mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a vehicle component, having the method steps: inserting a joint housing, which is open at least on one side, into a passage hole of a connecting component, cohesively connecting the joint housing, inserted into the passage hole, to the connecting component, coating the joint housing and the connecting component with a surface protector, wherein the cohesive connection of the joint housing to the connecting component is performed prior to the coating of the joint housing and of the connecting component to the surface protector, such that the joint housing and the connecting component are cohesively connected to one another in the non-coated state, wherein the joint housing is cohesively connected to the connecting component by welding, and assembling a joint by inserting a joint inner part, which has a bearing region, into the joint housing and closing the joint housing, such that the bearing region is enclosed in the joint housing and the joint inner part extends out of the joint housing, wherein the joint housing is connected in non-positively locking fashion to the connecting component prior to the cohesive connection of the joint housing to the connecting component, characterized in that the welded joint between the joint housing and the connecting component is welded on both sides and is fully through-welded.
An ultrasound processing unit, for use in fetal monitoring for distinguishing different heart rate sources within received Doppler ultrasound data, the unit configured to: receive input Doppler ultrasound data, including data corresponding to a plurality of different depths within a uterus region of a subject, and extract from the data a set of input signal channels, each representative of a different tissue depth within the subj ect; perform a principal component analysis, PCA, procedure, configured to identify one or more linear combinations of the input signal channels which are statistically uncorrelated, the linear combinations defining, when composed, a set of first output signals, and perform an independent component analysis, ICA, procedure, configured to identify one or more linear combinations of said first output signals which are statistically independent from one another, said one or more linear combinations defining a set of one or more second output signals, the one or more second output signals providing signals corresponding to distinct heart rate sources. receive input Doppler ultrasound data, including data corresponding to a plurality of different depths within a uterus region of a subject, and extract from the data a set of input signal channels, each representative of a different tissue depth within the subj ect; perform a principal component analysis, PCA, procedure, configured to identify one or more linear combinations of the input signal channels which are statistically uncorrelated, the linear combinations defining, when composed, a set of first output signals, and perform an independent component analysis, ICA, procedure, configured to identify one or more linear combinations of said first output signals which are statistically independent from one another, said one or more linear combinations defining a set of one or more second output signals, the one or more second output signals providing signals corresponding to distinct heart rate sources.
A needleless connector, comprising: a housing having a proximal end defining an inlet port of the housing, a distal end including a base defining an outlet port of the housing, and an inner surface defining an internal cavity extending between the inlet and outlet ports; and a compressible valve reciprocally disposed within the internal cavity and configured to contact at least a portion of the inner surface, the compressible valve comprising a head portion and a compressible body portion extending distally from the head portion, wherein: in a closed state of the compressible valve, a top section of the head portion of the compressible valve has a planar shape configured to contact and seal against the inner surface of the housing; and in an open state, where the compressible valve is subject to an axial force: the top section of the head portion is lodged between two pinch points thereof between opposing walls of an inwardly angled portion of the internal surface; and the top section of the head portion has a non-planar shape defining a fluid path extending at least partially between opposing walls on an outwardly angled portion of the internal surface. a housing having a proximal end defining an inlet port of the housing, a distal end including a base defining an outlet port of the housing, and an inner surface defining an internal cavity extending between the inlet and outlet ports; and a compressible valve reciprocally disposed within the internal cavity and configured to contact at least a portion of the inner surface, the compressible valve comprising a head portion and a compressible body portion extending distally from the head portion, in a closed state of the compressible valve, a top section of the head portion of the compressible valve has a planar shape configured to contact and seal against the inner surface of the housing; and in an open state, where the compressible valve is subject to an axial force: the top section of the head portion is lodged between two pinch points thereof between opposing walls of an inwardly angled portion of the internal surface; and the top section of the head portion has a non-planar shape defining a fluid path extending at least partially between opposing walls on an outwardly angled portion of the internal surface. the top section of the head portion is lodged between two pinch points thereof between opposing walls of an inwardly angled portion of the internal surface; and the top section of the head portion has a non-planar shape defining a fluid path extending at least partially between opposing walls on an outwardly angled portion of the internal surface.
An enteral feeding tube, comprising: a tube body characterized by an equation OD x = C where t OD = outer diameter of the tube body, t = wall thickness of the tube body, C is a constant having a value of 6.0 to 8.0 or 8.0 to 12.5 and X = 1.25, 1.5 or 1.75, wherein the tube body includes a proximal end portion extending from said proximal end to said intermediate portion and a distal end portion extending from said distal end to said intermediate portion, and wherein the intermediate portion defines a lumen having an inner diameter and an outer diameter each increasing toward the distal end portion. a tube body characterized by an equation OD x = C where t OD = outer diameter of the tube body, t = wall thickness of the tube body,
A method for characterizing a diffracting surface having a grain structure, comprising steps consisting in: a) illuminating in succession said surface with N>1 light beams (F i j) having propagation directions inclined at the same angle θ i to the normal to the surface and the projections of which onto the surface make different azimuthal angles φ i j to a reference direction; b) acquiring an image of said surface in correspondence with each of said light beams in a given acquisition direction; and c) digitally processing said images to obtain at least one piece of information on at least one property of said surface, chosen from: its grain structure, its texture and its degree of order; said step c comprising determining, for each point of said surface corresponding to a pixel of said images, an average azimuthal angle of a range of azimuthal angles φ i j for which said point appears bright when it is observed in said acquisition direction. a) illuminating in succession said surface with N>1 light beams (F i j) having propagation directions inclined at the same angle θ i to the normal to the surface and the projections of which onto the surface make different azimuthal angles φ i j to a reference direction; b) acquiring an image of said surface in correspondence with each of said light beams in a given acquisition direction; and c) digitally processing said images to obtain at least one piece of information on at least one property of said surface, chosen from: its grain structure, its texture and its degree of order;
Connection pipe for a vacuum cleaner, wherein the connection pipe can be connected to a suction hose and a suction opening of a vacuum cleaner part, and has a free cross-section, through which the suction air flow of the vacuum cleaner is able to flow, and a latching element and a spring element are arranged on the connection pipe, and the spring element is able to exert a restoring force onto the latching element in order to bring the latching element from an unlocking position, in which the connection pipe can be detached from the suction opening, into a locking position, in which the connection pipe can be fixed to the suction opening by the latching element, wherein the spring element at least partially surrounds the free cross-section, wherein the spring element is resiliently deformed, characterised in that the spring element exerts a restoring force, which acts towards the outside in the radial direction, onto the latching element when the spring element is brought from the locking position into the unlocking position.
A device for use by a user who may wander, the device comprising: an audio unit for generating a first output audible to the user in response to a determination that the user is within a predetermined safe area and a second audible output audible to the user that is different to the first output in response to a determination that the user is outside the predetermined safe area; and a control unit for the audio unit, the control unit being configured to receive user location information relating to the location of the user, determine whether the user is within the predetermined safe area using the user location information, generate a control signal for the audio unit indicating whether the user is within the predetermined safe area, and if the control unit determines that the user is outside the predetermined safe area, determine whether the user is in an area predetermined to be potentially harmful to the user from the user location information and, if the user is determined to be in such an area, to generate an alarm signal for transmission to a remote monitoring station. an audio unit for generating a first output audible to the user in response to a determination that the user is within a predetermined safe area and a second audible output audible to the user that is different to the first output in response to a determination that the user is outside the predetermined safe area; and a control unit for the audio unit, the control unit being configured to receive user location information relating to the location of the user, determine whether the user is within the predetermined safe area using the user location information, generate a control signal for the audio unit indicating whether the user is within the predetermined safe area, and if the control unit determines that the user is outside the predetermined safe area, determine whether the user is in an area predetermined to be potentially harmful to the user from the user location information and, if the user is determined to be in such an area, to generate an alarm signal for transmission to a remote monitoring station.
A sole, comprising: an upper sole portion having a heel region and a toe region; and a pod assembly disposed below the upper sole portion, the pod assembly having at least five pods fluidly connected in a substantially linear arrangement, wherein the pods are fluidly connected in series, characterized in that the substantially linear arrangement extends from the heel region to the toe region. an upper sole portion having a heel region and a toe region; and a pod assembly disposed below the upper sole portion, the pod assembly having at least five pods fluidly connected in a substantially linear arrangement, wherein the pods are fluidly connected in series, characterized in that the substantially linear arrangement extends from the heel region to the toe region.
A downhole casing system for performing operations in a wellbore containing well fluid, the downhole casing system comprising: - at least one casing module comprising: - a base pipe extending in a longitudinal direction and having a circumference, - a functional assembly mounted over the base pipe to define a casing module flow path between the functional assembly and the base pipe, and - a main flow path arranged substantially in a centre of the base pipe and extending in a longitudinal direction of the casing system, wherein - at least a part of the casing module flow path is an annular flow path extending both in the longitudinal direction of the base pipe and continuously around the entire circumference of the base pipe, characterised in that the base pipe has end sections at which a plurality of supporting structures protrudes from an outer surface to provide support for the functional assembly, the supporting structures defining a plurality of casing module flow paths extending in the longitudinal direction. - at least one casing module comprising: - a base pipe extending in a longitudinal direction and having a circumference, - a functional assembly mounted over the base pipe to define a casing module flow path between the functional assembly and the base pipe, and - a main flow path arranged substantially in a centre of the base pipe and extending in a longitudinal direction of the casing system, - a base pipe extending in a longitudinal direction and having a circumference, - a functional assembly mounted over the base pipe to define a casing module flow path between the functional assembly and the base pipe, and - a main flow path arranged substantially in a centre of the base pipe and extending in a longitudinal direction of the casing system, - at least a part of the casing module flow path is an annular flow path extending both in the longitudinal direction of the base pipe and continuously around the entire circumference of the base pipe,
A winemaking tank comprising a monolithic hollow body for storing wine having a smooth inner wall, with a non-constant circular or oval section, defining a storage space for the wine, with the hollow body being made of magmatic material.
A slit lamp microscope, comprising: a light source configured to emit illumination light; a pair of slit blades configured to generate slit light from the illumination light; an actuator configured to generate a driving force; a mechanism configured to change the interval between the slit blades based on the driving force; a storage configured to store one or more pieces of interval information each indicating an interval between the slit blades; an operating part; and a controller configured to, when a user specifies one from among the one or more pieces of interval information using the operating part, control the actuator such that the interval between the slit blades becomes the interval indicated in the specified interval information, characterized in that the slit lamp microscope is configured such that when the user carries out a predetermined operation using the operating part after adjusting the interval between the slit blades, the controller generates interval information indicating the interval between the slit blades at the time and stores it in the storage. a light source configured to emit illumination light; a pair of slit blades configured to generate slit light from the illumination light; an actuator configured to generate a driving force; a mechanism configured to change the interval between the slit blades based on the driving force; a storage configured to store one or more pieces of interval information each indicating an interval between the slit blades; an operating part; and a controller configured to, when a user specifies one from among the one or more pieces of interval information using the operating part, control the actuator such that the interval between the slit blades becomes the interval indicated in the specified interval information, characterized in that the slit lamp microscope is configured such that when the user carries out a predetermined operation using the operating part after adjusting the interval between the slit blades, the controller generates interval information indicating the interval between the slit blades at the time and stores it in the storage.
A knotter for an agricultural baler, comprising a knotting system with at least a first movable part, adapted for moving while binding a bale and at least a second movable part; a driver, operatively connected to the at least one movable part, for arranging the movement of the at least one movable part; a first cover, associated with the at least one first movable part, the first cover having a first covering position wherein the first cover at least partly covers the at least one movable part it is associated with, and a second uncovering position, wherein the first cover no longer covers the at least one movable part it is associated with; and a safety means, operatively connected to the driver of the at least one movable part and the first cover, such that positioning of or enabling the positioning of the first cover in the second uncovering position stops the moving of the at least one movable part associated with the first cover; characterized in that the knotter further comprises a second cover being associated with the second movable part, the second cover having a first covering position wherein the second cover at least partly covers the second movable part it is associated with, and a second uncovering position, wherein the second cover no longer covers the second movable part; the first cover and the second cover are arranged with respect to each other such that the second cover can only be placed in its second uncovering position when the first cover is placed in its second uncovering position.
A display method, the display method being applied to a control terminal (30, 70), the control terminal (30, 70) being used to communicate with an imaging device (20, 80), the imaging device (20, 80) including a wide-angle lens and a zoom lens, the control terminal (30, 70) including a display interface, comprising: displaying an image obtained by the wide-angle lens in the display interface; obtaining a first user operation acting on the display interface; displaying a first detail imaging area in the image obtained by the wide-angle lens in response to the first user operation, the first detail imaging area being used to display an imaging range of the zoom lens, the first detail imaging area including one or more sub-areas, wherein the number of the sub-areas is determined by the imaging device based on (i) a width and a height of an image area to be shot by the zoom lens in a single shot based on a user selected zoom factor of the zoom lens and (ii) a width and a height of an area to be imaged by the zoom lens based on information of the first detail imaging area, the number of the sub-areas representing a number of images to be captured by the zoom lens, and wherein, when the size of the first detail imaging area is the same, the larger the zoom factor of the zoom lens, the larger the number of images to be captured by the zoom lens; and sending imaging instruction carrying the information of the first detail imaging area to the imaging device (20, 80), such that the imaging device (20, 80) is enabled to determine the imaging range of the zoom lens and to obtain one or more second imaging results through the zoom lens based on the first detail imaging area, wherein each second imaging result corresponds to a sub-area. displaying an image obtained by the wide-angle lens in the display interface; obtaining a first user operation acting on the display interface; displaying a first detail imaging area in the image obtained by the wide-angle lens in response to the first user operation, the first detail imaging area being used to display an imaging range of the zoom lens, the first detail imaging area including one or more sub-areas, wherein the number of the sub-areas is determined by the imaging device based on (i) a width and a height of an image area to be shot by the zoom lens in a single shot based on a user selected zoom factor of the zoom lens and (ii) a width and a height of an area to be imaged by the zoom lens based on information of the first detail imaging area, the number of the sub-areas representing a number of images to be captured by the zoom lens, and wherein, when the size of the first detail imaging area is the same, the larger the zoom factor of the zoom lens, the larger the number of images to be captured by the zoom lens; and sending imaging instruction carrying the information of the first detail imaging area to the imaging device (20, 80), such that the imaging device (20, 80) is enabled to determine the imaging range of the zoom lens and to obtain one or more second imaging results through the zoom lens based on the first detail imaging area, wherein each second imaging result corresponds to a sub-area.
Phase-change memory configured for non-volatile storage of binary contents, the phase-change memory storing the binary contents electrically and/or optically in a non-volatile manner by locally switching a phase-change material between an amorphous and a crystalline phase, wherein the state with respect to the electrical conductivity of the phase-change material and/or with respect to the reflection properties of the phase-change material determines the information content of the phase-change memory, characterized in that an ultrasonic generator with a piezoelectric unit is provided, said ultrasonic generator exposing the phase-change material to ultrasound at least during the switching process and thus accelerating the switching process.
A radical-curable seal member for fuel cell, comprising a crosslinked product of a radical-curable composition and having a glass transition temperature (Tg) of -40°C or lower, wherein the radical-curable composition comprises: (Meth)acrylic polymer having a (meth)acryloyl group at a molecular chain end, wherein a glass transition temperature of the component is -40°C or lower, Monofunctional (meth)acrylic monomer, wherein a glass transition temperature of the component is -40°C or lower, Polyfunctional (meth)acrylic monomer, and Radical polymerization initiator, wherein the radical-curable composition contains 20 to 90 weight parts of the component, 1 to 10 weight parts of the component, and 0.01 to 10 weight parts of the component with respect to 100 weight parts of the component, and a weight ratio [ /] of the component with respect to the component is 4 to 24, and a content [ /{ + +}] of the component with respect to a total of 100 wt% of the component, the component, and the component is 1 to 7 wt%. (Meth)acrylic polymer having a (meth)acryloyl group at a molecular chain end, wherein a glass transition temperature of the component is -40°C or lower, Monofunctional (meth)acrylic monomer, wherein a glass transition temperature of the component is -40°C or lower, Polyfunctional (meth)acrylic monomer, and Radical polymerization initiator, wherein the radical-curable composition contains 20 to 90 weight parts of the component, 1 to 10 weight parts of the component, and 0.01 to 10 weight parts of the component with respect to 100 weight parts of the component, and a weight ratio [ /] of the component with respect to the component is 4 to 24, and a content [ /{ + +}] of the component with respect to a total of 100 wt% of the component, the component, and the component is 1 to 7 wt%. wherein the radical-curable composition contains 20 to 90 weight parts of the component, 1 to 10 weight parts of the component, and 0.01 to 10 weight parts of the component with respect to 100 weight parts of the component, and a weight ratio [ /] of the component with respect to the component is 4 to 24, and a content [ /{ + +}] of the component with respect to a total of 100 wt% of the component, the component, and the component is 1 to 7 wt%.