mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first magnetic field sensor mounted to a printed circuit board, the first magnetic field sensor to provide a first output signal in response to a magnetic field generated by a magnet coupled to a movable portion of a process control device; a second magnetic field sensor mounted to the printed circuit board, the second magnetic field sensor to provide a second output signal in response to the magnetic field; and a processor to compare one of a difference between or a ratio of the first and second output signals over a range of motion of the magnet to a stored difference between or a ratio of the first and second output signals, where the stored difference between or the ratio of the first and second output signals varies over the range of motion, to generate diagnostic information associated with a feedback of the process control device; characterized in that the first magnetic field sensor and the second magnetic field sensor are arranged offset to one another in two different directions along a plane of the printed circuit board to provide different output signals based on the magnetic field. a first magnetic field sensor mounted to a printed circuit board, the first magnetic field sensor to provide a first output signal in response to a magnetic field generated by a magnet coupled to a movable portion of a process control device; a second magnetic field sensor mounted to the printed circuit board, the second magnetic field sensor to provide a second output signal in response to the magnetic field; and a processor to compare one of a difference between or a ratio of the first and second output signals over a range of motion of the magnet to a stored difference between or a ratio of the first and second output signals, where the stored difference between or the ratio of the first and second output signals varies over the range of motion, to generate diagnostic information associated with a feedback of the process control device; characterized in that the first magnetic field sensor and the second magnetic field sensor are arranged offset to one another in two different directions along a plane of the printed circuit board to provide different output signals based on the magnetic field.
An electronic device, comprising: a case defining an accommodating groove; a movable support slidably connected to the case, and capable of moving out of or retracting into the accommodating groove; and a first antenna installed on the movable support; wherein, the electronic device further comprises: a first circuit board connected to the case; and a transmission wire electrically connected between the first circuit board and the first antenna, wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support; wherein, the electronic device further comprises a guiding component connected to the movable support and configured to limit a movement of the transmission wire so as to guide the transmission wire; wherein, the electronic device is characterized in that: the guiding component is a guiding rod; a first end of the guiding component is connected with the movable support, and a second end of the guiding component abuts the transmission wire such that the transmission wire is capable of sliding on a surface of the second end of the guiding component when stretching or contracting. a case defining an accommodating groove; a movable support slidably connected to the case, and capable of moving out of or retracting into the accommodating groove; and a first antenna installed on the movable support; wherein, the electronic device further comprises: a first circuit board connected to the case; and a transmission wire electrically connected between the first circuit board and the first antenna, wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support; a first circuit board connected to the case; and a transmission wire electrically connected between the first circuit board and the first antenna, wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support; wherein, the electronic device further comprises a guiding component connected to the movable support and configured to limit a movement of the transmission wire so as to guide the transmission wire; wherein, the electronic device is characterized in that: the guiding component is a guiding rod; a first end of the guiding component is connected with the movable support, and a second end of the guiding component abuts the transmission wire such that the transmission wire is capable of sliding on a surface of the second end of the guiding component when stretching or contracting.
A method for managing a storage system, the storage system comprising a plurality of shared storage devices, the method characterized by: providing at least one heartbeat monitoring path between a first set of expander control circuits in a first expansion module in the storage system, for transmitting at least one of a plurality of heartbeat monitoring signals for a set of management modules in the storage system, wherein the first expansion module is arranged to install a first set of shared storage devices within the plurality of shared storage devices, and each shared storage device of the first set of shared storage devices is coupled to the first set of expander control circuits, to allow the set of management modules to control the first set of shared storage devices through the first set of expander control circuits, respectively; and performing heartbeat monitoring according to the plurality of heartbeat monitoring signals, for at least one of the set of management modules to perform high availability management operations on the plurality of shared storage devices, wherein the storage system is established as a high availability cluster; and a management module within the set of management modules sends a survival command to an expander control circuit within the first set of expander control circuits to set an output terminal of the expander control circuit as a first logic state. providing at least one heartbeat monitoring path between a first set of expander control circuits in a first expansion module in the storage system, for transmitting at least one of a plurality of heartbeat monitoring signals for a set of management modules in the storage system, wherein the first expansion module is arranged to install a first set of shared storage devices within the plurality of shared storage devices, and each shared storage device of the first set of shared storage devices is coupled to the first set of expander control circuits, to allow the set of management modules to control the first set of shared storage devices through the first set of expander control circuits, respectively; and performing heartbeat monitoring according to the plurality of heartbeat monitoring signals, for at least one of the set of management modules to perform high availability management operations on the plurality of shared storage devices, wherein the storage system is established as a high availability cluster; and a management module within the set of management modules sends a survival command to an expander control circuit within the first set of expander control circuits to set an output terminal of the expander control circuit as a first logic state.
Electric machine having a stator and a rotor, wherein the stator has a multi-phase winding with a first partial winding and a second partial winding, wherein the second partial winding has a plurality of second partial winding strands which are connected in a polygon circuit, and the first partial winding has a plurality of first partial winding strands which are connected in a star circuit or in a star-like manner to the polygon circuit of the second partial winding strands, wherein the electric machine is embodied such that a torque acting on the rotor is caused at least partly by a reluctance force, characterised in that each of the first partial winding strands (Tl) comprises multiple parallel branches and each of the second partial winding strands comprises multiple parallel branches, wherein a number of turns in the first partial winding strands (Tl) is identical and a number of turns in the second partial winding strands is identical, wherein the first partial winding has a plurality of first coils, wherein a respective number of turns of the first coils is the same, and the second partial winding has a plurality of second coils, wherein a respective number of turns of the second coils is the same and wherein the respective number of turns of the first coils differs from the respective number of turns of the second coils and wherein the stator has a plurality of slots with an uneven number, and a number of slots in which the first partial winding is arranged differs from a number of slots in which the second partial winding is arranged by one slot.
A system for use in tissue repair comprising: a cannulated guide; an obturator configured for insertion through the guide; a drill configured for insertion through the guide, the drill including a proximal portion, a distal portion, and a flexible portion located between the proximal and distal portions, the drill proximal portion including a depth stop, an end comprising flat portions configured for coupling to a drill, and an area of reduced diameter, the depth stop including flat sides, and the area of reduced diameter including a laser weld mark, the distal portion including helical threads, a pointed end, and a laser weld mark, ends of the flexible portion attached to the area of reduced diameter and the distal portion via the laser welds, wherein the flexible portion has a diameter that is smaller than a diameter of the area of reduced diameter and a diameter of the distal portion; and an anchor delivery tool configured for insertion through the guide, the anchor delivery tool including a handle and a shaft coupled to the handle, the shaft including a proximal portion, a distal portion having a smaller diameter than the proximal portion, and a tip extending from the distal portion. a cannulated guide; an obturator configured for insertion through the guide; a drill configured for insertion through the guide, the drill including a proximal portion, a distal portion, and a flexible portion located between the proximal and distal portions, the drill proximal portion including a depth stop, an end comprising flat portions configured for coupling to a drill, and an area of reduced diameter, the depth stop including flat sides, and the area of reduced diameter including a laser weld mark, the distal portion including helical threads, a pointed end, and a laser weld mark, ends of the flexible portion attached to the area of reduced diameter and the distal portion via the laser welds, wherein the flexible portion has a diameter that is smaller than a diameter of the area of reduced diameter and a diameter of the distal portion; and an anchor delivery tool configured for insertion through the guide, the anchor delivery tool including a handle and a shaft coupled to the handle, the shaft including a proximal portion, a distal portion having a smaller diameter than the proximal portion, and a tip extending from the distal portion.
Connecting rod for an internal combustion engine with variable compression, having at least one hydraulic chamber (4, 5), which can be connected by means of a check valve (9, 10) to a supply connection or bearing shell or a tank of the connecting rod, wherein the check valve (9, 10) comprises a valve housing and a valve closing element which can be displaced axially in the valve housing along a valve longitudinal axis, can be applied to a valve seat and is captively arranged in the valve housing by means of a securing element, wherein the securing element secures the valve closing element in the valve housing and limits a stroke of the valve closing element, wherein the valve housing has a step-like longitudinal bore comprising a first section with a first internal diameter and a second section with a second internal diameter, wherein the first internal diameter is greater than the second internal diameter, wherein the valve closing element is longitudinally displaceably arranged in the first section and a step is provided as valve seat between the sections (26, 27), characterized in that the securing element is provided in the shape of a pin and is arranged to pass through the valve housing orthogonally or virtually orthogonally with respect to the valve longitudinal axis, and the longitudinal bore has one or more axially extending recesses in the region of the first section, which end on the valve seat.
A headphone device, comprising: a driver unit; and an ear-hook hanger of a closed loop shape that is integrated with the driver unit, characterised in that: the ear-hook hanger is provided with a protrusion section projecting, in use, to a lower backside of the outer part of the human ear. a driver unit; and an ear-hook hanger of a closed loop shape that is integrated with the driver unit, characterised in that: the ear-hook hanger is provided with a protrusion section projecting, in use, to a lower backside of the outer part of the human ear. the ear-hook hanger is provided with a protrusion section projecting, in use, to a lower backside of the outer part of the human ear.
Insert component for a refrigeration device, in particular for a domestic refrigeration device, having at least one wall plate having a free edge and a decorative profile attached to the free edge, wherein the wall plate is delimited with respect to the free edge by an undercut edge, and wherein the decorative profile has a main plate covering the wall plate and a latching contour engaging into an undercut of the undercut edge, wherein the free edge is received in a groove of the decorative profile which opens toward the latching contour, wherein the wall plate has a cut-out on its side facing the main plate and wherein in a partially assembled position of the decorative profile the free edge engages into an entrance area of the groove and the latching contour into the cut-out, so that the decorative profile can be preassembled on the wall plate in a tension free manner in order then to be moved into a stop position by pressing the groove onto the free edge of the wall plate, in which stop position the latching contour surrounds the undercut edge, characterised in that on an upper and a lower edge of the main plate webs (9, 10) are angled toward a rear wall of the insert component in each case, wherein the web arranged on the lower edge supports a lug, which, in the assembled position, is latched into the complementary undercut on the lower edge of the front wall plate.
A speaker device, comprising: a first speaker unit (23L, 23R), which is configured to emit a sound corresponding to an acoustic signal that is input thereto; a second speaker unit (24L, 24R), to which a sound emission direction that is different from a sound emission direction of the first speaker unit (23L, 23R) is set, which has a large diameter as compared to the first speaker unit (23L, 23R), and to which an acoustic signal containing a frequency band of the acoustic signal input to the first speaker unit (23L, 23R) is input; a cabinet, to which the first speaker unit (23L, 23R) and the second speaker unit (24L, 24R) are provided, and which is installable in two states including a first state in which the sound emission direction of the first speaker unit (23L, 23R) is to be directed to a listening position, and a second state in which the sound emission direction of the second speaker unit (24L, 24R) is to be directed to the listening position; and sound quality variation suppression means for suppressing a variation in sound quality depending on whether the cabinet is in the first state or the second state, wherein the sound quality variation suppression means comprises equalizer correction means for correcting, depending on whether the cabinet is in the first state or the second state, frequency characteristics of at least one of the acoustic signal input to the first speaker unit (23L, 23R) and the acoustic signal input to the second speaker unit (24L, 24R). a first speaker unit (23L, 23R), which is configured to emit a sound corresponding to an acoustic signal that is input thereto; a second speaker unit (24L, 24R), to which a sound emission direction that is different from a sound emission direction of the first speaker unit (23L, 23R) is set, which has a large diameter as compared to the first speaker unit (23L, 23R), and to which an acoustic signal containing a frequency band of the acoustic signal input to the first speaker unit (23L, 23R) is input; a cabinet, to which the first speaker unit (23L, 23R) and the second speaker unit (24L, 24R) are provided, and which is installable in two states including a first state in which the sound emission direction of the first speaker unit (23L, 23R) is to be directed to a listening position, and a second state in which the sound emission direction of the second speaker unit (24L, 24R) is to be directed to the listening position; and sound quality variation suppression means for suppressing a variation in sound quality depending on whether the cabinet is in the first state or the second state,
A transmission arrangement for translating a first rotational movement into a second rotational movement, wherein said first rotational movement is related to a first gear wheel caused by a first prime motor arrangement and/or related to a second gear wheel caused by a second prime motor arrangement, for causing said second rotational movement of a shaft in one and the same rotational direction, said first gear wheel and said second gear wheel are concentrically arranged in relation to said shaft via its related freewheel bearing (7, 8), whereby a gearwheel arrangement (4, 5, 6), including bevel gear wheels, is adapted to expose a first bevel gear wheel in cooperation with said first gear wheel, a second bevel gear wheel in cooperation with said second gear wheel and a third bevel gear wheel adapted to mesh with or engage with said first and second bevel gear wheels (4, 6), in order to adapt or to cause these first and second bevel gear wheels (4, 6) to rotate in different rotational directions, characterised in that, said first bevel gear wheel and its associated first gear wheel, related to said first prime motor arrangement, are integrally formed as to form one first unit, said second bevel gear wheel and its associated second gear wheel, related to said second prime motor arrangement, are integrally formed as to form one second unit, that said first unit and said second unit are, via its related freewheel bearing (7, 8), rotationally carried by said shaft in a first rotational direction and fixedly or blockingly carried by said shaft in an opposite second rotational direction, said freewheel bearings (7, 8) are arranged to rotationally drive said shaft in different rotational directions and are related to its shaft section (2c, 2d) of said shaft, where said shaft sections are spaced a distance ("d1") from each other along said shaft corresponding to, or essentially corresponding to, the diameter of said third bevel gear wheel.
An apparatus (50, 50a) comprising: a memory storage unit (70, 70a) configured to store a status identifier to indicating whether the apparatus (50, 50a) is in a non-provisioned state or a provisioned state, wherein the non-provisioned state indicates that the apparatus (50, 50a) is not connected to any network (155, 160); a beacon transmitter (55, 55a) configured to transmit an outgoing beacon signal, wherein the beacon signal includes the status identifier; a beacon receiver (60, 60a) configured to receive an incoming beacon signal from an external device; an infrared communicator (65, 65a) configured to send and receive signals with the external device to confirm the external device is within a secure space; an election engine (75, 75a) configured to operate when the apparatus (50, 50a) is in a non-provisioned state to determine a priority relative to the external device, if also operating in the non-provisioned state, upon receiving the incoming beacon signal from the external device, wherein the priority determines whether the apparatus (50, 50a) or the external device is to take a lead to initiate a network (155, 160); and a provisioning engine (80, 80a) configured to change the status identifier from the non-provisioned state to the provisioned state and, when in the lead, to send a provisioning key to the external device to join the network (155, 160) upon confirmation the external device is within the secure space. a memory storage unit (70, 70a) configured to store a status identifier to indicating whether the apparatus (50, 50a) is in a non-provisioned state or a provisioned state, wherein the non-provisioned state indicates that the apparatus (50, 50a) is not connected to any network (155, 160); a beacon transmitter (55, 55a) configured to transmit an outgoing beacon signal, wherein the beacon signal includes the status identifier; a beacon receiver (60, 60a) configured to receive an incoming beacon signal from an external device; an infrared communicator (65, 65a) configured to send and receive signals with the external device to confirm the external device is within a secure space; an election engine (75, 75a) configured to operate when the apparatus (50, 50a) is in a non-provisioned state to determine a priority relative to the external device, if also operating in the non-provisioned state, upon receiving the incoming beacon signal from the external device, wherein the priority determines whether the apparatus (50, 50a) or the external device is to take a lead to initiate a network (155, 160); and a provisioning engine (80, 80a) configured to change the status identifier from the non-provisioned state to the provisioned state and, when in the lead, to send a provisioning key to the external device to join the network (155, 160) upon confirmation the external device is within the secure space.
A method for fastening functional structures to roofs, the roof cladding of which consists of profiled panels with alternating profile ridges and profile troughs running in the direction of the rafters, by means of a support device which comprises at least two-part support plates, wherein the support plate parts of each support plate are connected to one another by a hinge and support plate parts of different support plates can be connected by means of a connection, wherein the at least two-part support plates (5, 6) are positioned on opposite sides of the profile ridge centre line in such a way that the support plate parts (5.2, 6.2) located at a distance from one another bear flat or partially flat against the respective profile ridge flank, these support plate parts (5.2, 6.2) are connected to the respective profile ridge flanks, the connection of the two other support plate parts (5.1, 6.1) is made in the region of the profile centre line, and this connection is used as a connection fastening for the functional structures.