mhurhangee/ep-ind-claims huggingface dataset:
Fastener for fastening an attached part or trim part provided with an opening to a stud of a support part, having a supporting body (11, 41, 81, 181) that has a hole (12, 42, 82, 182), which extends along an axis and is provided at one end with an insertion opening (13, 43, 83, 183) to accommodate the stud, and has a flange (15, 45, 85, 185) projecting outward from the supporting body (11, 41, 81, 181), and having a damping element (20, 54, 87, 187) that covers the flange (15, 45, 85, 185) on the side facing the insertion opening (13, 43, 83, 183) with a contact section (22, 56) and has, extending from the contact section (22, 56) in the axial direction beyond the end of the supporting body (11, 41, 81, 181) that forms the edge of the insertion opening (13, 43, 83, 183), an extension (23, 55) that is designed to project through the opening in the attached part or trim part, wherein the supporting body (11, 41, 81, 181) is made of a rigid plastic and the damping element (20, 54, 87, 187) is made of a flexible, elastomeric plastic or rubber characterized in that the damping element (20, 54, 87, 187) is connected to the supporting body (11, 41, 81, 181) by primary forming, wherein the contact section of the damping element has a flat surface on the side facing the insertion opening on which are located multiple raised contact ribs that are spaced apart from one another.
An interrupted suture member -needle combination for connecting human or animal tissue comprising a) the interrupted suture member comprising a flexible elongate member, having a proximal tip end and a distal end, wherein the proximal tip end comprises two or more anchoring detents configured for anchoring the suture member in tissue and defining a channel, and the distal end comprises a movable locking member (17, 17a, 17b, 17c, 17d, 17e) adapted to abut the tissue and whereby a force exerted on the tissue by the detent and locking member may be adjusted by moving the locking member along at least a portion of the suture member, and b) the suture needle comprising a straight or arcuated body and a having a tip portion and an end portion wherein the tip portion further comprises a sharp cutting edge characterized in that the tip portion is configured for insertion through the channel in the proximal tip end of the suture member and wherein the suture needle is restricted from extending through the proximal tip end by a stopping element positioned on said suture needle. a) the interrupted suture member comprising a flexible elongate member, having a proximal tip end and a distal end, wherein the proximal tip end comprises two or more anchoring detents configured for anchoring the suture member in tissue and defining a channel, and the distal end comprises a movable locking member (17, 17a, 17b, 17c, 17d, 17e) adapted to abut the tissue and whereby a force exerted on the tissue by the detent and locking member may be adjusted by moving the locking member along at least a portion of the suture member, and b) the suture needle comprising a straight or arcuated body and a having a tip portion and an end portion wherein the tip portion further comprises a sharp cutting edge characterized in that the tip portion is configured for insertion through the channel in the proximal tip end of the suture member and wherein the suture needle is restricted from extending through the proximal tip end by a stopping element positioned on said suture needle.
A method for reporting, by a user equipment, channel state information, CSI, in a wireless communication system, the method comprising: receiving configuration information related to reporting of the CSI from a base station, wherein the configuration information includes a threshold value related with a specific condition for CSI reporting, and wherein the CSI comprises a first part and a second part, wherein the second part of the CSI is divided into a wideband CSI and a subband CSI, and wherein the wideband CSI included in the second part of the CSI has a higher priority than the subband CSI included in the second part of the CSI, such that the wideband CSI is set to be omitted last; receiving a first reference signal for channel measurement; measuring a channel based on the first reference signal; and reporting the CSI of the measured channel to the base station, wherein some or all of the second part of the CSI is omitted based on the specific condition. receiving configuration information related to reporting of the CSI from a base station, wherein the configuration information includes a threshold value related with a specific condition for CSI reporting, and wherein the CSI comprises a first part and a second part, wherein the second part of the CSI is divided into a wideband CSI and a subband CSI, and wherein the wideband CSI included in the second part of the CSI has a higher priority than the subband CSI included in the second part of the CSI, such that the wideband CSI is set to be omitted last; receiving a first reference signal for channel measurement; measuring a channel based on the first reference signal; and reporting the CSI of the measured channel to the base station, wherein some or all of the second part of the CSI is omitted based on the specific condition.
A wall assembly for use in a combustor of a gas turbine engine, the wall assembly comprising: a shell (68, 70) with a multiple of impingement flow passages; and a liner panel (72, 74) mounted to said shell (68, 70), said panel (72, 74) including a bond coating on at least a cold side thereof, and a convective coating on said bond coating on said at least one cold side, said convective coating including a convective feature which faces said shell (68, 70); characterised in that: said convective feature includes a wave pattern of alternating peaks and troughs formed by selectively applying thicker the convective coating in certain areas, wherein at least one of the troughs includes an entrance to an effusion passage at a lowest point of the at least one of the throughs. a shell (68, 70) with a multiple of impingement flow passages; and a liner panel (72, 74) mounted to said shell (68, 70), said panel (72, 74) including a bond coating on at least a cold side thereof, and a convective coating on said bond coating on said at least one cold side, said convective coating including a convective feature which faces said shell (68, 70); characterised in that: said convective feature includes a wave pattern of alternating peaks and troughs formed by selectively applying thicker the convective coating in certain areas, wherein at least one of the troughs includes an entrance to an effusion passage at a lowest point of the at least one of the throughs.
A bow deflector device positioned upstream of an extrusion die, the bow deflector device comprising: a base comprising an aperture of a first constant area to pass a feed stream of plastic batch material therethrough; a bow plate movably mounted to a downstream or upstream side of the base, wherein by adjusting the bow plate position on the base, bow in a honeycomb extrudate extruded from the extrusion die is corrected in any direction to "true zero" magnitude; characterised in that the bow plate comprises an opening of a second constant area less than the first constant area to pass the feed stream of plastic batch material therethrough and in that the bow deflector device further comprises: a horizontal adjustment member to move the bow plate horizontally on the base; and a vertical adjustment member to move the bow plate vertically on the base, wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture. a base comprising an aperture of a first constant area to pass a feed stream of plastic batch material therethrough; a bow plate movably mounted to a downstream or upstream side of the base, wherein by adjusting the bow plate position on the base, bow in a honeycomb extrudate extruded from the extrusion die is corrected in any direction to "true zero" magnitude; characterised in that the bow plate comprises an opening of a second constant area less than the first constant area to pass the feed stream of plastic batch material therethrough and in that the bow deflector device further comprises: a horizontal adjustment member to move the bow plate horizontally on the base; and a vertical adjustment member to move the bow plate vertically on the base, wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture. a horizontal adjustment member to move the bow plate horizontally on the base; and a vertical adjustment member to move the bow plate vertically on the base, wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture.
A garniture device for a machine used in tobacco industry for manufacturing a continuous rod comprising a loose material wrapped with a wrapper, wherein the garniture device comprises: - a lower garniture part; - a garniture duct formed in the lower garniture part; - a garniture belt movable in the garniture duct for transporting the wrapper along the garniture duct; - an upper garniture part comprising forming parts for forming the wrapper around the loose material; - wherein the garniture duct comprises: - an inlet part for transforming the garniture belt from a flat configuration into a U-shaped configuration; - a U-shaped part for guiding the garniture belt in the U-shaped configuration; - an outlet part for transforming the garniture belt from the U-shaped configuration into the flat configuration; characterized in that: - the U-shaped part of the garniture duct comprises, at the side of the inlet part, a first section having a constant first diameter along a length of the first section and, at the side of the outlet part, a second section having a constant second diameter along a length of the second section being smaller than the first diameter, wherein the first section is connected to the second section by a transition section having a surface of a diameter that varies along a length of the transition section, wherein the first section is arranged to guide the garniture belt and the wrapper while the wrapper is being filled by the loose material. - a lower garniture part; - a garniture duct formed in the lower garniture part; - a garniture belt movable in the garniture duct for transporting the wrapper along the garniture duct; - an upper garniture part comprising forming parts for forming the wrapper around the loose material; - wherein the garniture duct comprises: - an inlet part for transforming the garniture belt from a flat configuration into a U-shaped configuration; - a U-shaped part for guiding the garniture belt in the U-shaped configuration; - an outlet part for transforming the garniture belt from the U-shaped configuration into the flat configuration; - an inlet part for transforming the garniture belt from a flat configuration into a U-shaped configuration; - a U-shaped part for guiding the garniture belt in the U-shaped configuration; - an outlet part for transforming the garniture belt from the U-shaped configuration into the flat configuration; - the U-shaped part of the garniture duct comprises, at the side of the inlet part, a first section having a constant first diameter along a length of the first section and, at the side of the outlet part, a second section having a constant second diameter along a length of the second section being smaller than the first diameter, wherein the first section is connected to the second section by a transition section having a surface of a diameter that varies along a length of the transition section, wherein the first section is arranged to guide the garniture belt and the wrapper while the wrapper is being filled by the loose material.
A method of optically imaging a sample utilizing a frequency-domain optical coherence tomography system comprising a wavelength-swept light source, the method comprising the steps of: illuminating the sample with a first portion of light emitted by the wavelength-swept light source; illuminating a reference plane with a second portion of light emitted by the wavelength-swept light source; shifting a frequency of at least one of the first portion of light or the second portion of light by a carrier frequency (fs) using one or more means for shifting an optical frequency to define a sampling range including a set of frequencies, wherein the sampling range corresponds to a depth range of all sampled points, and has an upper bound that is below a Nyquist frequency, the Nyquist frequency being half of a sampling frequency; and generating a displayed imaging range from the sampling range, the displayed imaging range (i) corresponding to the depth range displayed by the OCT system, and (ii) consisting of only a subset of the set of frequencies within the sampling range. illuminating the sample with a first portion of light emitted by the wavelength-swept light source; illuminating a reference plane with a second portion of light emitted by the wavelength-swept light source; shifting a frequency of at least one of the first portion of light or the second portion of light by a carrier frequency (fs) using one or more means for shifting an optical frequency to define a sampling range including a set of frequencies, wherein the sampling range corresponds to a depth range of all sampled points, and has an upper bound that is below a Nyquist frequency, the Nyquist frequency being half of a sampling frequency; and generating a displayed imaging range from the sampling range, the displayed imaging range (i) corresponding to the depth range displayed by the OCT system, and (ii) consisting of only a subset of the set of frequencies within the sampling range.
A method for checking the tightness of a stack of fuel cells, said stack comprising: - a plurality of fuel cells, each having a first chamber, a second chamber and a membrane separating the chambers, - a fuel feed channel and a fuel discharge channel connected to the first chambers of the fuel cells, and - a feed air channel and an exhaust air channel connected to the second chambers of the fuel cells, wherein the first chambers or the second chambers are connected to a tracer gas source, and at least one of the channels of the respective other chambers is connected to a gas sensor responsive to the tracer gas, characterized in that the gas sensor comprises a lance provided with a sniffer probe, which lance is inserted into a respective exhaust air channel and is moved therein in the longitudinal direction of the channel, and that upon a response of the gas sensor, the position of the sniffer probe in the channel is determined so as to thereby localize a leak. - a plurality of fuel cells, each having a first chamber, a second chamber and a membrane separating the chambers, - a fuel feed channel and a fuel discharge channel connected to the first chambers of the fuel cells, and - a feed air channel and an exhaust air channel connected to the second chambers of the fuel cells,
A spindle for a winder assembly comprising: (i) a head; (ii) a shaft extending from the head; and (iii) a location lug extending from the head in the direction of the shaft, wherein the location lug has a pair of divergent side walls extending outwardly from the head in the direction of the shaft. (i) a head; (ii) a shaft extending from the head; and (iii) a location lug extending from the head in the direction of the shaft,
A freshening composition for reducing malodor comprising: an effective amount of a malodor binding polymer; wherein said malodor binding polymer is a homopolymeric polyethyleneimine having a molecular weight of 1,000 to 2,000,000 Daltons; a malodor counteractant comprising at least one aliphatic aldehyde; an aqueous carrier; wherein said composition is essentially free of any material that would soil or stain fabric, characterized in that the total amount of surfactant is from 0% to 3% by weight of the composition and in that said homopolymeric polyethyleneimine is present in an amount of 0.01% to 0.07% by weight of said composition. an effective amount of a malodor binding polymer; wherein said malodor binding polymer is a homopolymeric polyethyleneimine having a molecular weight of 1,000 to 2,000,000 Daltons; a malodor counteractant comprising at least one aliphatic aldehyde; an aqueous carrier; wherein said composition is essentially free of any material that would soil or stain fabric, characterized in that the total amount of surfactant is from 0% to 3% by weight of the composition and in that said homopolymeric polyethyleneimine is present in an amount of 0.01% to 0.07% by weight of said composition.
A method for setting a background of a user interface, UI, control, comprising: acquiring, after a wallpaper of a terminal is updated, a fuzzy wallpaper obtained after Gaussian fuzzy processing is performed on the updated wallpaper, wherein the Gaussian fuzzy processing is performed by performing a convolution on the updated wallpaper and a Gaussian normal distribution; and setting a wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control, wherein the wallpaper area block is at a location on the acquired fuzzy wallpaper corresponding to a location of the UI control on the screen of the terminal, and wherein when the UI control is at a first location on the screen, a first wallpaper area block from the fuzzy wallpaper corresponding to the first location is set as the background of the UI control, and when the UI control is moved to a second location on the screen, a second wallpaper area block from the fuzzy wallpaper corresponding to the second location is set as the background of the UI control; wherein the method further comprises: sampling the acquired fuzzy wallpaper and forming a new fuzzy wallpaper from sampled data; and capturing a wallpaper area block from the new fuzzy wallpaper formed from the sampled data. acquiring, after a wallpaper of a terminal is updated, a fuzzy wallpaper obtained after Gaussian fuzzy processing is performed on the updated wallpaper, wherein the Gaussian fuzzy processing is performed by performing a convolution on the updated wallpaper and a Gaussian normal distribution; and setting a wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control, wherein the wallpaper area block is at a location on the acquired fuzzy wallpaper corresponding to a location of the UI control on the screen of the terminal, and wherein when the UI control is at a first location on the screen, a first wallpaper area block from the fuzzy wallpaper corresponding to the first location is set as the background of the UI control, and when the UI control is moved to a second location on the screen, a second wallpaper area block from the fuzzy wallpaper corresponding to the second location is set as the background of the UI control; wherein the method further comprises: sampling the acquired fuzzy wallpaper and forming a new fuzzy wallpaper from sampled data; and capturing a wallpaper area block from the new fuzzy wallpaper formed from the sampled data. sampling the acquired fuzzy wallpaper and forming a new fuzzy wallpaper from sampled data; and capturing a wallpaper area block from the new fuzzy wallpaper formed from the sampled data.
A lens control device which is incorporated in a first lens device for 3D image taking and arranged to control the first lens device and a second lens device which is made usable for 3D image taking when connected to the first lens device, comprising: a first zoom position sending unit for sending a zoom position signal indicating a zoom position of the first lens device to the second lens device; a second zoom position sending unit for sending an adjusted zoom position signal for zoom position adjustment of the second lens device to the second lens device; characterized by a zoom storage unit for storing zoom adjustment information in which a zoom position adjustment amount indicated by the adjusted zoom position signal is correlated with the zoom position of the first lens device; a third zoom position sending unit for sending a zoom position signal for the second lens device on the basis of the zoom adjustment information in response to a zoom manipulation signal indicating a zoom manipulation on the first lens device, a lens information receiving unit for receiving identification information that is specific to the second lens device, wherein the zoom storage unit stores the received identification information that is specific to the second lens device and the zoom adjustment information in such a manner that they are correlated with each other. a first zoom position sending unit for sending a zoom position signal indicating a zoom position of the first lens device to the second lens device; a second zoom position sending unit for sending an adjusted zoom position signal for zoom position adjustment of the second lens device to the second lens device; a zoom storage unit for storing zoom adjustment information in which a zoom position adjustment amount indicated by the adjusted zoom position signal is correlated with the zoom position of the first lens device; a third zoom position sending unit for sending a zoom position signal for the second lens device on the basis of the zoom adjustment information in response to a zoom manipulation signal indicating a zoom manipulation on the first lens device, a lens information receiving unit for receiving identification information that is specific to the second lens device, wherein the zoom storage unit stores the received identification information that is specific to the second lens device and the zoom adjustment information in such a manner that they are correlated with each other.
A process for purifying methyl methacrylate; said method comprising: (a) feeding a reaction product mixture comprising methanol, methyl methacrylate and alkali metal methacrylates, methacrolein, water and heavy byproducts to a distillation column having at least 15 trays; wherein said reaction product mixture and a C 6 -C 7 hydrocarbon enter the distillation column above the middle of the distillation column; (b) removing an overhead stream comprising C 6 -C 7 hydrocarbon, methacrolein, methanol, water and methyl methacrylate; and (c) removing a bottoms stream comprising water, methyl methacrylate and alkali metal methacrylate and heavy byproducts.
Tray for distributing meals comprising: a) a support base facing upwards and suitable for housing said meals, b) a bottom facing downwards and suitable for resting on a flat surface, and c) a continuous perimeter edge arranged around said support base and in relief with respect to it, wherein said edge comprises a first portion arranged at the central part along a first longitudinal side of the tray and a second portion arranged at the central part along a second longitudinal side of the tray, opposite to said first longitudinal side, at least one of said first and second portions (4a, 4b) of said continuous perimeter edge in relief has a lower base that is coplanar and coincides with said bottom of the tray and an upper surface inclined in order to connect the raised end of said at least one portion (4a, 4b) of said edge with said support base, characterized in that the height of said at least one portion (4a, 4b) of said continuous perimeter edge is less than the remaining portion of said continuous perimeter edge in relief.