mhurhangee/ep-ind-claims huggingface dataset:
Device for measuring forces, comprising: - a first body that is intended to be immobilized; - a second body that is guided in translation in at least a first direction with respect to the first body via at least one first elastically deformable connection; - a third body that is intended to be subjected to a force and guided in at least three degrees of freedom with respect to the second body via at least one second elastically deformable connection in a second direction perpendicular to the first, said second connection being rigid in said first direction; - at least first to fourth contactless sensors for sensing the movement of the third body with respect to the first body, said first to fourth sensors measuring said movement in four respective directions; - a processing circuit that calculates the forces applied to said third body depending on the movements measured by said first to fourth sensors; characterized in that: - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions. - a first body that is intended to be immobilized; - a second body that is guided in translation in at least a first direction with respect to the first body via at least one first elastically deformable connection; - a third body that is intended to be subjected to a force and guided in at least three degrees of freedom with respect to the second body via at least one second elastically deformable connection in a second direction perpendicular to the first, said second connection being rigid in said first direction; - at least first to fourth contactless sensors for sensing the movement of the third body with respect to the first body, said first to fourth sensors measuring said movement in four respective directions; - a processing circuit that calculates the forces applied to said third body depending on the movements measured by said first to fourth sensors; characterized in that: - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions. - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions.
Solenoid device having a magnet armature and an armature counterpiece which is arranged at the end of the magnet armature, wherein the magnet armature and the armature counterpiece can be moved in relation to one another, and an air gap is present between a magnet armature end and an armature counterpiece end, wherein a disc which can be placed in contact at least in certain areas with the magnet armature end and the armature counterpiece end is arranged in the air gap, wherein the disc is plate-shaped, at least in certain areas, with the result that an outer edge of the disc is deflected in the axial direction, wherein in every relative position of the magnet armature and armature counter piece with respect to one another the contacts between the disc and the magnetic armature end side occurs at at least a first contact point, and that between the disc and the armature counter piece and side occurs at at least a second contact point, wherein the contact points (20, 21) are arranged differently in the radial direction, characterized in that the disc has at least one slot forming at least one spring tongue, and in that in order to enlarge the axial distance between the magnet armature end side and the armature opposing end side the spring tongue is deflected in the same direction as the edge, wherein the second contact point occurs on a radially inner side of the spring tongue and lying further outward in the radial direction than the first contact point.
A method for use in making an implantable electrode assembly for neuromodulation, comprising: forming a first layer of material including a hole formed therein; positioning an electrode in the hole in the first layer of material; connecting an electrical lead to the electrode; applying a backfill material over the electrode, the electrical lead connection, and a portion of the first layer sufficient to seal any gap between the electrode and the hole; and applying a second layer of material over the backfill material. forming a first layer of material including a hole formed therein; positioning an electrode in the hole in the first layer of material; connecting an electrical lead to the electrode; applying a backfill material over the electrode, the electrical lead connection, and a portion of the first layer sufficient to seal any gap between the electrode and the hole; and applying a second layer of material over the backfill material.
A method comprising: obtaining a current time frame of a noise-suppressed voice signal, derived on basis of a current time frame of a source audio signal comprising a source voice signal; detecting input voice characteristics for the current time frame of noise-suppressed voice signal; obtaining reference voice characteristics for said current time frame, said reference voice characteristics being descriptive of the source voice signal in noise-free or low-noise environment; and creating a current time frame of a modified voice signal by modifying said current time frame of the noise-suppressed voice signal in response to a difference between the detected input voice characteristics and the reference voice characteristics exceeding a predetermined threshold. obtaining a current time frame of a noise-suppressed voice signal, derived on basis of a current time frame of a source audio signal comprising a source voice signal; detecting input voice characteristics for the current time frame of noise-suppressed voice signal; obtaining reference voice characteristics for said current time frame, said reference voice characteristics being descriptive of the source voice signal in noise-free or low-noise environment; and creating a current time frame of a modified voice signal by modifying said current time frame of the noise-suppressed voice signal in response to a difference between the detected input voice characteristics and the reference voice characteristics exceeding a predetermined threshold.
Vehicle seat comprising an upper seat part and a lower seat part, the upper seat part and the lower seat part being connected by a scissor-action frame, and comprising a damper, the scissor-action frame comprising a first scissor arm and a second scissor arm, the first scissor arm and the second scissor arm being mounted so as to be rotatable about a common swivel axis, a first end of the damper being rotatably connected to the first scissor arm, characterised in that a first lever element and a second lever element are provided, a first end of the first lever element being rotatably connected to the first scissor arm and a first end of the second lever element being rotatably connected to the second scissor arm and a second end of the damper being rotatably connected to a second end of the first lever element and to a second end of the second lever element.
A method of operating a pump in an aquaculture system, the aquaculture system including a culture tank that houses aquatic life, a variable speed pump, a sensor, an oxygen cone in direct fluid communication with the culture tank through an oxygen solenoid valve, a biofilter in fluid communication with the culture tank and the pump, and a programmable controller in communication with the sensor, the oxygen solenoid, and the pump, the method comprising: recirculating water through the culture tank at a flow rate; recirculating water through the biofilter; measuring a dissolved oxygen level in the culture tank with the sensor; the programmable controller determining a flow rate threshold based on the dissolved oxygen level and oxygen requirements of the aquatic life in the culture tank; retrieving a current dissolved oxygen level measured by the sensor; comparing the flow rate threshold with the current dissolved oxygen level measured by the sensor; and when the current dissolved oxygen level is below the flow rate threshold, the programmable controller increasing a speed of the pump to increase the flow rate through the culture tank and operating the oxygen solenoid valve to control an oxygen flow into the culture tank until the dissolved oxygen concentration is greater than or equal to the set flow rate threshold. recirculating water through the culture tank at a flow rate; recirculating water through the biofilter; measuring a dissolved oxygen level in the culture tank with the sensor; the programmable controller determining a flow rate threshold based on the dissolved oxygen level and oxygen requirements of the aquatic life in the culture tank; retrieving a current dissolved oxygen level measured by the sensor; comparing the flow rate threshold with the current dissolved oxygen level measured by the sensor; and when the current dissolved oxygen level is below the flow rate threshold, the programmable controller increasing a speed of the pump to increase the flow rate through the culture tank and operating the oxygen solenoid valve to control an oxygen flow into the culture tank until the dissolved oxygen concentration is greater than or equal to the set flow rate threshold.
A hand-held power tool comprising: a housing including a cavity; a first wheel supported by the housing for rotation, the first wheel located on a first side of the cavity; a second wheel supported by the housing for rotation, the second wheel located on a second side of the cavity opposite the first side, wherein the first and second wheels (70, 74) are configured to support a continuous saw blade; and a motor positioned in the housing and operably coupled to the first wheel; wherein the housing includes: a deck supporting the motor, the deck having an outer perimeter, and characterised in that a guard is removably coupled to the deck, wherein the guard includes a first portion disposed between the first wheel and the deck, a second portion extending from the first portion transverse to the first portion and disposed adjacent the outer perimeter of the deck, and a third portion extending from the first portion transverse to the first portion and disposed adjacent at least one of the first wheel and the second wheel. a housing including a cavity; a first wheel supported by the housing for rotation, the first wheel located on a first side of the cavity; a second wheel supported by the housing for rotation, the second wheel located on a second side of the cavity opposite the first side, wherein the first and second wheels (70, 74) are configured to support a continuous saw blade; and a motor positioned in the housing and operably coupled to the first wheel; wherein the housing includes: a deck supporting the motor, the deck having an outer perimeter, and characterised in that a guard is removably coupled to the deck, wherein the guard includes a first portion disposed between the first wheel and the deck, a second portion extending from the first portion transverse to the first portion and disposed adjacent the outer perimeter of the deck, and a third portion extending from the first portion transverse to the first portion and disposed adjacent at least one of the first wheel and the second wheel. a deck supporting the motor, the deck having an outer perimeter, and characterised in that a guard is removably coupled to the deck, wherein the guard includes a first portion disposed between the first wheel and the deck, a second portion extending from the first portion transverse to the first portion and disposed adjacent the outer perimeter of the deck, and a third portion extending from the first portion transverse to the first portion and disposed adjacent at least one of the first wheel and the second wheel.
A system for realizing Internet Protocol, IP-enabled color ring, comprising: a bearer independent call control, BICC, front end device, a service platform, and a media server, wherein the BICC front end device is configured to receive and parse a BICC signaling from a mobile switching center server, and to encapsulate the same in an internal message mode and to send it to the service platform; the service platform is configured to parse an internal message acquired from the BICC front end device, to encapsulate the same into a Session Initiation Protocol, SIP, signaling and to send it to the media server; and to receive and parse a response of the SIP signaling acquired from the media server, to encapsulate the same in the internal message mode and to send it to the BICC front end device; and the media server is configured to receive the SIP signaling and to return the response of the SIP signaling to the service platform wherein the BICC signaling is an initial address message, IAM, and the BICC front end device is configured to receive and parse the IAM from a mobile switching center server, if bearer control parameters of the parsed IAM contain session description protocol, SDP, information of a media gateway, to directly encapsulate the data parsed from the IAM, and to convert the IAM into an initial address notification message, ADDRESSEVENTNOTIFY, and to send it to the service platform, otherwise, the BICC front end device is configured to return an application pass message, APM, to the mobile switching center server and to request SDP information, when the mobile switching center server responds to the APM and returns an APM encapsulated with the SDP information, the BICC front end device is configured to encapsulate the data parsed from the IAM, to convert the IAM into the ADDRESSEVENTNOTIFY and to send it to the service platform.
An image forming apparatus comprising; a communication interface unit which is operable to receive print data; a rendering unit which is operable to convert the received print data into a bitmap image by rendering; a binarization unit which is operable to generate binary data by carrying out halftoning with respect to the bitmap image; a data combining unit which is operable to generate multi-bit data by combining a plurality of successive binary data of the generated binary data; and characterized in that a print engine unit which is operable to form a plurality of dots to correspond to the generated multi-bit data on a print paper and is capable of independently printing each of a white dot, a half-size dot and a full-size dot so that adjacent dots overlap one another.
Locking mechanism for locking a plug connector to a plug-connection partner with which contact is to be made, wherein the locking mechanism can be arranged on the plug connector and consist of a main body and at least two types of locking elements, wherein at least one primary locking element of a first type is provided, which is arranged such that it can move between a first position and a second position, and wherein at least one secondary locking element of a second type is provided, which is arranged such that it can move between a first position and a second position, wherein the locking mechanism can have a first, open state, in which the plug connector and the plug-connection partner are not in contact, the primary locking element is in the first position and the secondary locking element is in the first position, and also a second, closed state, in which the plug connector and the plug-connection partner are locked to one another, the primary locking element is in the second position and the secondary locking element is in the second position, wherein the primary locking element has a locking means which, in the second position, engages into the plug-connection partner with which contact is made and in this way locks the plug connector to the plug-connection partner, the primary locking element, in the first position, is suitable for blocking a movement of the secondary locking element from the first position to the second position, the secondary locking element, in the second position, is suitable for blocking a movement of the primary locking element from the second position to the first position, wherein a primary spring element is provided, which exerts a force on the primary locking element and in this way forces the primary locking element to move to the first position, characterized in that a secondary spring element is provided, which exerts a force on the secondary locking element and in this way forces the secondary locking element to move to the second position.
An image processing device configured for: three-dimensional live imaging of a volume with sequentially acquiring multiple beams such that said three-dimensional live imaging of the volume is performed with a spatial density of said beams; based on anatomy recognition from said three-dimensional live imaging of the volume, automatically and without need for user intervention, selecting, in response to said three-dimensional live imaging of the volume, one or more portions of said volume; and automatically and without need for user intervention, performing, in response to the selection and with a beam density higher than said spatial density, live imaging of the one or more selected portions; wherein said device is further configured for automatically and without need for user intervention, selectively interrupting the live imaging of the one or more selected portions to re-execute the three-dimensional live imaging of the volume and, based on the re-executed three-dimensional live imaging of the volume, said recognition, said selecting and said live imaging of the one or more selected portions. three-dimensional live imaging of a volume with sequentially acquiring multiple beams such that said three-dimensional live imaging of the volume is performed with a spatial density of said beams; based on anatomy recognition from said three-dimensional live imaging of the volume, automatically and without need for user intervention, selecting, in response to said three-dimensional live imaging of the volume, one or more portions of said volume; and automatically and without need for user intervention, performing, in response to the selection and with a beam density higher than said spatial density, live imaging of the one or more selected portions; wherein said device is further configured for automatically and without need for user intervention, selectively interrupting the live imaging of the one or more selected portions to re-execute the three-dimensional live imaging of the volume and, based on the re-executed three-dimensional live imaging of the volume, said recognition, said selecting and said live imaging of the one or more selected portions.
An image processing apparatus, comprising: an acquisition means configured to acquire image data having a plurality of pixels, that is obtained by image-taking an object; a setting means configured to set (S11, S12) a division size for dividing the image data into a plurality of division regions and a phase (d) of a division position of the image data before the dividing; an averaging means configured to divide the image data based on the division size and phase set by the setting means to subject pixels included in the resultant respective division regions to an averaging processing to calculate an average value; a determination means configured to determine a quantization threshold value (Th); a quantization means configured to obtain a quantization value for each of the plurality of pixels by comparing the average value calculated by the averaging means with the quantization threshold value determined by the determination means; an addition means configured to add the quantization values, that are obtained so that at least one of the division size and the phase is different from the other, to generate addition image data; and a detection means configured to detect a singular portion from the addition image data, characterized in that the determination means determines the quantization threshold value based on the division size set by the setting means so that the quantization threshold value in a case where the division size is a first size is higher than the quantization threshold value in a case where the division size is a second size larger than the first size. an acquisition means configured to acquire image data having a plurality of pixels, that is obtained by image-taking an object; a setting means configured to set (S11, S12) a division size for dividing the image data into a plurality of division regions and a phase (d) of a division position of the image data before the dividing; an averaging means configured to divide the image data based on the division size and phase set by the setting means to subject pixels included in the resultant respective division regions to an averaging processing to calculate an average value; a determination means configured to determine a quantization threshold value (Th); a quantization means configured to obtain a quantization value for each of the plurality of pixels by comparing the average value calculated by the averaging means with the quantization threshold value determined by the determination means; an addition means configured to add the quantization values, that are obtained so that at least one of the division size and the phase is different from the other, to generate addition image data; and a detection means configured to detect a singular portion from the addition image data, characterized in that the determination means determines the quantization threshold value based on the division size set by the setting means so that the quantization threshold value in a case where the division size is a first size is higher than the quantization threshold value in a case where the division size is a second size larger than the first size.
A light detector, comprising: a conductive layer including a first conductive portion and a second conductive portion; a first element including a first semiconductor layer and a second semiconductor layer, the first semiconductor layer being of a first conductivity type, the second semiconductor layer being of a second conductivity type and being provided between the first conductive portion and the first semiconductor layer in a second direction crossing a first direction, the first direction being from the first conductive portion toward the second conductive portion; a second element including a fourth semiconductor layer and a fifth semiconductor layer, the fourth semiconductor layer being of the first conductivity type, the fifth semiconductor layer being of the second conductivity type and being provided between the second conductive portion and the fourth semiconductor layer in the second direction; a first member provided between the first element and the second element and electrically connected to the conductive layer, the first member being conductive; a first insulating part provided between the first element and the first member; and a second insulating part provided between the second element and the first member. a conductive layer including a first conductive portion and a second conductive portion; a first element including a first semiconductor layer and a second semiconductor layer, the first semiconductor layer being of a first conductivity type, the second semiconductor layer being of a second conductivity type and being provided between the first conductive portion and the first semiconductor layer in a second direction crossing a first direction, the first direction being from the first conductive portion toward the second conductive portion; a second element including a fourth semiconductor layer and a fifth semiconductor layer, the fourth semiconductor layer being of the first conductivity type, the fifth semiconductor layer being of the second conductivity type and being provided between the second conductive portion and the fourth semiconductor layer in the second direction; a first member provided between the first element and the second element and electrically connected to the conductive layer, the first member being conductive; a first insulating part provided between the first element and the first member; and a second insulating part provided between the second element and the first member.