mhurhangee/patent-ind-claim-en huggingface dataset:
Knotting hook for a twine knotter for producing a loop knot, having at least one fixed clamping wing and a pivotably mounted clamping wing , which have an extension component in the same first spatial direction , the pivotable clamping wing having a molding that is raised toward the fixed clamping wing , the pivotable clamping wing being reversibly pivotable from an unopened to an opened state, so that a free end of the pivotable clamping wing is further spaced from the fixed clamping wing in the opened state than in the unopened state, a control roller being provided at an end opposite the free end of the pivotable clamping wing for pivoting the pivotable clamping wing , the knotting hook having a further fixed clamping wing , a gap being formed between the fixed clamping wings , and the pivotable clamping wing extending in and/or above the gap between the fixed clamping wings , and the gap in the unopened state extending beyond the molding in the first spatial direction , the fixed clamping wings extending from a body of the knotting hook to a free end, characterized in that the two fixed clamping wings are spaced apart from each other at least at the ends, so that the gap is formed between them, so that a simple removal of the finished knot through the gap downward is possible.
A subject support , comprising: a moveable portion coupled to a fixed portion and configured to move along at least one axis relative to the fixed portion, and the coupling includes one or more points of friction configured to move during movement of the moveable portion and which wear due to at least movement by the moveable portion, and the moveable portion configured to receive and support at least one of an object or a subject during an imaging procedure with an imaging device ; one or more inertial measurement units (IMUs) affixed to or embedded in the moveable portion that directly measure acceleration of translation of the moveable portion along the at least one axis; an accelerometer measurement unit configured to receive the directly measured acceleration from each of the one or more IMUs , and to store the received measurements ; and characterized in that the subject support comprises: a wear evaluator configured to receive the stored measurements and evaluate the stored measurements indicative of wear indications to the points of friction based on the directly measured acceleration. a moveable portion coupled to a fixed portion and configured to move along at least one axis relative to the fixed portion, and the coupling includes one or more points of friction configured to move during movement of the moveable portion and which wear due to at least movement by the moveable portion, and the moveable portion configured to receive and support at least one of an object or a subject during an imaging procedure with an imaging device ; one or more inertial measurement units (IMUs) affixed to or embedded in the moveable portion that directly measure acceleration of translation of the moveable portion along the at least one axis; an accelerometer measurement unit configured to receive the directly measured acceleration from each of the one or more IMUs , and to store the received measurements ; and characterized in that the subject support comprises: a wear evaluator configured to receive the stored measurements and evaluate the stored measurements indicative of wear indications to the points of friction based on the directly measured acceleration.
Method for operating a metal detector , which comprises a drive coil (L61) for producing an electromagnetic field in a product, and at least one detection coil (L62, L63) arranged to detect fluctuations in the magnetic field caused by metallic particles present in the product, and a multi-frequency transmitter unit comprising a converter with a plurality of drive switches (S41, S42; S43, S44) driven by a drive controller according to operating instructions such, that the drive switches (S41, S42; S43, S44) alternately conduct a drive current (i D ) through the drive coil (L61) so that the generated electromagnetic field exhibits two or more different frequency components (f D1 , f D2 ); comprising the steps of: - determining a waveform of the drive current (i D ) for the at least two different frequency components (f D1 , f D2 ); - determining at least one PXM-signal (s PXM ) that is a modulated pulse sequence, such as a pulse-width modulated or pulse-density modulated signal, and that corresponds to the determined waveform of the drive current (i D ); - according to the operating instructions provided selecting the at least one determined PXM-signal (s PXM ) which is determined online or stored in a memory module (231; 232); and - generating and applying the at least one determined PXM-signal (s PXM ) to control the drive switches (S41, S42; S43, S44); characterized in that the method further comprises the steps of: - determining the PXM-signal (s PXM ) by approximating a triangular or trapezoidal signal to the determined waveform of the drive current (i D ) such that the maxima and minima of the determined waveform of the drive current (i D ) and the maxima and minima of the triangular signal correspond to one another and/or coincide; and - defining switching angles (α1, α2, ···) sequentially for falling and rising edges of the PXM-signal (s PXM ) at the maxima and minima of the triangular or trapezoidal signal. - determining a waveform of the drive current (i D ) for the at least two different frequency components (f D1 , f D2 ); - determining at least one PXM-signal (s PXM ) that is a modulated pulse sequence, such as a pulse-width modulated or pulse-density modulated signal, and that corresponds to the determined waveform of the drive current (i D ); - according to the operating instructions provided selecting the at least one determined PXM-signal (s PXM ) which is determined online or stored in a memory module (231; 232); and - generating and applying the at least one determined PXM-signal (s PXM ) to control the drive switches (S41, S42; S43, S44); - determining the PXM-signal (s PXM ) by approximating a triangular or trapezoidal signal to the determined waveform of the drive current (i D ) such that the maxima and minima of the determined waveform of the drive current (i D ) and the maxima and minima of the triangular signal correspond to one another and/or coincide; and - defining switching angles (α1, α2, ···) sequentially for falling and rising edges of the PXM-signal (s PXM ) at the maxima and minima of the triangular or trapezoidal signal.
Use of a fly ash as a pozzolan, wherein the fly ash is obtained by a method comprising: combusting a fuel in the presence of a mineral additive to produce a fly ash, wherein the mineral additive comprises at least one silicate, wherein the at least one silicate is selected from aluminosilicates, wherein the mineral additive comprises less than 20 wt% calcium oxide, and wherein the mineral additive is combined with the fuel prior to combustion and/or added to the furnace during combustion.
A work machine comprising: a work device ; an operation device operating the work device ; a first controller configured to control operation of the work device on a basis of operation of the operation device ; and a second controller configured to determine that an auto idle condition is satisfied and perform auto idle control that decreases an engine revolution speed to an idle revolution speed in case the operation device is not operated for a predetermined time, wherein the first controller is configured to diagnose presence or absence of a failure in the first controller when supply of power to the first controller is started, and the second controller is configured to perform power interruption control that interrupts the supply of the power to the first controller in case the auto idle condition is satisfied, and perform power supply control that starts the supply of the power to the first controller afterward. the first controller is configured to diagnose presence or absence of a failure in the first controller when supply of power to the first controller is started, and the second controller is configured to perform power interruption control that interrupts the supply of the power to the first controller in case the auto idle condition is satisfied, and perform power supply control that starts the supply of the power to the first controller afterward.
Air blower for a heating, ventilation and/or air-conditioning device for a motor vehicle, according to which said air blower comprises: - an electric motor on which is mounted a wheel ; - said wheel designed to generate a main air stream (F1) in said heating, ventilation and/or air-conditioning device ; - a motor holder comprising: - an outer ring designed to be fixed to the heating, ventilation and/or air-conditioning device ; - an inner ring in which is housed said electric motor ; - an air channel which extends from the outer ring towards said inner ring in which a secondary air stream (F2) derived from said main air stream (F1) can circulate, said air channel comprising a flexible part ; - a vibro-acoustic decoupling device disposed between said outer ring and said inner ring , said air blower being characterized in that the flexible part of said air channel is in accordion form. - an electric motor on which is mounted a wheel ; - said wheel designed to generate a main air stream (F1) in said heating, ventilation and/or air-conditioning device ; - a motor holder comprising: - an outer ring designed to be fixed to the heating, ventilation and/or air-conditioning device ; - an inner ring in which is housed said electric motor ; - an air channel which extends from the outer ring towards said inner ring in which a secondary air stream (F2) derived from said main air stream (F1) can circulate, said air channel comprising a flexible part ; - a vibro-acoustic decoupling device disposed between said outer ring and said inner ring , - an outer ring designed to be fixed to the heating, ventilation and/or air-conditioning device ; - an inner ring in which is housed said electric motor ; - an air channel which extends from the outer ring towards said inner ring in which a secondary air stream (F2) derived from said main air stream (F1) can circulate, said air channel comprising a flexible part ; - a vibro-acoustic decoupling device disposed between said outer ring and said inner ring ,
Artificial turf arranged for use as a sports field, the artificial turf comprising at least one substrate , wherein at least first artificial turf fibers (11, 11', 11") are attached to the substrate , and wherein the substrate is further provided with a coating for providing a tuft withdrawal force of the first artificial turf fibers (11, 11', 11") of at least 30 Newton, characterized in that the first artificial turf fibers (11, 11', 11") are made of polyester and/or co-polyester, and wherein the coating concerns a polyether sulfone adhesive or a thermoplastic co-polyester adhesive for completely recycling the artificial turf into polyester granules.
A compressed stranded conductor comprising: an inner layer strand having a plurality of conductive wires which are twisted together; and an outer layer strand having a plurality of conductive wires which are arranged around an outer periphery of the inner layer strand and are twisted together so as to form a layer, wherein the inner layer strand and the outer layer strand are compressed; characterized in an inner layer area reduction rate, which is a difference between 100% and a value (%) obtained by dividing a wire cross-sectional area of the conductive wire of the inner layer strand after compression of the inner layer strand by a wire cross-sectional area of the conductive wire of the inner layer strand before compression of the inner layer strand , is 29% or more and 32% or less; an outer layer area reduction rate, which is a difference between 100% and a value (%) obtained by dividing a wire cross-sectional area of the conductive wire of the outer layer strand after compression of the outer layer strand by a wire cross-sectional area of the conductive wire of the outer layer strand before compression of the outer layer strand , is 6% or more and 11% or less; and a difference between the inner layer area reduction rate and the outer layer area reduction rate is 19% or more and 25% or less. an inner layer strand having a plurality of conductive wires which are twisted together; and an outer layer strand having a plurality of conductive wires which are arranged around an outer periphery of the inner layer strand and are twisted together so as to form a layer, wherein the inner layer strand and the outer layer strand are compressed; characterized in an inner layer area reduction rate, which is a difference between 100% and a value (%) obtained by dividing a wire cross-sectional area of the conductive wire of the inner layer strand after compression of the inner layer strand by a wire cross-sectional area of the conductive wire of the inner layer strand before compression of the inner layer strand , is 29% or more and 32% or less; an outer layer area reduction rate, which is a difference between 100% and a value (%) obtained by dividing a wire cross-sectional area of the conductive wire of the outer layer strand after compression of the outer layer strand by a wire cross-sectional area of the conductive wire of the outer layer strand before compression of the outer layer strand , is 6% or more and 11% or less; and a difference between the inner layer area reduction rate and the outer layer area reduction rate is 19% or more and 25% or less.
An optical body comprising: a base material , wherein the base material propagates light injected in the inside of the base material from a side surface of the base material , wherein the injected light internally propagates through the inside of the base material while repeating total reflection at two surfaces of the base material ; a light extraction unit that is formed on at least one surface of the two surfaces of the base material and that extracts, to an outside of the base material , the light that is injected in the inside of the base material from the side surface of the base material ; and wherein the light extraction unit is formed of a convex microlens array, and a maximum inclination angle of the convex microlens array substantially coincides with a maximum propagation angle of the internally propagating light characterized by an antireflection structure that is formed in regions of the two surfaces of the base material where the light extraction unit is not formed. a base material , wherein the base material propagates light injected in the inside of the base material from a side surface of the base material , wherein the injected light internally propagates through the inside of the base material while repeating total reflection at two surfaces of the base material ; a light extraction unit that is formed on at least one surface of the two surfaces of the base material and that extracts, to an outside of the base material , the light that is injected in the inside of the base material from the side surface of the base material ; and wherein the light extraction unit is formed of a convex microlens array, and a maximum inclination angle of the convex microlens array substantially coincides with a maximum propagation angle of the internally propagating light characterized by an antireflection structure that is formed in regions of the two surfaces of the base material where the light extraction unit is not formed.
Floating module for producing electricity, comprising: - at least one photovoltaic panel , and - a floating framework on which the panel is mounted, characterized in that the photovoltaic panel comprises an upper face and a lower face which are capable of generating electricity by photovoltaic effect, and in that the floating module further comprises a reflective device capable of reflecting light rays towards the lower face of the panel, the reflective device comprising a plurality of floating reflective balls and/or a tarpaulin which is attached to the framework . - at least one photovoltaic panel , and - a floating framework on which the panel is mounted,
A device for the automatic folding and stacking of cloths or other flat, foldable fitted pieces (P), comprising: - a first placement station for manually placing fitted pieces (P), - a folding station for the automatic, correctly aligned folding of the fitted pieces (P), - a de-stacking station for the automatic lay-down of the folded fitted pieces (P), the placement station being connected, in a first working and transport direction , to the folding station by means of a first mechanical transport device for the fitted pieces (P), and the folding station being connected to the first transport device by means of a second mechanical transport device and being connected to the de-stacking station by means of a third mechanical transport device , characterized by that a second placement station is arranged as a separate module, which can be connected or is connected, in a second working and transport direction , to the folding station by means of a fourth mechanical transport device for fitted pieces (P), and the folding station can also be connected or is connected to the second transport device by means of the fourth transport device , that the first transport device can be activated or is activated alternating with the fourth transport device , and that the first and fourth transport devices are transportingly operated in respectively opposed working and transport directions . - a first placement station for manually placing fitted pieces (P), - a folding station for the automatic, correctly aligned folding of the fitted pieces (P), - a de-stacking station for the automatic lay-down of the folded fitted pieces (P),
A method of wireless communication at a wireless device (115-115e) comprising a plurality of antennas (220a, 220b, 420a-f), comprising: determining, at a cellular modem of the wireless device, a duty cycle based at least in part on a previous WLAN scan by a WLAN modem of the wireless device, receiving a wireless local area network, WLAN, scanning parameter at the WLAN modem of the wireless device (115-115e) from the cellular modem of the wireless device (115-115e), wherein the WLAN modem is associated with a WLAN network and the cellular modem is associated with a cellular network; modifying a distribution of the plurality of antennas (220a, 220b, 420a-f) between the WLAN modem and the cellular modem based at least in part on the WLAN scanning parameter, wherein the WLAN scanning parameter comprises the duty cyle, and wherein the duty cycle is associated with the WLAN scan and the modified distribution of the plurality of antennas (220a, 220b, 420a-f); and performing , by the WLAN modem , the WLAN scan on channels in a band that is shared by the WLAN modem and the cellular modem using at least one antenna coupled to the WLAN modem according to the modified distribution of the plurality of antennas (220a, 220b, 420a-f), and based on the WLAN scanning parameter. determining, at a cellular modem of the wireless device, a duty cycle based at least in part on a previous WLAN scan by a WLAN modem of the wireless device, receiving a wireless local area network, WLAN, scanning parameter at the WLAN modem of the wireless device (115-115e) from the cellular modem of the wireless device (115-115e), wherein the WLAN modem is associated with a WLAN network and the cellular modem is associated with a cellular network; modifying a distribution of the plurality of antennas (220a, 220b, 420a-f) between the WLAN modem and the cellular modem based at least in part on the WLAN scanning parameter, wherein the WLAN scanning parameter comprises the duty cyle, and wherein the duty cycle is associated with the WLAN scan and the modified distribution of the plurality of antennas (220a, 220b, 420a-f); and performing , by the WLAN modem , the WLAN scan on channels in a band that is shared by the WLAN modem and the cellular modem using at least one antenna coupled to the WLAN modem according to the modified distribution of the plurality of antennas (220a, 220b, 420a-f), and based on the WLAN scanning parameter.
An apparatus for recognizing content using an audio signal, comprising: a query fingerprint extraction unit to extract a query fingerprint for an input audio signal by forming frames having a preset frame length for the input audio signal, and generating frame-based feature vectors for respective frames; a reference fingerprint database to store reference fingerprints to be compared with the query fingerprint and pieces of content information corresponding to the reference fingerprints; and a fingerprint matching unit to determine a reference fingerprint matching the query fingerprint, characterized in that the query fingerprint extraction unit is to form the frames while varying a frame shift size that is an interval between start points of neighboring frames in a partial section (A ∼ B) of the input audio signal such that the frame shift size of the frames in the partial section (A ∼ B) is shorter than a preset frame shift size of the frames which are not included in the partial section (A ∼ B), and the frame shift size is shorter than the frame length so that neighboring frames overlap each other, and wherein the query fingerprint extraction unit is to detect a time section in which a signal to noise ratio has a value greater than a threshold, and is to determine the partial section based on the detected time section. a query fingerprint extraction unit to extract a query fingerprint for an input audio signal by forming frames having a preset frame length for the input audio signal, and generating frame-based feature vectors for respective frames; a reference fingerprint database to store reference fingerprints to be compared with the query fingerprint and pieces of content information corresponding to the reference fingerprints; and a fingerprint matching unit to determine a reference fingerprint matching the query fingerprint, characterized in that the query fingerprint extraction unit is to form the frames while varying a frame shift size that is an interval between start points of neighboring frames in a partial section (A ∼ B) of the input audio signal such that the frame shift size of the frames in the partial section (A ∼ B) is shorter than a preset frame shift size of the frames which are not included in the partial section (A ∼ B), and the frame shift size is shorter than the frame length so that neighboring frames overlap each other, and wherein the query fingerprint extraction unit is to detect a time section in which a signal to noise ratio has a value greater than a threshold, and is to determine the partial section based on the detected time section.