mhurhangee/ep-ind-claims huggingface dataset:
A computer program product comprising software programming code that, when executed by a computer processor arrangement, causes the computer processor arrangement to implement a method of tracking the position of a work target located inside a patient's body with a navigation system, wherein the body is compressible and has a distortable outer surface, the navigation system comprising a trackable device and a computer-implemented tracking system, the trackable device comprising a flexible substrate configured to be secured to the outer surface of the skin of the patient's body and a plurality of tracking points carried by the flexible substrate, wherein the tracking points are configured to be moveable relative to each other when the substrate is secured to the outer surface of the skin of the patient's body, and the computer-implemented tracking system is configured to remotely track the positions of the tracking points relative to a coordinate system, the method comprising the steps: accessing an initial model of the trackable device when secured to the outer surface of the skin of the patient's body, the initial model having an initial shape based on initial locations of a set of the tracking points; registering the initial model with an initial position of the work target in an image of the work target; sensing a deformation of the trackable device with the tracking system after registering the initial model; characterized by creating a refined model of the trackable device that compensates for the deformations by removing at least one of the tracking points of the set that is deformed more than a deviation threshold from the initial shape, wherein the refined model is based on a reduced set of the sensed tracking points not including the removed tracking point(s); and calculating the current position of the work target from the refined model. accessing an initial model of the trackable device when secured to the outer surface of the skin of the patient's body, the initial model having an initial shape based on initial locations of a set of the tracking points; registering the initial model with an initial position of the work target in an image of the work target; sensing a deformation of the trackable device with the tracking system after registering the initial model; characterized by creating a refined model of the trackable device that compensates for the deformations by removing at least one of the tracking points of the set that is deformed more than a deviation threshold from the initial shape, wherein the refined model is based on a reduced set of the sensed tracking points not including the removed tracking point(s); and calculating the current position of the work target from the refined model.
Electronic control system of a cooling fan drive of a motor vehicle, having a circuit board and having a thermal protection element arranged in the region between the circuit board and a connecting lead frame, said thermal protection element triggering when the temperature increases above a temperature threshold value, - wherein one of the connecting ends of the thermal protection element is connected to the circuit board and the other connecting end to a connecting lead frame of a wiring set or connecting cable that is overmoulded to produce an isolating wiring or cable connecting housing, said wiring set or connection cable leading to the circuit board, - wherein the thermal protection element comprises two conductor sections (9, 10) with conductor ends (9a, 10a) facing each other when forming a breakpoint and the breakpoint is bridged by a melting agent, the melting temperature of said melting agent being adapted to the temperature threshold value, characterised in that - the thermal protection element is substantially mounted on the circuit, - the contact of the circuit board is an insulation displacement contact mounted on the circuit board for displacement contacting the assigned connecting end of the thermal protection element, - the contact of the connecting lead frame is an insulation displacement contact for displacement contacting the assigned connecting end of the thermal protection element, and - the circuit board has a section into which the insulation displacement contact of the connecting lead frame is inserted. - wherein one of the connecting ends of the thermal protection element is connected to the circuit board and the other connecting end to a connecting lead frame of a wiring set or connecting cable that is overmoulded to produce an isolating wiring or cable connecting housing, said wiring set or connection cable leading to the circuit board, - wherein the thermal protection element comprises two conductor sections (9, 10) with conductor ends (9a, 10a) facing each other when forming a breakpoint and the breakpoint is bridged by a melting agent, the melting temperature of said melting agent being adapted to the temperature threshold value, - the thermal protection element is substantially mounted on the circuit, - the contact of the circuit board is an insulation displacement contact mounted on the circuit board for displacement contacting the assigned connecting end of the thermal protection element, - the contact of the connecting lead frame is an insulation displacement contact for displacement contacting the assigned connecting end of the thermal protection element, and - the circuit board has a section into which the insulation displacement contact of the connecting lead frame is inserted.
A method for continuously machining the edges of a panel, preferably a furniture panel, which is coated with an edge strip, wherein after the application of the edge strip a projecting portion on at least one side of the edge strip is removed by machining, characterized in that during the passage of the panel a dimensionally stable polishing compound is pressed against a polishing tool, said polishing tool contacting the machined edge of the edge strip so as to polish said edge, wherein the polishing compound is applied in an intermittent manner to the polishing tool.
A method for the continuous production of gels or primary emulsions with air excluded, in which at least two flowable streams of at least two phases for the production of the gels or primary emulsions are dosed separately and continuously into a mixing vessel that is closed on all sides, in which they are converted, by agitated introduction, into the gel or the primary emulsion, and the gel or the primary emulsion is discharged continuously from the mixing vessel, the agitated introduction taking place without the formation of cavitation forces and without high-pressure homogenisation, and wherein the ratio between the at least two flowable streams is set in such a way that a viscoelastic range of the mixture is established in the mixing vessel.
A method comprising: detecting, by a proximity sensor on a playback device, while the playback device is not currently playing back audio content, movement near to the playback device; in response to detecting the movement and prior to receiving a user command to play the audio content: determining audio content to be retrieved; retrieving, by the playback device, the determined audio content; and storing the audio content in memory on the playback device, wherein: the playback device is not rendering audio content because playback of one of a playlist or playback queue has concluded; and the determined audio content is one of: audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. detecting, by a proximity sensor on a playback device, while the playback device is not currently playing back audio content, movement near to the playback device; in response to detecting the movement and prior to receiving a user command to play the audio content: determining audio content to be retrieved; retrieving, by the playback device, the determined audio content; and storing the audio content in memory on the playback device, wherein: determining audio content to be retrieved; retrieving, by the playback device, the determined audio content; and storing the audio content in memory on the playback device, wherein: the playback device is not rendering audio content because playback of one of a playlist or playback queue has concluded; and the determined audio content is one of: audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. a playlist; a song; and a live radio stream.
An athletic glove for supporting and receiving a hand of a wearer, the athletic glove comprising: a) a palmar element at least substantially covering: i) a palmar metacarpal area of the hand; ii) a palmar side of a first digit, a second digit, a third digit, a fourth digit, and a fifth digit of the hand (304a-304e); and iii) at least a portion of a dorsal side (306a-e) of the first digit, the second digit, and the fifth digit; and b) a dorsal element opposite the palmar element, the dorsal element connected to the palmar element, the dorsal element comprising at least one molded finger cap (1101, 1105) the at least one molded finger cap comprising a shock-absorbing material and covering a portion of the dorsal side (204a-e) of at least one of the third and fourth digits, wherein the at least one molded finger cap (1101, 1105) covers a portion of the dorsal side of one of the third and fourth digits; wherein the dorsal element further comprises an intermediate material and a stretchable material, wherein the molded finger cap and intermediate material are sewn to the palmar side of at least one of the third and fourth digits to create a cavity for receiving the digit, and wherein the stretchable material is connected to the at least one molded finger cap (1101, 1105) and the intermediate material. a) a palmar element at least substantially covering: i) a palmar metacarpal area of the hand; ii) a palmar side of a first digit, a second digit, a third digit, a fourth digit, and a fifth digit of the hand (304a-304e); and iii) at least a portion of a dorsal side (306a-e) of the first digit, the second digit, and the fifth digit; and i) a palmar metacarpal area of the hand; ii) a palmar side of a first digit, a second digit, a third digit, a fourth digit, and a fifth digit of the hand (304a-304e); and iii) at least a portion of a dorsal side (306a-e) of the first digit, the second digit, and the fifth digit; and b) a dorsal element opposite the palmar element, the dorsal element connected to the palmar element, the dorsal element comprising at least one molded finger cap (1101, 1105) the at least one molded finger cap comprising a shock-absorbing material and covering a portion of the dorsal side (204a-e) of at least one of the third and fourth digits, wherein the at least one molded finger cap (1101, 1105) covers a portion of the dorsal side of one of the third and fourth digits;
A balanced armature motor assembly comprising: an armature having a flexible reed; a pole piece containing a pair of magnets (158A, 158B); a bobbin comprising a first cutout, a second cutout, and a center post; a wire coil surrounding the bobbin having a first end and a second end; a circuit board mounted to the bobbin, the circuit board comprising a first terminal and a second terminal; and a drive pin operatively connected between the reed and a paddle; wherein the first end of the wire coil is secured to the first terminal of the circuit board and passes through the first cutout of the bobbin and the second end of the wire coil is secured to the second terminal of the circuit board and passes through the second cutout of the bobbin. an armature having a flexible reed; a pole piece containing a pair of magnets (158A, 158B); a bobbin comprising a first cutout, a second cutout, and a center post; a wire coil surrounding the bobbin having a first end and a second end; a circuit board mounted to the bobbin, the circuit board comprising a first terminal and a second terminal; and a drive pin operatively connected between the reed and a paddle; wherein the first end of the wire coil is secured to the first terminal of the circuit board and passes through the first cutout of the bobbin and the second end of the wire coil is secured to the second terminal of the circuit board and passes through the second cutout of the bobbin.
Sensor element for gas sensors for determining particles in gas mixtures, with at least one resistive measuring element which can be exposed to the gas mixture to be determined and has two measuring electrodes (14, 16) and at least one temperature measuring element integrated in the sensor element, a heating element being provided in the sensor element, characterized in that either one of the two measuring electrodes is additionally configured at least in certain regions as a resistance conductor track of the heating element and the other of the two measuring electrodes is additionally configured at least in certain regions as a resistance conductor track of the temperature measuring element, or one of the two measuring electrodes is additionally configured at least in certain regions as a resistance conductor track of the temperature measuring element and of the heating element, and in that in both cases the resistance conductor track of the temperature measuring element has an electrical resistance of less than 180 ohms at 0°C and is realized by means of thick-film technology on a ceramic substrate of the sensor element.
A wireless device for displaying a message, the wireless device comprising: a graphical display; a wireless communications unit; and a computer platform coupled to and for controlling said graphical display and said wireless communications unit, said computer platform operable to: attempt to connect to an application download server of a wireless network for downloading data corresponding to one or more applications configured for execution on the wireless device; cause (74; 76) said graphical display to display a message during an idle period wherein the wireless device is awaiting said data to be downloaded, said message being separate from said data and comprising several different components sent from several different servers and assembled at the wireless device into a message at the time of display; and being received in response to the attempt to connect to the server. a graphical display; a wireless communications unit; and a computer platform coupled to and for controlling said graphical display and said wireless communications unit, said computer platform operable to: attempt to connect to an application download server of a wireless network for downloading data corresponding to one or more applications configured for execution on the wireless device; cause (74; 76) said graphical display to display a message during an idle period wherein the wireless device is awaiting said data to be downloaded, said message being separate from said data and comprising several different components sent from several different servers and assembled at the wireless device into a message at the time of display; and being received in response to the attempt to connect to the server.
An interleukin-4 receptor (IL-4R) antagonist for use in a method of vaccinating against pertussis, the method comprising administering an interleukin-4 receptor (IL-4R) antagonist in combination with a pertussis vaccine to a subject in need thereof, wherein: - the vaccine comprises acellular pertussis; and - the IL-4R antagonist is an antibody or antigen-binding fragment thereof that binds IL-4Rα and comprises three heavy chain complementarity determining regions (HCDR1, HCDR2, and HCDR3) and three light chain complementarity determining regions (LCDR1, LCDR2, and LCDR3), wherein the HCDR1 comprises the amino acid sequence of SEQ ID NO:3, the HCDR2 comprises the amino acid sequence of SEQ ID NO:4, the HCDR3 comprises the amino acid sequence of SEQ ID NO:5, the LCDR1 comprises the amino acid sequence of SEQ ID NO:6, the LCDR2 comprises the amino acid sequence of SEQ ID NO:7, and the LCDR3 comprises the amino acid sequence of SEQ ID NO:8. - the vaccine comprises acellular pertussis; and - the IL-4R antagonist is an antibody or antigen-binding fragment thereof that binds IL-4Rα and comprises three heavy chain complementarity determining regions (HCDR1, HCDR2, and HCDR3) and three light chain complementarity determining regions (LCDR1, LCDR2, and LCDR3), wherein the HCDR1 comprises the amino acid sequence of SEQ ID NO:3, the HCDR2 comprises the amino acid sequence of SEQ ID NO:4, the HCDR3 comprises the amino acid sequence of SEQ ID NO:5, the LCDR1 comprises the amino acid sequence of SEQ ID NO:6, the LCDR2 comprises the amino acid sequence of SEQ ID NO:7, and the LCDR3 comprises the amino acid sequence of SEQ ID NO:8.
A piezoelectric device comprising: a substrate on which a plurality of recesses are arranged in a first direction (+X); a vibration plate; and a piezoelectric actuator stacked on the vibration plate, the piezoelectric actuator including a plurality of electrodes and a piezoelectric layer, the plurality of electrodes including a first electrode, a second electrode, a third electrode, and a fourth electrode, wherein the piezoelectric layer is stacked between the first electrode and the fourth electrode, between the second electrode and the fourth electrode, and between the third electrode and the fourth electrode, a plurality of active portions are provided in which the piezoelectric layer is interposed between a plurality of electrodes in a stacking direction (-Z) along which the vibration plate and the piezoelectric actuator are stacked in that order, the second electrode and the third electrode are provided from an edge of a region facing a recess to an outside of the recess when viewed in the stacking direction at both ends of the recess in the first direction, the first electrode is formed between the second electrode and the third electrode in the first direction (+X), the fourth electrode configures a common electrode for the plurality of active portions, and characterized in that the fourth electrode is located further along the stacking direction (-Z) than the first electrode, the second electrode and the third electrode. a substrate on which a plurality of recesses are arranged in a first direction (+X); a vibration plate; and a piezoelectric actuator stacked on the vibration plate, the piezoelectric actuator including a plurality of electrodes and a piezoelectric layer, the plurality of electrodes including a first electrode, a second electrode, a third electrode, and a fourth electrode, wherein the piezoelectric layer is stacked between the first electrode and the fourth electrode, between the second electrode and the fourth electrode, and between the third electrode and the fourth electrode, a plurality of active portions are provided in which the piezoelectric layer is interposed between a plurality of electrodes in a stacking direction (-Z) along which the vibration plate and the piezoelectric actuator are stacked in that order, the second electrode and the third electrode are provided from an edge of a region facing a recess to an outside of the recess when viewed in the stacking direction at both ends of the recess in the first direction, the first electrode is formed between the second electrode and the third electrode in the first direction (+X), the fourth electrode configures a common electrode for the plurality of active portions, and characterized in that the fourth electrode is located further along the stacking direction (-Z) than the first electrode, the second electrode and the third electrode.
A dig controller for controlling interaction of an autonomous mining, construction or exploration loading vehicle (5, 10) through a bucket movably attached to the ALV, with a rock pile, comprising: at least one controller controls the bucket and/or the ALV in accordance with at least one sensor signal, wherein the at least one sensor signal is representative of interaction between the bucket and the rock pile during a dig; whereby the at least one sensor signal is obtained from at least one sensor associated with one or more actuators on the ALV, other than a bucket actuator, or one or more moveable actuated elements actuated upon by the actuators, characterised in that the at least one controller comprises at least one adaptive admittance controller, which adaptive admittance controller maps a force signal obtained from one or more of the sensors to a change in bucket motion; and wherein the adaptive admittance controller implements a linear or non-linear movement control scheme for one or both the ALV and bucket in accordance with a predetermined, but tunable, bucket-loading algorithm. at least one controller controls the bucket and/or the ALV in accordance with at least one sensor signal, wherein the at least one sensor signal is representative of interaction between the bucket and the rock pile during a dig; whereby the at least one sensor signal is obtained from at least one sensor associated with one or more actuators on the ALV, other than a bucket actuator, or one or more moveable actuated elements actuated upon by the actuators, characterised in that the at least one controller comprises at least one adaptive admittance controller, which adaptive admittance controller maps a force signal obtained from one or more of the sensors to a change in bucket motion; and wherein the adaptive admittance controller implements a linear or non-linear movement control scheme for one or both the ALV and bucket in accordance with a predetermined, but tunable, bucket-loading algorithm.