mhurhangee/patent-ind-claim-en huggingface dataset:
Device (V) for accommodating a computer unit with a housing , wherein the housing has enclosing walls and can be transported in a vehicle, wherein the walls are insulated, wherein a cooling supply opening of the housing is present, which can be operatively connected to a vehicle air-conditioning system , and wherein a heat dissipation opening of the housing is present, characterised in that the walls consist of polymethacrylimide, wherein the cooling supply opening can be reclosed with a supply closure , wherein the heat dissipation opening is reclosable with a dissipation closure , wherein, in the rest position of the computer unit accommodated in the housing , the cooling supply opening is closed by the supply closure at the request of the user or automatically and the heat dissipation opening is closed by the dissipation closure in the rest position of the computer unit accommodated in the housing .
A chain, in particular for a conveyor with a first chain link designed in particular as a horizontal chain link, the chain link having two legs (2, 2.1) and two ends (3, 3.1) connecting the legs (2, 2.1) by their respective extension , wherein the end face of at least one end (3, 3.1) facing outwards in the direction of pitch comprises two pressure sections (9, 9.1) spaced apart from one another in the end extension (4, 4.1) and an intermediate section lying there between connecting the pressure sections (9, 9.1), wherein the pressure sections (9, 9.1) each provide a contact surface (13, 13.1) between the chain link and a corresponding chain pocket of a chain wheel for introducing a tensile force into the chain, characterized in that the end face of the end (3, 3.1) is convexly curved in the direction of the end extension (4, 4.1) in its pressure sections (9, 9.1) and in its intermediate section has at least in sections a smaller radius of curvature than in the pressure sections (9, 9.1).
A method for wireless communication at a user equipment, UE, comprising: identifying a transmission time interval, TTI, comprising a cascaded control region, the cascaded control region comprising a TTI-level common control region and a TTI-level UE-specific control region, the TTI-level common control region having a pointer to a location of the TTI-level UE-specific control region, wherein the TTI-level UE-specific control region is embedded in a UE-specific data region; and demodulating at least one of the TTI-level common control region or the TTI-level UE-specific control region. identifying a transmission time interval, TTI, comprising a cascaded control region, the cascaded control region comprising a TTI-level common control region and a TTI-level UE-specific control region, the TTI-level common control region having a pointer to a location of the TTI-level UE-specific control region, wherein the TTI-level UE-specific control region is embedded in a UE-specific data region; and demodulating at least one of the TTI-level common control region or the TTI-level UE-specific control region.
Cable for transmitting electrical signals with an outer sheath made of an electrically insulating material and at least N lines n with N ≥ 2 and N ∈ N which are arranged within the outer sheath , wherein each line n with n ∈ [1, N ] comprises a total of M wires made of an electrically conductive material with M ≥ 1 and M ∈ N , wherein the wire m with m ∈ [1, M ], m ∈ N of the line n with n ∈ [1, N ], n ∈ N is surrounded by a dielectric with a predetermined value for the relative permittivity ε r (m,n) > 1, wherein for each line n the value for the relative permittivity of the dielectric of the wires of this line n is identical, except for deviations resulting from the manufacturing process, so that ε r (p,n) = ε r (p+q,n), wherein q ∈ [1, M - p ], q ∈ N , p ∈ [1, M - 1], p ∈ N , wherein, for at least two different lines n = j and n = j and n = (j+s): ε r (m,j) = ε r (m,j+s) - k(s) with m ∈ [1 ,M ] , m ∈ N , j ∈ [1 ,N - 1] , j ∈ N , s ∈ [1 ,N - j ] , s ∈ N , wherein k s ∈ R and k ( s ) ∈ [-2,0,-0.01] and k ( s ) ∈ [0.01,2.0], characterised in that the cable is a star quad cable with M = 2 and N = 2, wherein the four wires of the two lines are twisted with one another in a cruciform manner.
Light module for a vehicle, comprising a lighting source and a reflector, and comprising: - a support frame for supporting a lens which bears attachment means for attachment of said lens, - a lens bearing fastening means for fastening to the support frame , the attachment means being disposed on only a part of the periphery of the frame, wherein the attachment means for the lens are formed, on the lower part of the support frame , by an opening , and, on the upper part of the support frame , by an attachment rib , wherein the fastening means of the lens are formed, on the lower part of the lens, by a lug that is able to be inserted into the opening in the support frame , and, on the upper part of the lens, by a tab provided with a slot that is able to cooperate with the attachment rib , and wherein the light module comprises a support for the reflector that cooperates with the support frame for the lens so as to hold the lens in position, the reflector support comprising, on its lower part, a stop bearing against the lug of the lens , and, on its upper part, a cover bearing against the tab of the lens . - a support frame for supporting a lens which bears attachment means for attachment of said lens, - a lens bearing fastening means for fastening to the support frame , the attachment means being disposed on only a part of the periphery of the frame, wherein the attachment means for the lens are formed, on the lower part of the support frame , by an opening , and, on the upper part of the support frame , by an attachment rib , wherein the fastening means of the lens are formed, on the lower part of the lens, by a lug that is able to be inserted into the opening in the support frame , and, on the upper part of the lens, by a tab provided with a slot that is able to cooperate with the attachment rib , and wherein the light module comprises a support for the reflector that cooperates with the support frame for the lens so as to hold the lens in position, the reflector support comprising, on its lower part, a stop bearing against the lug of the lens , and, on its upper part, a cover bearing against the tab of the lens .
An adapter configured to engage with a hand held computer device with a camera having an optical axis comprising: an anterior adapter portion comprising: a body , a clamp configured to engage with the hand held computer device at a first location and a second location, a lens holder engaged with a macro lens movable between a first position in the optical axis of the camera and a second position outside of the optical axis of the camera, an adjustable light source with a light axis parallel to a macro lens optical axis, a third engagement surface configured to slidably engage with the hand held computer device at a third location, and a complementary surface of the body configured to reversibly engage with a base section of a posterior portion , wherein the clamp defines an axis and the body of the anterior adapter portion is configured to move along the axis of the clamp; and the posterior portion comprising: the base section configured to reversibly engage with the complementary surface of the body of the anterior adapter portion , a telescoping section movable relative to the base section, and a lens holder engaged with a distal end of the telescoping section configured to removably engage with an ophthalmoscopy lens defining an optical axis, , the base section configured to removably engage with the body of the anterior adapter portion to form an optical axis between the ophthalmoscopy lens and the camera of the hand held computer device, wherein the third engagement surface allows the body to move along the axis of the clamp to align the optical axis of the camera with the optical axis of the ophthalmoscopy lens . . an anterior adapter portion comprising: a body , a clamp configured to engage with the hand held computer device at a first location and a second location, a lens holder engaged with a macro lens movable between a first position in the optical axis of the camera and a second position outside of the optical axis of the camera, an adjustable light source with a light axis parallel to a macro lens optical axis, a third engagement surface configured to slidably engage with the hand held computer device at a third location, and a complementary surface of the body configured to reversibly engage with a base section of a posterior portion , wherein the clamp defines an axis and the body of the anterior adapter portion is configured to move along the axis of the clamp; and the posterior portion comprising: the base section configured to reversibly engage with the complementary surface of the body of the anterior adapter portion , a telescoping section movable relative to the base section, and a lens holder engaged with a distal end of the telescoping section configured to removably engage with an ophthalmoscopy lens defining an optical axis, , the base section configured to removably engage with the body of the anterior adapter portion to form an optical axis between the ophthalmoscopy lens and the camera of the hand held computer device, wherein the third engagement surface allows the body to move along the axis of the clamp to align the optical axis of the camera with the optical axis of the ophthalmoscopy lens . .
An assembly comprising: a bucket body having vertical side walls ; wherein the vertical side walls extend upwards from a closed bottom base ; a handle connected to the vertical side walls , characterized by one or more ergonomically designed feet detachably connected to and extending beyond a bottom surface of the bottom base . a bucket body having vertical side walls ; wherein the vertical side walls extend upwards from a closed bottom base ; a handle connected to the vertical side walls , characterized by one or more ergonomically designed feet detachably connected to and extending beyond a bottom surface of the bottom base .
A continuous countercurrent spiral chromatography module , comprising: a first input port for receiving an input solution ; a first mixer for mixing the input solution with a recycled solution from a second input port to produce a first mixed output ; a stage I separator for concentrating the first mixed output to produce a stage I solid fraction , wherein a stage I liquid fraction exits the stage I separator via a first output port ; a second mixer for mixing the stage I solid fraction from the stage I separator and an optional buffer solution from a third input port to produce a second mixed output ; a stage II separator for concentrating the second mixed output to produce a stage II solid fraction which exits the module from the stage II separator via a second output port , wherein a stage II liquid fraction exits the module from the stage II separator via a third output port ; and at least one pump , wherein the recycled solution from the third output port flows countercurrent to the input solution into the second input port , and characterized in that at least one of the stage I separator and the stage II separator is a spiral separator , the spiral separator including: at least one inlet ; a curvilinear channel arranged and disposed to generate at least one Dean vortex; at least one liquid fraction outlet ; and at least one solid fraction outlet . a first input port for receiving an input solution ; a first mixer for mixing the input solution with a recycled solution from a second input port to produce a first mixed output ; a stage I separator for concentrating the first mixed output to produce a stage I solid fraction , wherein a stage I liquid fraction exits the stage I separator via a first output port ; a second mixer for mixing the stage I solid fraction from the stage I separator and an optional buffer solution from a third input port to produce a second mixed output ; a stage II separator for concentrating the second mixed output to produce a stage II solid fraction which exits the module from the stage II separator via a second output port , wherein a stage II liquid fraction exits the module from the stage II separator via a third output port ; and at least one pump , wherein the recycled solution from the third output port flows countercurrent to the input solution into the second input port , and characterized in that at least one of the stage I separator and the stage II separator is a spiral separator , the spiral separator including: at least one inlet ; a curvilinear channel arranged and disposed to generate at least one Dean vortex; at least one liquid fraction outlet ; and at least one solid fraction outlet . at least one inlet ; a curvilinear channel arranged and disposed to generate at least one Dean vortex; at least one liquid fraction outlet ; and at least one solid fraction outlet .
A compound of formula (I) wherein R 1 and R 2 are independently selected from the group consisting of halogen, CN, C 1-3 -alkyl and C 1-4 -alkyl-O-; A is selected from the group consisting of phenyl, substituted with R 3 and optionally substituted with R 4 , 2-pyridyl, optionally substituted with R 5 , 3-pyridyl, optionally substituted with R 6 and 2-thiazolyl, optionally substituted with R 7 ; and wherein R 3 , R 4 , R 5 , R 6 and R 7 are independently selected from the group consisting of halogen, CN, C 1-3 -alkyl and C 1-4 -alkyl-O- or a salt thereof. R 1 and R 2 are independently selected from the group consisting of halogen, CN, C 1-3 -alkyl and C 1-4 -alkyl-O-; A is selected from the group consisting of phenyl, substituted with R 3 and optionally substituted with R 4 , 2-pyridyl, optionally substituted with R 5 , 3-pyridyl, optionally substituted with R 6 and 2-thiazolyl, optionally substituted with R 7 ; and wherein R 3 , R 4 , R 5 , R 6 and R 7 are independently selected from the group consisting of halogen, CN, C 1-3 -alkyl and C 1-4 -alkyl-O- or a salt thereof.
A method of growing a plant from the Cannabaceae family on a soil substrate, the method comprising: cultivating the plant from the Cannabaceae family on the soil substrate, wherein the soil substrate comprises: from about 1 part per volume bioceramic composition to about 100 parts per volume of the soil substrate to about 1 part per volume bioceramic composition to about 9 parts per volume of the soil substrate; and wherein the bioceramic composition comprises kaolinite, tourmaline, and at least one oxide selected from silicon dioxide (SiO 2 ), aluminum oxide (Al 2 O 3 ), titanium dioxide (TiO 2 ), magnesium oxide (MgO), and zirconium dioxide (ZrO 2 ). from about 1 part per volume bioceramic composition to about 100 parts per volume of the soil substrate to about 1 part per volume bioceramic composition to about 9 parts per volume of the soil substrate; and wherein the bioceramic composition comprises kaolinite, tourmaline, and at least one oxide selected from silicon dioxide (SiO 2 ), aluminum oxide (Al 2 O 3 ), titanium dioxide (TiO 2 ), magnesium oxide (MgO), and zirconium dioxide (ZrO 2 ).
A molecular ink comprising: a silver carboxylate in an amount that provides a silver loading in the ink of about 24 wt% or more, based on total weight of the ink; a solvent; and, a polymeric binder comprising a polyester, polyimide, polyether imide or any mixture thereof having functional groups that render the polymeric binder compatible with the solvent, the functional groups comprising one or more of hydroxyl, carboxyl, amino and sulfonyl groups.
A computer-implemented method comprising: computing spectra of segments of an audio signal, the segments located on opposite sides of a missing segment of the audio signal; determining magnitude peaks of the computed spectra; ordering the determined peaks according to magnitude; determining neighbor peaks on the opposite side of the missing segment from the peaks, thereby forming pairs of spectral peaks, wherein neighbor peaks are determined for each of the magnitude peaks beginning with the highest peak, and wherein a neighbor peak is determined using a matching criterion which is proportional to the peak value of the neighbor peak multiplied by a distance-dependent weighting that favors peaks that are nearby in frequency; and performing interpolation across an interval of the missing segment of the audio signal using the pairs of spectral peaks to generate restoration data for the missing segment, wherein a length of the interval is determined based on minimizing a measure of alignment of the interpolation, wherein the measure aligns, for each pair of peaks, the phase of the interpolation with the phase of the audio signal at the end of the interval, and wherein the measure involves the phase of the audio signal at the start of the interval, and the phase and the amplitude of the audio signal at the end of the interval, and the initial frequency and final frequency at the start and end of the interval. computing spectra of segments of an audio signal, the segments located on opposite sides of a missing segment of the audio signal; determining magnitude peaks of the computed spectra; ordering the determined peaks according to magnitude; determining neighbor peaks on the opposite side of the missing segment from the peaks, thereby forming pairs of spectral peaks, wherein neighbor peaks are determined for each of the magnitude peaks beginning with the highest peak, and wherein a neighbor peak is determined using a matching criterion which is proportional to the peak value of the neighbor peak multiplied by a distance-dependent weighting that favors peaks that are nearby in frequency; and performing interpolation across an interval of the missing segment of the audio signal using the pairs of spectral peaks to generate restoration data for the missing segment, wherein a length of the interval is determined based on minimizing a measure of alignment of the interpolation, wherein the measure aligns, for each pair of peaks, the phase of the interpolation with the phase of the audio signal at the end of the interval, and wherein the measure involves the phase of the audio signal at the start of the interval, and the phase and the amplitude of the audio signal at the end of the interval, and the initial frequency and final frequency at the start and end of the interval.
An all-in-one machine, comprising: a main board with an Android system; a display screen and an internal PC module respectively connected to the main board; a USB selecting switch connected to a GPIO port of the main board and to a USB port of the internal PC module and controlled by the main board through the GPIO port; and a touch frame having a first data port and a second data port, wherein the touch frame is connected to the USB selecting switch through the first data port, and wherein the touch frame is connected to the main board through the second data port; wherein the main board is configured to detect a currently connected channel, and if the currently connected channel is an internal PC module channel, the main board is configured to control the USB selecting switch to connect the first data port of the touch frame to the USB port of the internal PC module so that the internal PC module receives touch data through the first data port from the touch frame, and the main board receives the touch data on the display screen through the second data port of the touch frame; and the main board is configured to determine whether the touch data are generated by a touch action within a preset area on the display screen, and if the touch data are generated by the touch action within the preset area on the display screen, the main board is configured to start a setup menu, for volume setup, display setup or channel switching, for displaying on the display screen. a main board with an Android system; a display screen and an internal PC module respectively connected to the main board; a USB selecting switch connected to a GPIO port of the main board and to a USB port of the internal PC module and controlled by the main board through the GPIO port; and a touch frame having a first data port and a second data port, wherein the touch frame is connected to the USB selecting switch through the first data port, and wherein the touch frame is connected to the main board through the second data port; wherein the main board is configured to detect a currently connected channel, and if the currently connected channel is an internal PC module channel, the main board is configured to control the USB selecting switch to connect the first data port of the touch frame to the USB port of the internal PC module so that the internal PC module receives touch data through the first data port from the touch frame, and the main board receives the touch data on the display screen through the second data port of the touch frame; and the main board is configured to determine whether the touch data are generated by a touch action within a preset area on the display screen, and if the touch data are generated by the touch action within the preset area on the display screen, the main board is configured to start a setup menu, for volume setup, display setup or channel switching, for displaying on the display screen.
A lid for a food processor, the food processor including a hollow body providing an interior chamber to receive product and within which the product is processed, the body having a sidewall with a rim portion surrounding a body top opening , the rim portion having a lip , the body further including a spout protruding from the sidewall adjacent the rim portion and having a spout side opening , the lid including: a main part to cooperate with the lip to close the body top opening ; a top skirt to extend into the interior of the body and sealingly interface with an inner surface of the sidewall and the rim portion ; the lid being characterized by : a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening ; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening ; wherein the cover , which is pivotally connected to the main part , also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position. a main part to cooperate with the lip to close the body top opening ; a top skirt to extend into the interior of the body and sealingly interface with an inner surface of the sidewall and the rim portion ; the lid being characterized by : a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening ; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening ; wherein the cover , which is pivotally connected to the main part , also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position. a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening ; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening ; wherein the cover , which is pivotally connected to the main part , also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position.