mhurhangee/ep-ind-claims huggingface dataset:
Method of signal processing, including: - obtaining, by a portable data processing device, least one physiological signal from a system arranged to monitor at least one user, - obtaining, by the portable data processing device, first data, received by the portable data processing device through at least one wireless communications link; the first data at least based on second data, obtained by means of at least one monitoring device for monitoring at least one characteristic of electrical current provided through a socket associated at least temporarily with the monitoring device, the second data representative of at least one characteristic of electrical current drawn by at least one appliance (23,24,28) in an environment in which the at least one user is present, - determining, by the portable data processing device, a position of a user based on characteristics of wireless communication links between the portable data processing device and each of a number of devices (15-17;18) including at least a respective one of the monitoring devices, and - determining, by the portable data processing device, using the first data, an output based on the at least one physiological signal and the position of the user in relation to the at least one appliance. - obtaining, by a portable data processing device, least one physiological signal from a system arranged to monitor at least one user, - obtaining, by the portable data processing device, first data, received by the portable data processing device through at least one wireless communications link; the first data at least based on second data, obtained by means of at least one monitoring device for monitoring at least one characteristic of electrical current provided through a socket associated at least temporarily with the monitoring device, the second data representative of at least one characteristic of electrical current drawn by at least one appliance (23,24,28) in an environment in which the at least one user is present, - determining, by the portable data processing device, a position of a user based on characteristics of wireless communication links between the portable data processing device and each of a number of devices (15-17;18) including at least a respective one of the monitoring devices, and - determining, by the portable data processing device, using the first data, an output based on the at least one physiological signal and the position of the user in relation to the at least one appliance.
A robotic surgical system, comprising: a slave articulate arm having a plurality of linkages and joints and a distal portion; and a surgical instrument releasably coupleable to said distal portion of said articulate arm, said instrument comprising at least a first end effector element coupled to a wrist portion, and a proximal portion coupled to an elongate shaft, said elongate shaft having a longitudinal axis and a distal end coupled to said wrist portion, said wrist portion of said instrument comprising: at least three distal axes of rotation relative to said distal end of said shaft, said end effector element movable about the most distal of said three distal axes. characterized in that none of said three distal axes intersect with each other, at least two of said axes of rotation being substantially parallel to one another. a slave articulate arm having a plurality of linkages and joints and a distal portion; and a surgical instrument releasably coupleable to said distal portion of said articulate arm, said instrument comprising at least a first end effector element coupled to a wrist portion, and a proximal portion coupled to an elongate shaft, said elongate shaft having a longitudinal axis and a distal end coupled to said wrist portion, said wrist portion of said instrument comprising: at least three distal axes of rotation relative to said distal end of said shaft, said end effector element movable about the most distal of said three distal axes. characterized in that none of said three distal axes intersect with each other, at least two of said axes of rotation being substantially parallel to one another. at least three distal axes of rotation relative to said distal end of said shaft, said end effector element movable about the most distal of said three distal axes. characterized in that none of said three distal axes intersect with each other, at least two of said axes of rotation being substantially parallel to one another.
Method for correcting the axial position of a workpiece support for material-removing machining of a dental workpiece which is held by the workpiece support and is rotated together with the workpiece support about a drive rotation axis during the material-removing machining, wherein the workpiece support has at least two workpiece support parts (4, 5, 6) which can be separated from each other and can be connected to each other, wherein one of the workpiece support parts (4, 5) has at least one compensation region with a material projection for introducing a compensation surface by removing material, and the other of the workpiece support parts has a seating surface for connecting to the compensation surface in a form-fitting manner, wherein the workpiece support part (4, 5) with the compensation region is fastened to a driveshaft of a machine tool, which is rotatable about the drive rotation axis, and then the compensation surface is formed in the compensation region by a material-removing tool of the machine tool by removing material while simultaneously rotating the driveshaft together with the workpiece support part (4, 5) about the drive rotation axis, and wherein the workpiece support for material-removing machining of the dental workpiece is fastened in the same way and to the same driveshaft of the machine tool, which is rotatable about the drive rotation axis, as the workpiece support part (4, 5) with the compensation region was fastened for forming the compensation surface in the compensation region.
Method for estimating a useful signal from a hearing apparatus by - obtaining at least two microphone signals from a respective sound signal, wherein the microphone signals form a microphone signal vector (x), - obtaining a reference signal vector from the microphone signal vector (x), which reference signal vector (x) has a portion of the microphone signals from a prescribable direction in a blocked state, and - filtering the microphone signal vector (x) using a filter (FILT), as a result of which an estimation signal ( S̃ q) is obtained for a useful signal, characterized by - ascertainment of a coherence variable (Γ) from the reference signal vector (n) and the microphone signal vector (x), - ascertainment of a power density variable from the coherence variable (Γ) and - parameterization of the filter (FILT) on the basis of the power density variable. - obtaining at least two microphone signals from a respective sound signal, wherein the microphone signals form a microphone signal vector (x), - obtaining a reference signal vector from the microphone signal vector (x), which reference signal vector (x) has a portion of the microphone signals from a prescribable direction in a blocked state, and - filtering the microphone signal vector (x) using a filter (FILT), as a result of which an estimation signal ( S̃ q) is obtained for a useful signal, characterized by - ascertainment of a coherence variable (Γ) from the reference signal vector (n) and the microphone signal vector (x), - ascertainment of a power density variable from the coherence variable (Γ) and - parameterization of the filter (FILT) on the basis of the power density variable.
A composition comprising microcapsules, which comprise a polyurea shell and a core, wherein the core comprises a pesticide and the shell comprises a polymerization product of a) a tetramethylxylylene diisocyanate, b) a cycloaliphatic diisocyanate, and c) an aliphatic diamine, and wherein the pesticide preferably has a solubility in water of up to 10 g/l at 20°C. a) a tetramethylxylylene diisocyanate, b) a cycloaliphatic diisocyanate, and c) an aliphatic diamine,
Belting with longitudinal cogs comprising: belting having an upper surface, a lower surface and a first edge; at least two longitudinal cogs attached to the upper surface of the belting proximate the first edge, wherein each of the longitudinal cogs is substantially parallel to the first edge and wherein a channel is defined between the at least two longitudinal cogs; and a cleat attached to the upper surface of the belting that extends across a width of the belting; characterized by a cog support to which each of the at least two longitudinal cogs is attached and wherein the cog support is attached to the belting proximate the first edge. belting having an upper surface, a lower surface and a first edge; at least two longitudinal cogs attached to the upper surface of the belting proximate the first edge, wherein each of the longitudinal cogs is substantially parallel to the first edge and wherein a channel is defined between the at least two longitudinal cogs; and a cleat attached to the upper surface of the belting that extends across a width of the belting; characterized by a cog support to which each of the at least two longitudinal cogs is attached and wherein the cog support is attached to the belting proximate the first edge.
A system for controlling medical equipment comprising: a mammography imaging system comprising a breast support area for compression of a breast with at least one compression paddle during an imaging procedure; patient positioning equipment comprising a patient table, wherein the patient positioning equipment comprises castors or wheels enabling movement of the patient positioning equipment relative to the mammography imaging system; a control system physically interconnected with the patient table of the patient positioning equipment; wherein the control system is configured to control a function of the patient table in addition to movement of the at least one compression paddle. a mammography imaging system comprising a breast support area for compression of a breast with at least one compression paddle during an imaging procedure; patient positioning equipment comprising a patient table, wherein the patient positioning equipment comprises castors or wheels enabling movement of the patient positioning equipment relative to the mammography imaging system; a control system physically interconnected with the patient table of the patient positioning equipment; wherein the control system is configured to control a function of the patient table in addition to movement of the at least one compression paddle.
A rehabilitation exercise device for bilateral exercising of a user's upper limbs, comprising: an elongate handle member having a length that extends between spaced-apart first and second ends, wherein the elongate handle member is untethered such that it is freely movable in 3D space by a user into any position and orientation; a hand grip provided at or toward the first end of the handle member for gripping by a first hand of the user, the hand grip extending from the handle member at a transverse orientation relative to a longitudinal axis extending between the ends (38a, 38b) of the handle member;and a mounting system provided at or toward the second end of the handle member that is configured to releasably couple a motion-sensing game controller at or toward the second end of the handle member for gripping by a second hand of the user in use wherein the hand grip and mounting system are spaced-apart on the handle member by a shoulder-width of the user such that the user's first and second hands are spaced a shoulder-width apart when gripping the exercise device in use, and wherein the mounting system is configured to enable the orientation of the game controller relative to the handle member to be selectively adjusted by rotation of the game controller about an axis transverse to the longitudinal axis of the handle member. an elongate handle member having a length that extends between spaced-apart first and second ends, wherein the elongate handle member is untethered such that it is freely movable in 3D space by a user into any position and orientation; a hand grip provided at or toward the first end of the handle member for gripping by a first hand of the user, the hand grip extending from the handle member at a transverse orientation relative to a longitudinal axis extending between the ends (38a, 38b) of the handle member;and a mounting system provided at or toward the second end of the handle member that is configured to releasably couple a motion-sensing game controller at or toward the second end of the handle member for gripping by a second hand of the user in use wherein the hand grip and mounting system are spaced-apart on the handle member by a shoulder-width of the user such that the user's first and second hands are spaced a shoulder-width apart when gripping the exercise device in use, and wherein the mounting system is configured to enable the orientation of the game controller relative to the handle member to be selectively adjusted by rotation of the game controller about an axis transverse to the longitudinal axis of the handle member.
Oscillation exciter for construction machines, particularly for vibrating pile drivers, comprising at least one axle with at least two imbalance masses (3, 3'), wherein at least one rotary piston oscillating motor is arranged, via which the rotary position of at least one imbalance mass is alterable vis-à-vis the at least one other imbalance mass, wherein the rotary piston oscillating motor has an oscillating motor housing, which is mounted rotatably to and on an oscillating motor shaft, wherein on the oscillating motor shaft at least one rotor is arranged whose rotation angle is delimited by at least one stop arranged at the oscillating motor housing, characterised in that the maximum rotation angle of the at least one rotor is less than 160 degrees, preferably 150 degrees or less, wherein at least one imbalance mass is formed by the oscillating motor housing of an oscillating motor designed as a single-leaf rotary piston oscillating motor, which is designed in the shape of a circle segment and is arranged on and rotatably to the oscillating motor shaft, which forms part of the at least one axle, wherein between the two stop surfaces of the stop opposite the pivot area defined by the rotation angle of the rotor of the oscillating motor, at least one oil pocket which can be supplied with oil is designed.
Electronic device comprising - a sensor element for measuring a physical quantity in the electronic device, - a contact element configured to be mechanically biased, - a measurement surface (30, 60, 90) at which the physical quantity is to be measured with the help of the sensor element, wherein - the sensor element is placed on the measurement surface, - the contact element is electrically connected to the sensor element, - at least one of the connection between the sensor element and the contact element and the connection between the sensor element and the measurement surface (30, 60, 90) is a non-material-locking connection, - the contact element is mechanically biased in order to prevent loosening of the at least one non-material-locking connection characterized in that - the sensor element is connected to the measurement surface (30, 40, 50) by means of a material-locking connection, and - a non-material-locking electrical contact is formed between the contact element and the sensor element. - a sensor element for measuring a physical quantity in the electronic device, - a contact element configured to be mechanically biased, - a measurement surface (30, 60, 90) at which the physical quantity is to be measured with the help of the sensor element, wherein - the sensor element is placed on the measurement surface, - the contact element is electrically connected to the sensor element, - at least one of the connection between the sensor element and the contact element and the connection between the sensor element and the measurement surface (30, 60, 90) is a non-material-locking connection, - the contact element is mechanically biased in order to prevent loosening of the at least one non-material-locking connection - the sensor element is connected to the measurement surface (30, 40, 50) by means of a material-locking connection, and - a non-material-locking electrical contact is formed between the contact element and the sensor element.
A pretensioner for tightening an occupant restraint, the pretensioner comprising: a pretensioner body having an internal bore with proximal and distal ends (34, 36), a fluid port at the proximal end; a rack comprising an elongated shaft having proximal and distal ends (46, 48) and upper and lower surfaces (52, 54), the upper surface of the shaft having teeth formed there along, the rack having un-extended and extended orientations; an initiator housed in said pretensioner body adjacent the proximal end of the bore, the initiator having an activated state wherein fluid is delivered against a piston, whereby the rack is moved from an un-extended to the extended orientation when the initiator is activated; a pinion held on a pinion shaft rotatably supported within the pretensioner body; characterized by a deceleration ramp positioned within the bore and beneath the lower surface of the rack, wherein the underside of the rack includes first and second angled surfaces which are arranged to be engaged by the deceleration ramp, and wherein when the deceleration ramp engages the first angled surface an interference is achieved and movement of the rack is slowed and when the deceleration ramp engages the second angled surface the movement of the rack is stopped, locking the rack when the rack is in its extended orientation, wherein said interference minimizes bounce back of the rack. a pretensioner body having an internal bore with proximal and distal ends (34, 36), a fluid port at the proximal end; a rack comprising an elongated shaft having proximal and distal ends (46, 48) and upper and lower surfaces (52, 54), the upper surface of the shaft having teeth formed there along, the rack having un-extended and extended orientations; an initiator housed in said pretensioner body adjacent the proximal end of the bore, the initiator having an activated state wherein fluid is delivered against a piston, whereby the rack is moved from an un-extended to the extended orientation when the initiator is activated; a pinion held on a pinion shaft rotatably supported within the pretensioner body; characterized by a deceleration ramp positioned within the bore and beneath the lower surface of the rack, wherein the underside of the rack includes first and second angled surfaces which are arranged to be engaged by the deceleration ramp, and wherein when the deceleration ramp engages the first angled surface an interference is achieved and movement of the rack is slowed and when the deceleration ramp engages the second angled surface the movement of the rack is stopped, locking the rack when the rack is in its extended orientation, wherein said interference minimizes bounce back of the rack.
A wireless communication method, comprising: determining, by a terminal device, at a non-access stratum, NAS, layer and according to a service type of a service that needs to be processed, a type of a core network on which a connection needs to be performed as a first core network type; selecting, by the terminal device, a first cell according to the first core network type, wherein the first cell is a cell supporting the first core network type; and performing, by the terminal device, cell access through the first cell, characterized in that, the selecting a first cell according to the first core network type comprises: selecting and indicating, at the NAS layer and to an access stratum, AS, layer, a public land mobile network, PLMN, capable of supporting the first core network type according to the first core network type; and selecting, at the AS layer, the first cell from searched-out cells corresponding to the PLMN. determining, by a terminal device, at a non-access stratum, NAS, layer and according to a service type of a service that needs to be processed, a type of a core network on which a connection needs to be performed as a first core network type; selecting, by the terminal device, a first cell according to the first core network type, wherein the first cell is a cell supporting the first core network type; and performing, by the terminal device, cell access through the first cell, characterized in that, the selecting a first cell according to the first core network type comprises: selecting and indicating, at the NAS layer and to an access stratum, AS, layer, a public land mobile network, PLMN, capable of supporting the first core network type according to the first core network type; and selecting, at the AS layer, the first cell from searched-out cells corresponding to the PLMN. selecting and indicating, at the NAS layer and to an access stratum, AS, layer, a public land mobile network, PLMN, capable of supporting the first core network type according to the first core network type; and selecting, at the AS layer, the first cell from searched-out cells corresponding to the PLMN.
A food maker for extruding a food mixture, comprising: a body including a container for holding a food mixture, the container having an inner sidewall, an open top, and an open bottom; a plunger received in said container, the plunger having a closed bottom face, and being movable within said container; said plunger having an outer sidewall and a hollow interior, said outer sidewall configured for being received in said container adjacent said inner sidewall, wherein said inner sidewall and said outer sidewall define an opening therebetween, said opening being sufficiently large that a portion of a food mixture can flow upwardly through the opening and past the inner and outer sidewalls (18, 42) as the plunger is moved downwardly by a user toward said open bottom; characterized in that the food maker further comprises at least one extruder (70, 80, 90) detachably attached to said body, the at least one extruder (70, 80, 90) comprising an extruder nozzle provided adjacent said open bottom of said container, said extruder nozzle having an inlet and an outlet, and said inlet being configured for being adjacent said open bottom of said container so that a food mixture enters said inlet and exits said outlet as the plunger is moved downwardly toward said open bottom of said container; and in that said plunger includes an open top face and a cavity configured for receiving said at least one extruder (70, 80, 90) so that the at least one extruder (70, 80, 90) is storable in said cavity when detached from said body. a body including a container for holding a food mixture, the container having an inner sidewall, an open top, and an open bottom; a plunger received in said container, the plunger having a closed bottom face, and being movable within said container; said plunger having an outer sidewall and a hollow interior, said outer sidewall configured for being received in said container adjacent said inner sidewall, wherein said inner sidewall and said outer sidewall define an opening therebetween, said opening being sufficiently large that a portion of a food mixture can flow upwardly through the opening and past the inner and outer sidewalls (18, 42) as the plunger is moved downwardly by a user toward said open bottom; characterized in that the food maker further comprises at least one extruder (70, 80, 90) detachably attached to said body, the at least one extruder (70, 80, 90) comprising an extruder nozzle provided adjacent said open bottom of said container, said extruder nozzle having an inlet and an outlet, and said inlet being configured for being adjacent said open bottom of said container so that a food mixture enters said inlet and exits said outlet as the plunger is moved downwardly toward said open bottom of said container; and in that said plunger includes an open top face and a cavity configured for receiving said at least one extruder (70, 80, 90) so that the at least one extruder (70, 80, 90) is storable in said cavity when detached from said body.