mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for an electrophotographic image forming apparatus comprising: a housing configured to accommodate therein developer; a driving receiving part configured to rotate by receiving a driving force; a rotary member configured to rotate from a first position by receiving a driving force from the driving receiving part; and a detected member (52, 52A, 52B, 52C, 52D) including a detected part and configured to move in an axis direction parallel with a rotational axis of the rotary member while being restrained from rotating, by receiving a driving force from the rotary member, wherein the rotary member includes an operating part configured to apply a force for moving the detected member (52, 52A, 52B, 52C, 52D) in the axis direction to the detected member (52, 52A, 52B, 52C, 52D), and wherein the detected member (52, 52A, 52B, 52C, 52D) has an abutment part on which the operating part is configured to abut, characterized in that the detected member (52, 52A, 52B, 52C, 52D) includes a first restraint part (62A, 59) configured to restrain the rotation of the rotary member at the first position, wherein the first restraint part (62A, 59) is arranged next to the abutment part in a rotating direction of the rotary member and continues to the abutment part. a housing configured to accommodate therein developer; a driving receiving part configured to rotate by receiving a driving force; a rotary member configured to rotate from a first position by receiving a driving force from the driving receiving part; and a detected member (52, 52A, 52B, 52C, 52D) including a detected part and configured to move in an axis direction parallel with a rotational axis of the rotary member while being restrained from rotating, by receiving a driving force from the rotary member, wherein the rotary member includes an operating part configured to apply a force for moving the detected member (52, 52A, 52B, 52C, 52D) in the axis direction to the detected member (52, 52A, 52B, 52C, 52D), and wherein the detected member (52, 52A, 52B, 52C, 52D) has an abutment part on which the operating part is configured to abut, characterized in that the detected member (52, 52A, 52B, 52C, 52D) includes a first restraint part (62A, 59) configured to restrain the rotation of the rotary member at the first position, wherein the first restraint part (62A, 59) is arranged next to the abutment part in a rotating direction of the rotary member and continues to the abutment part.
Nozzle for a medical instrument for feeding biological material, comprising - a mixing chamber which is delimited by a proximal end surface and a distal end surface which is spaced apart from the proximal end surface, - at least one nozzle opening which is formed in the distal end surface, and - at least two feed ducts (30, 40, 50) which open into the mixing chamber, wherein a first feed duct is arranged in the proximal end surface and opens, coaxially to the nozzle opening, into the mixing chamber, characterized in that a second feed duct has an inlet opening which opens tangentially into the mixing chamber at the distal end surface. - a mixing chamber which is delimited by a proximal end surface and a distal end surface which is spaced apart from the proximal end surface, - at least one nozzle opening which is formed in the distal end surface, and - at least two feed ducts (30, 40, 50) which open into the mixing chamber,
A weeping balloon device comprising: a catheter shaft defining a lumen (174, 178); an inflatable balloon (108, 400) attached to the catheter shaft, the balloon comprising a balloon wall defining an interior space in fluid communication with the lumen, the balloon wall defining a plurality of openings (172, 410) in fluid communication with the interior space; and a multi-layer construction around each opening of the plurality of openings, the multi-layer construction comprising a first balloon wall layer, a reinforcement material, and a second balloon wall layer, said second balloon wall layer including a thicker area surrounding the opening and the opening defined by the second balloon wall layer is conical or tapered. a catheter shaft defining a lumen (174, 178); an inflatable balloon (108, 400) attached to the catheter shaft, the balloon comprising a balloon wall defining an interior space in fluid communication with the lumen, the balloon wall defining a plurality of openings (172, 410) in fluid communication with the interior space; and a multi-layer construction around each opening of the plurality of openings, the multi-layer construction comprising a first balloon wall layer, a reinforcement material, and a second balloon wall layer, said second balloon wall layer including a thicker area surrounding the opening and the opening defined by the second balloon wall layer is conical or tapered.
A flux based sensing device comprising an ion selective electrode comprising an electrode body and an ion selective membrane that is sensitive to a marker ion, said membrane comprising poly vinyl chloride supported on a microporous support and a recognition element selected from an antibody, an antigen, a molecular imprinted polymer or an aptamer, wherein said polyvinyl chloride comprises 10-40% of an azide modified poly vinyl chloride (PVC-N3), and wherein said electrode body is filled with a solution comprising said marker ion to produce a flux of said marker ion through said membrane.
A system comprising: one or more processors; and memory storing instructions that, when executed by the one or more processors, cause the system to: execute a client-side data analysis artifact, the client-side data analysis artifact being executed in a client-side application, the client-side data analysis artifact being self-contained and comprising a local, embedded database compiled locally in the client-side application by importing data in low-level byte code and a user interface application for performing data analysis on the local, embedded database and rendering a result of the data analysis in the local, embedded database; receive a data analysis query; process the data analysis query on the imported data by applying the query to the local, embedded database accessible by the client-side data analysis artifact through the client-side application; store a result of the data analysis query in the local embedded database; capture a state of the local embedded database; and export the captured state of local embedded database. one or more processors; and memory storing instructions that, when executed by the one or more processors, cause the system to: execute a client-side data analysis artifact, the client-side data analysis artifact being executed in a client-side application, the client-side data analysis artifact being self-contained and comprising a local, embedded database compiled locally in the client-side application by importing data in low-level byte code and a user interface application for performing data analysis on the local, embedded database and rendering a result of the data analysis in the local, embedded database; receive a data analysis query; process the data analysis query on the imported data by applying the query to the local, embedded database accessible by the client-side data analysis artifact through the client-side application; store a result of the data analysis query in the local embedded database; capture a state of the local embedded database; and export the captured state of local embedded database. execute a client-side data analysis artifact, the client-side data analysis artifact being executed in a client-side application, the client-side data analysis artifact being self-contained and comprising a local, embedded database compiled locally in the client-side application by importing data in low-level byte code and a user interface application for performing data analysis on the local, embedded database and rendering a result of the data analysis in the local, embedded database; receive a data analysis query; process the data analysis query on the imported data by applying the query to the local, embedded database accessible by the client-side data analysis artifact through the client-side application; store a result of the data analysis query in the local embedded database; capture a state of the local embedded database; and export the captured state of local embedded database.
Wheelchair with vibration unit, whereby the vibration unit has an electrically driven rotating body, the vibration unit is arranged in the area of the footrest and/or the seat of the wheelchair, and the wheelchair can at least be adjusted to a sitting, lying, and standing position, whereby the vibration unit generates horizontal oscillations or oscillations parallel to the surface of the corresponding patient's body In the range of 1 to 100 Hz, characterized in that the vibration unit has a deflectable upper section and a lower section, which are connected to each other through elastically deformable connection elements, whereby the upper section and the lower section do not make direct contact, a vibration module is arranged on the upper section, which is firmly connected to the upper section, whereby the vibration module has at least one electric drive, balls are arranged between the upper section and lower section, whereby these balls are in contact with the upper section and lower section, and the vibration unit can be switched by an electric control unit.
Electric energy generator from vibrations comprising a body of non-ferromagnetic material, at least one pair of permanent magnets (3, 4), said magnets being magnetized in such a way that a repulsive force is established tending to keep said magnets spread apart in an equilibrium position, a plurality of electric coils (8, 9, 10) arranged on the surface of said body in such a way to intercept the magnetic field generated by said magnets, wherein said body is configured to be connectable to a vibration source, said vibrations causing an oscillation of said magnets about said equilibrium position which generates a corresponding variation of magnetic flux linked to said plurality of electric coils, said electric energy generator being characterized in that said pair of permanent magnets (3,4) is pivotally hung from said body in such a way that said body is arranged therebetween.
A throttle valve device for an internal combustion engine, with: a housing, and an intake pipe having a flow cross-section, and a throttle valve which can be pivoted relative to the flow cross-section and can be operated by means of a throttle valve shaft operable with a cable and can be held releasably in a cold-start position which leaves the flow cross-section at least partially open; and an actuation device which is arranged on the housing and by means of which the throttle valve can be held releasably in the cold-start position which leaves the flow cross-section at least partially open, characterised in that the actuation device is designed such that the throttle valve is moved out of the cold-start position which leaves the flow cross-section at least partially open by being operated by the cable in the closing direction of the throttle valve.
A device for protecting a road user without a cabin against impacts on a longitudinal side of a utility vehicle, comprising: at least one airbag (108, 110) which is arranged on a longitudinal side of the utility vehicle; sensors which are designed to sense the approach of the road user without a cabin to the longitudinal side; and a controller which has a signal-transmitting connection to the sensors and to the at least one airbag (108, 110) and is designed to determine, on the basis of signals of the sensors, a probability, a location and/or a time of an imminent collision and to activate the at least one airbag (108, 110) as a function thereof; characterized in that the controller is also designed to sense a turning off process of the motor vehicle to the codriver's side, and to calculate the probability of the imminent collision and the location and/or the time of the imminent collision as a function of a cornering trajectory of the utility vehicle. at least one airbag (108, 110) which is arranged on a longitudinal side of the utility vehicle; sensors which are designed to sense the approach of the road user without a cabin to the longitudinal side; and a controller which has a signal-transmitting connection to the sensors and to the at least one airbag (108, 110) and is designed to determine, on the basis of signals of the sensors, a probability, a location and/or a time of an imminent collision and to activate the at least one airbag (108, 110) as a function thereof; characterized in that the controller is also designed to sense a turning off process of the motor vehicle to the codriver's side, and to calculate the probability of the imminent collision and the location and/or the time of the imminent collision as a function of a cornering trajectory of the utility vehicle.
Field device used in automation engineering with an open housing and an electronics module in the housing, comprising at least one component designed to pour potting compound into the housing, wherein the component has a duct designed to conduct the potting compound in a targeted manner to a point of the housing that is to be sealed, characterized in that the duct has a collection tray that points in the direction of a housing opening, and has a channel that points in the direction of the housing interior.
An oxygen distributor, positionable, in use, in a wound for supplying oxygen to the wound, comprising: an oxygen delivery area for receiving a supply of oxygen; and a plurality of oxygen distribution tubes extending from the oxygen delivery area, wherein at least some oxygen distribution tubes include an oxygen-permeable, liquid-impermeable wall section. an oxygen delivery area for receiving a supply of oxygen; and a plurality of oxygen distribution tubes extending from the oxygen delivery area,
Line intended to be submerged in a body of water, comprising: - an outer sheath defining an inner volume; - an internal sheath arranged in the internal volume and defining a passage for transporting a fluid, in particular hydrocarbons, the internal sheath defining with the outer sheath an annular space; - at least one layer of tensile armor (16, 17) arranged in the annular space; characterized in that the line comprises at least one metallic sacrificial layer located in the annular space, the sacrificial layer comprising a porous body having a minimum specific surface area of at least 5 cm 2 /g, and in that the sacrificial layer has a linear metallic area per meter of line of at least 0.3 m 2 /m. - an outer sheath defining an inner volume; - an internal sheath arranged in the internal volume and defining a passage for transporting a fluid, in particular hydrocarbons, the internal sheath defining with the outer sheath an annular space; - at least one layer of tensile armor (16, 17) arranged in the annular space; characterized in that the line comprises at least one metallic sacrificial layer located in the annular space, the sacrificial layer comprising a porous body having a minimum specific surface area of at least 5 cm 2 /g, and in that the sacrificial layer has a linear metallic area per meter of line of at least 0.3 m 2 /m. characterized in that the line comprises at least one metallic sacrificial layer located in the annular space, the sacrificial layer comprising a porous body having a minimum specific surface area of at least 5 cm 2 /g, and in that the sacrificial layer has a linear metallic area per meter of line of at least 0.3 m 2 /m.
A surgical instrument comprising: an end effector; a shaft; an articulatable joint assembly connected between the end effector and the shaft for articulating the end effector relative to the shaft, wherein the automatically articulatable joint assembly comprises: at least one articulation sensor for sensing articulation of the automatically articulatable joint assembly; and at least one motor (2512, 2522) for automatically articulating the end effector relative to the shaft; a control unit in communication with the at least one motor (2512, 2522) of the articulatable joint assembly for controlling the at least one motor (2512, 2522) in the articulatable joint assembly, wherein the control unit is in communication with the at least one articulation sensor, characterised in that: the control unit comprises at least one memory unit (72, 74) for storing articulation data from the at least one articulation sensor, and wherein the control unit is configured to cause the motor (2512, 2522) to articulate the end effector to a prior state of articulation based on the articulation data stored in the at least one memory unit (72, 74). an end effector; a shaft; an articulatable joint assembly connected between the end effector and the shaft for articulating the end effector relative to the shaft, wherein the automatically articulatable joint assembly comprises: at least one articulation sensor for sensing articulation of the automatically articulatable joint assembly; and at least one motor (2512, 2522) for automatically articulating the end effector relative to the shaft; at least one articulation sensor for sensing articulation of the automatically articulatable joint assembly; and at least one motor (2512, 2522) for automatically articulating the end effector relative to the shaft; a control unit in communication with the at least one motor (2512, 2522) of the articulatable joint assembly for controlling the at least one motor (2512, 2522) in the articulatable joint assembly, wherein the control unit is in communication with the at least one articulation sensor, characterised in that: the control unit comprises at least one memory unit (72, 74) for storing articulation data from the at least one articulation sensor, and wherein the control unit is configured to cause the motor (2512, 2522) to articulate the end effector to a prior state of articulation based on the articulation data stored in the at least one memory unit (72, 74). the control unit comprises at least one memory unit (72, 74) for storing articulation data from the at least one articulation sensor, and wherein the control unit is configured to cause the motor (2512, 2522) to articulate the end effector to a prior state of articulation based on the articulation data stored in the at least one memory unit (72, 74).
Method of forming an object by means of additive manufacturing, the method comprising consecutively providing a plurality of layers of building material, and selectively curing one or more pixels of each of the layers during printing thereof, the method comprising: providing a first layer of a first building material onto a support surface or a preceding layer; selectively exposing, in accordance with layer data, one or more pixels in the first layer to a dose of radiation; characterized by: identifying, based on the layer data, one or more contour pixels in the first layer that coincide with a contour of a featured region of a subsequent second layer, the featured region of the second layer to be provided using a second building material different from the first building material; increasing, prior to said selectively exposing, a radiation dose for the identified contour pixels; and wherein the step of selectively exposing includes exposing the one or more contour pixels using the increased radiation dose. providing a first layer of a first building material onto a support surface or a preceding layer; selectively exposing, in accordance with layer data, one or more pixels in the first layer to a dose of radiation; identifying, based on the layer data, one or more contour pixels in the first layer that coincide with a contour of a featured region of a subsequent second layer, the featured region of the second layer to be provided using a second building material different from the first building material; increasing, prior to said selectively exposing, a radiation dose for the identified contour pixels; and wherein the step of selectively exposing includes exposing the one or more contour pixels using the increased radiation dose.
A circular surgical stapling apparatus, comprising: a tubular body portion having an actuator; a staple pusher member operatively disposed at a distal end of the tubular body portion and being operatively connected to the actuator for expelling an annular array of staples from the tubular body portion; an anvil assembly movably mounted at the distal end of the tubular body portion for movement toward and away from the tubular body portion; an approximation assembly extending between the tubular body portion and the anvil assembly for moving the anvil toward and away from the tubular body portion; characterised by a nozzle operatively associated with the approximation assembly, the nozzle including at least one ejection port disposed between the anvil assembly and the tubular body portion and being configured to dispense at least one fluid; and at least one conduit for conducting wound treatment material to the nozzle.
Method for producing wafer half-shells comprising the operations of: - providing a wafer sheet comprising a plurality of half-shells connected to each other by an interconnecting wall, where the said interconnecting wall is connected to each half-shell by means of an annular region surrounding the half-shell having a thickness smaller than the thickness of the interconnecting wall, and - separating the half-shells from the interconnecting wall along a cutting profile corresponding to the half-shell contour at said smaller thickness annular region, by means of a cutting operation performed in the direction orthogonal to the plane of the interconnecting wall, characterized in that in said separation operation the interconnecting wall is supported by a support made of plastic material, and said separation operation is carried out by means of a cutting member having a serrated cutting profile. - providing a wafer sheet comprising a plurality of half-shells connected to each other by an interconnecting wall, where the said interconnecting wall is connected to each half-shell by means of an annular region surrounding the half-shell having a thickness smaller than the thickness of the interconnecting wall, and - separating the half-shells from the interconnecting wall along a cutting profile corresponding to the half-shell contour at said smaller thickness annular region, by means of a cutting operation performed in the direction orthogonal to the plane of the interconnecting wall, characterized in that in said separation operation the interconnecting wall is supported by a support made of plastic material, and said separation operation is carried out by means of a cutting member having a serrated cutting profile.