movement of said medical linear body by said drive device in response to an operation by said operator, characterized by a measurement device for measuring compressive force and pulling force in the direction of the longitudinal axis applied to said medical linear body; a notification device (92, 93) for notifying an operator of compressive force and pulling force measured with said measurement device; and further comprising a control device adapted for controlling, when compressive force measured with said measurement device exceeds a first threshold value or when pulling force measured with said measurement device exceeds a second threshold value, said drive device adapted for reducing a moving speed of said medical linear body in accordance with an amount of excess of said compressive force and said pulling force over respective said first and second threshold values or stop movement of said medical linear body. a drive device for moving said medical linear body in a direction of a longitudinal axis; a foot switch for starting and stopping movement of said medical linear body by said drive device in response to an operation by said operator, characterized by a measurement device for measuring compressive force and pulling force in the direction of the longitudinal axis applied to said medical linear body; a notification device (92, 93) for notifying an operator of compressive force and pulling force measured with said measurement device; and further comprising a control device adapted for controlling, when compressive force measured with said measurement device exceeds a first threshold value or when pulling force measured with said measurement device exceeds a second threshold value, said drive device adapted for reducing a moving speed of said medical linear body in accordance with an amount of excess of said compressive force and said pulling force over respective said first and second threshold values or stop movement of said medical linear body.
A refrigerator comprising: a main body having a storage room; a first door and a second door configured to open or close the storage room; a rotation bar rotatably coupled with the first door, and configured to cover a gap between the first door and the second door, wherein the rotation bar comprises: a case having a through hole, an opening in one side, and a facing side formed along the longitudinal direction of the case to face the storage room, a cover coupled with the case to close the opening of the case, a metal plate coupled with the outer surface of the cover, an insulating member disposed in accommodating space of the case and having a groove disposed corresponding to the through hole, and a camera unit disposed in the groove of the insulating member, wherein the camera unit includes: a camera configured to photograph the storage room through the through hole formed in the facing side while the camera is facing the storage room, a heating unit arranged in the camera unit so as to transfer heat toward the camera to prevent frost formation on the camera, wherein the camera unit is moved to face the storage room as the first door closes or is moved to face away from the storage room as the first door opens. a main body having a storage room; a first door and a second door configured to open or close the storage room; a rotation bar rotatably coupled with the first door, and configured to cover a gap between the first door and the second door, wherein the rotation bar comprises: a case having a through hole, an opening in one side, and a facing side formed along the longitudinal direction of the case to face the storage room, a cover coupled with the case to close the opening of the case, a metal plate coupled with the outer surface of the cover, an insulating member disposed in accommodating space of the case and having a groove disposed corresponding to the through hole, and a camera unit disposed in the groove of the insulating member, a case having a through hole, an opening in one side, and a facing side formed along the longitudinal direction of the case to face the storage room, a cover coupled with the case to close the opening of the case, a metal plate coupled with the outer surface of the cover, an insulating member disposed in accommodating space of the case and having a groove disposed corresponding to the through hole, and a camera unit disposed in the groove of the insulating member, wherein the camera unit includes: a camera configured to photograph the storage room through the through hole formed in the facing side while the camera is facing the storage room, a heating unit arranged in the camera unit so as to transfer heat toward the camera to prevent frost formation on the camera, a camera configured to photograph the storage room through the through hole formed in the facing side while the camera is facing the storage room, a heating unit arranged in the camera unit so as to transfer heat toward the camera to prevent frost formation on the camera, wherein the camera unit is moved to face the storage room as the first door closes or is moved to face away from the storage room as the first door opens.
A high pressure fuel pump unit having a pump head wherein an inlet channel opens into a low-pressure chamber itself in fluid communication with a compression chamber, said fluid communication being controlled by a valve arranged so that when it is closed the fuel fills the low-pressure chamber and when the valve opens the fuel flows from the low-pressure chamber into the compression chamber wherein the pump head further comprises a resilient member (38, 46) arranged so that when the valve is closed, the resilient member (38, 46) deforms increasing the volume of said low-pressure chamber and, when the valve opens the fuel flows into the compression chamber pushed by the resilient member (38, 46) which takes back its original shape, the pump further comprising a flange fixed on the pump head, said flange being provided with a through bore forming the lateral walls to the low-pressure chamber, said bore being closed by the resilient member and wherein, the bore is provided with an internal thread so to receive a threaded cap in abutment against an internal shoulder face, the resilient member being an elastic membrane stretched between the shoulder and the cap and wherein, the inner face of the threaded cap is provided with a recess defining a complementary chamber between said concave face and the membrane, the pump being further provided with a vent hole joining said complementary chamber to the outside.
Sensor device (58, 158, 258) for analyzing a liquid, wherein the sensor device has: - a water circuit (62, 162, 262), - a sensor chamber (69, 269) in the water circuit, - a sensor (71, 73, 271, 273) in or on the sensor chamber for analyzing a liquid, wherein the water circuit (62, 162, 262) has: - a main duct (64, 164, 264, 364) in and along which liquid flows in a flow direction, - an inlet line (67, 167, 267) which exits the main duct at an inlet opening (66, 166, 266) to the sensor chamber (69, 269), - an outlet line (75, 175, 275) which exits the sensor chamber to an outlet opening (76, 176, 276) at the main duct (64, 164, 264, 364), wherein the outlet opening is downstream of the inlet opening, - at least one transverse line (78, 278) between the inlet line (67, 167, 267) and the outlet line (75, 175, 275), such that the transverse line is fluidically connected parallel to the sensor chamber (69, 269), characterized in that - the inlet opening (66, 166, 266), the outlet opening (76, 176, 276), a fluid resistance of the one transverse line (78, 278) and a fluid resistance of the sensor chamber (69, 269) are designed such that in the case of at least one defined flow rate through the main duct (64, 164, 264, 364) there is no flow inside the sensor chamber, or the sensor chamber is free of flow. - a water circuit (62, 162, 262), - a sensor chamber (69, 269) in the water circuit, - a sensor (71, 73, 271, 273) in or on the sensor chamber for analyzing a liquid, wherein the water circuit (62, 162, 262) has: - a main duct (64, 164, 264, 364) in and along which liquid flows in a flow direction, - an inlet line (67, 167, 267) which exits the main duct at an inlet opening (66, 166, 266) to the sensor chamber (69, 269), - an outlet line (75, 175, 275) which exits the sensor chamber to an outlet opening (76, 176, 276) at the main duct (64, 164, 264, 364), wherein the outlet opening is downstream of the inlet opening, - at least one transverse line (78, 278) between the inlet line (67, 167, 267) and the outlet line (75, 175, 275), such that the transverse line is fluidically connected parallel to the sensor chamber (69, 269), - the inlet opening (66, 166, 266), the outlet opening (76, 176, 276), a fluid resistance of the one transverse line (78, 278) and a fluid resistance of the sensor chamber (69, 269) are designed such that in the case of at least one defined flow rate through the main duct (64, 164, 264, 364) there is no flow inside the sensor chamber, or the sensor chamber is free of flow.
Glazing for fire-protection wall elements, windows, doors or the like having at least two glass panes (2a, 2b) spaced apart in parallel and a spacer arranged between these glass panes (2a, 2b), wherein the spacer has a sleeve and at least two stop surfaces (8a, 8b) fixed permanently to the sleeve and spaced apart in parallel, wherein a first stop surface is provided for supporting a first glass pane and a second stop surface is provided for supporting a second glass pane and the stop surfaces (8a, 8b) define a spacing, wherein the spacer has the external form of a thread spool characterized in that the external diameter of the sleeve is smaller than the external diameter of the stop surfaces (8a, 8b), and that the sleeve terminates flush with the stop surfaces (8a, 8b) on both sides and does not protrude beyond the stop surfaces (8a, 8b).
A computer-implemented method comprising: receiving (102, 602) a search query; determining (108; 502) an initial set of ranked images associated with the search query; extracting visual content features from each of the respective images in the initial set of ranked images; determining a degree of visual content similarity for each image of the initial set of ranked images with respect to one or more other images of the initial set of ranked images, wherein the degree of visual content similarity for a given image is determined based on comparing extracted visual content features associated with the given image to extracted visual content features associated with the other images in the initial set of ranked images; automatically selecting (112, 514) one or more confident image samples from the initial set of ranked images, wherein the degree of visual content similarity between the one or more confident image samples and the one or more other images of the initial set of ranked images is higher compared to a degree of visual content similarity between a non-selected image and the one or more other images of the initial set of ranked images, and wherein the one or more confident image samples are not consecutively ordered within the initial set of ranked images; and reranking (116, 608) the initial set of ranked images by promoting images that are visually similar to the one or more confident image samples and demoting images that are not visually similar to the one or more confident image samples. receiving (102, 602) a search query; determining (108; 502) an initial set of ranked images associated with the search query; extracting visual content features from each of the respective images in the initial set of ranked images; determining a degree of visual content similarity for each image of the initial set of ranked images with respect to one or more other images of the initial set of ranked images, wherein the degree of visual content similarity for a given image is determined based on comparing extracted visual content features associated with the given image to extracted visual content features associated with the other images in the initial set of ranked images; automatically selecting (112, 514) one or more confident image samples from the initial set of ranked images, wherein the degree of visual content similarity between the one or more confident image samples and the one or more other images of the initial set of ranked images is higher compared to a degree of visual content similarity between a non-selected image and the one or more other images of the initial set of ranked images, and wherein the one or more confident image samples are not consecutively ordered within the initial set of ranked images; and reranking (116, 608) the initial set of ranked images by promoting images that are visually similar to the one or more confident image samples and demoting images that are not visually similar to the one or more confident image samples.