mhurhangee/ep-ind-claims huggingface dataset:
A circuit for adjusting a clock signal having a first transition from a first logic level to a second logic level, a second transition from the second logic level to the first logic level, and a third transition from the first logic level to the second logic level in a period, the circuit comprising means provided in a semiconductor die for measuring at least one performance characteristic associated with a functional circuit in the semiconductor die and generating a measured at least one performance characteristic, and characterised by further comprising: means for adjusting occurrence of one of the second transition and the third transition or occurrences of both of the second transition and the third transition of the clock signal based on the measured at least one performance characteristic to generate an adjusted clock signal having a primary transition from the first logic level to the second logic level and a secondary transition from the second logic level to the first logic level, wherein the means for adjusting comprises: a first inverter, having an input to receive the clock signal, and having an output; a second inverter having an input connected to the output of the first inverter, and having an output to provide the adjusted clock signal; means for adjusting the drive strength of the first inverter based upon a first delay enable signal and a second delay enable signal; means for adjusting the drive strength of the second inverter based upon a further first delay enable signal and a further second delay enable signal. means for adjusting occurrence of one of the second transition and the third transition or occurrences of both of the second transition and the third transition of the clock signal based on the measured at least one performance characteristic to generate an adjusted clock signal having a primary transition from the first logic level to the second logic level and a secondary transition from the second logic level to the first logic level, wherein the means for adjusting comprises: a first inverter, having an input to receive the clock signal, and having an output; a second inverter having an input connected to the output of the first inverter, and having an output to provide the adjusted clock signal; means for adjusting the drive strength of the first inverter based upon a first delay enable signal and a second delay enable signal; means for adjusting the drive strength of the second inverter based upon a further first delay enable signal and a further second delay enable signal. a first inverter, having an input to receive the clock signal, and having an output; a second inverter having an input connected to the output of the first inverter, and having an output to provide the adjusted clock signal; means for adjusting the drive strength of the first inverter based upon a first delay enable signal and a second delay enable signal; means for adjusting the drive strength of the second inverter based upon a further first delay enable signal and a further second delay enable signal.
A reusing method for an instruction generation process, which is used for a neural network processor, the method being characterized by comprising: computing a Hash value of an i th layer of a network on the basis of preconfigured information; and determining whether the computed Hash value of the i th layer of network is the same as a Hash value corresponding to a previous network layer, and, if yes, generating an instruction of the i th layer of network by using an instruction of the previous network layer having the same Hash value by means of an instruction reusing manner, i being a positive integer; wherein computing the Hash value of the i th layer of network on the basis of preconfigured information comprises: computing the Hash value of the i th layer of network on the basis of layer type and/or layer scale information of the i th layer of network. computing a Hash value of an i th layer of a network on the basis of preconfigured information; and determining whether the computed Hash value of the i th layer of network is the same as a Hash value corresponding to a previous network layer, and, if yes, generating an instruction of the i th layer of network by using an instruction of the previous network layer having the same Hash value by means of an instruction reusing manner, i being a positive integer; wherein computing the Hash value of the i th layer of network on the basis of preconfigured information comprises: computing the Hash value of the i th layer of network on the basis of layer type and/or layer scale information of the i th layer of network.
A measuring cap comprising: - a containing element with basically cylindrical shape comprising at least one peripheral chamber that defines an internal compartment that contains the substance to be measured; said peripheral chamber being provided with a removable bottom portion to discharge the substance to be measured; - an opening element revolvingly mounted with respect to the containing element so that the two elements (1, 2) can rotate mutually; - a tooth disposed in peripheral position in said opening element to remove said bottom portion of the peripheral chamber of the containing element; - at least one hole (13, 14) obtained in said opening element to allow for the passage of said substance to be measured towards a container; wherein the opening element comprises an upper side facing towards the containing element; and wherein the tooth protrudes from the upper side of the opening element; and wherein opening element and containing element are revolvingly mounted in order to prevent the mutual axial movement between the two elements (1, 2) and said tooth is disposed in said opening element in such manner to push an edge of the bottom portion of the peripheral chamber along a parallel direction to the bottom portion during the mutual rotation between the containing element and the opening element, thus removing the bottom portion of the peripheral chamber, said at least one hole (13, 14) is situated in peripheral position in said opening element close to the tooth in order to allow for the passage of said substance to be measured towards the container. - a containing element with basically cylindrical shape comprising at least one peripheral chamber that defines an internal compartment that contains the substance to be measured; said peripheral chamber being provided with a removable bottom portion to discharge the substance to be measured; - an opening element revolvingly mounted with respect to the containing element so that the two elements (1, 2) can rotate mutually; - a tooth disposed in peripheral position in said opening element to remove said bottom portion of the peripheral chamber of the containing element; - at least one hole (13, 14) obtained in said opening element to allow for the passage of said substance to be measured towards a container;
An injection foam molding method that injects and foams a foamed resin material obtained by mixing a resin material and a foaming agent into a cavity of a mold so as to mold an injection foam molded article into a shape corresponding to a shape of the cavity, the method comprising: injecting the foamed resin material into the cavity in an injection step, characterized in that, in the injection step, a relationship between a flow front moving speed (cm/s) of the foamed resin material in the cavity in the injection step and amount of gas generated per 1 g of the resin material (ml/g), is defined by following conditions: the amount of gas generated per 1 g of the resin material is 0.36 ml/g or more; and the flow front moving speed (cm/s) is 75 × the amount of gas generated per 1 g of the resin material (ml/g) - 35 or more and 12 cm/s or more; wherein the injection step is carried out by injecting the foamed resin material into the cavity which is not pressurised in advance. the method comprising: injecting the foamed resin material into the cavity in an injection step, characterized in that, in the injection step, a relationship between a flow front moving speed (cm/s) of the foamed resin material in the cavity in the injection step and amount of gas generated per 1 g of the resin material (ml/g), is defined by following conditions: the amount of gas generated per 1 g of the resin material is 0.36 ml/g or more; and the flow front moving speed (cm/s) is 75 × the amount of gas generated per 1 g of the resin material (ml/g) - 35 or more and 12 cm/s or more; the amount of gas generated per 1 g of the resin material is 0.36 ml/g or more; and the flow front moving speed (cm/s) is 75 × the amount of gas generated per 1 g of the resin material (ml/g) - 35 or more and 12 cm/s or more; wherein the injection step is carried out by injecting the foamed resin material into the cavity which is not pressurised in advance.
A method for producing a tire casing by vulcanizing a casing portion comprising a belt portion composed of multiple belt layers (5a-5d), a side portion and a bead portion and also comprising at least any one of a tread casing and a belt under-cushion rubber, wherein: a rubber composition containing carbon black having a nitrogen adsorption specific surface area of from 25 to 130 m 2 /g as defined in JIS K 6217-2:2001 in an amount of from 25 to 45 parts by mass per 100 parts by mass of the rubber component therein is used as at least the rubber composition constituting the tread casing or the rubber composition constituting the belt under-cushion rubber, characterised in that the casing portion is vulcanized by surrounding the outside of the casing portion by the use of a vulcanization mold having a first heating means for heating the bead portion side of the casing portion and a second heating means for heating the belt portion side of the casing portion and wherein the quantity of heat per unit volume to be given to the belt portion side by the second heating means is smaller than the quantity of heat per unit volume to be given to the bead portion side by the first heating means.
Hemostatic composition comprising: a) a biocompatible polymer in particulate form suitable for use in hemostasis, wherein the biocompatible polymer is a crosslinked gelatin and wherein the particles have a median size of 10 to 1000 μm, and b) one hydrophilic polymeric component comprising reactive groups, wherein the presence of a hydrophilic polymeric component with nucleophilic reactive groups is excluded; wherein the hydrophilic polymeric component is a hydrophilic crosslinker with electrophilic reactive groups and wherein the biocompatible polymer and the hydrophilic polymeric crosslinker are present in mixed dry form. a) a biocompatible polymer in particulate form suitable for use in hemostasis, wherein the biocompatible polymer is a crosslinked gelatin and wherein the particles have a median size of 10 to 1000 μm, and b) one hydrophilic polymeric component comprising reactive groups, wherein the presence of a hydrophilic polymeric component with nucleophilic reactive groups is excluded;
A biopsy device, comprising: a generally cylindrical hollow stylet comprising a cylindrical element and a longitudinal insert, the cylindrical element having a uniform wall thickness, an inner diameter, an outer diameter, and a longitudinal axis; the cylindrical element having a distal end, a longitudinal recess configured to receive biopsy samples, and a proximal end, the distal and proximal ends being disposed on the axis, the longitudinal recess forming a sample chamber and positioned adjacent the distal end extending axially along a portion of the stylet, the longitudinal recess being a recess formed in the cylindrical element, the longitudinal insert being proximal to the cylindrical element such that bending-resisting reinforcement is provided to the stylet; an outer cutting sheath (206, 301); and a mounting portion by which the stylet is supported, the stylet having a working length from the distal end that extends distally of the mounting portion when supported thereby; wherein the cylindrical element has a proximal part into which is inserted the longitudinal insert, the longitudinal insert having a stiffness greater than a cylinder of wall thickness and outer diameter of the cylindrical element at the longitudinal recess, the longitudinal insert having a distal part over which the proximal part of the cylindrical element extends and a proximal part which extends proximally beyond the proximal part of the cylindrical element. a generally cylindrical hollow stylet comprising a cylindrical element and a longitudinal insert, the cylindrical element having a uniform wall thickness, an inner diameter, an outer diameter, and a longitudinal axis; the cylindrical element having a distal end, a longitudinal recess configured to receive biopsy samples, and a proximal end, the distal and proximal ends being disposed on the axis, the longitudinal recess forming a sample chamber and positioned adjacent the distal end extending axially along a portion of the stylet, the longitudinal recess being a recess formed in the cylindrical element, the longitudinal insert being proximal to the cylindrical element such that bending-resisting reinforcement is provided to the stylet; an outer cutting sheath (206, 301); and a mounting portion by which the stylet is supported, the stylet having a working length from the distal end that extends distally of the mounting portion when supported thereby; wherein the cylindrical element has a proximal part into which is inserted the longitudinal insert, the longitudinal insert having a stiffness greater than a cylinder of wall thickness and outer diameter of the cylindrical element at the longitudinal recess, the longitudinal insert having a distal part over which the proximal part of the cylindrical element extends and a proximal part which extends proximally beyond the proximal part of the cylindrical element.
A remote control method, wherein the method comprises the steps of: obtaining a presentation image by an image collection device, wherein the presentation image is an image used to present an operation performed on a terminal to a visitor at a remote end; detecting a presentation screen picture of the terminal in the presentation image according to detection parameter information of the terminal by a control device independent of the terminal or a function module installed on the terminal, wherein the control device or the function module is connected with the image collection device, wherein the presentation screen picture is a screen picture of the terminal in the presentation image, wherein the presentation image comprises an image of a presenter, an image of the terminal and a background image, and wherein the image of the terminal comprises the presentation screen picture of the terminal; determining a mapping relationship between a pixel on the presentation screen picture and a pixel on a display screen of the terminal according to parameter information of the presentation screen picture and screen parameter information of the terminal; and controlling the terminal by the control device or the function module according to information about an operation by the visitor on the presentation screen picture, and the mapping relationship. obtaining a presentation image by an image collection device, wherein the presentation image is an image used to present an operation performed on a terminal to a visitor at a remote end; detecting a presentation screen picture of the terminal in the presentation image according to detection parameter information of the terminal by a control device independent of the terminal or a function module installed on the terminal, wherein the control device or the function module is connected with the image collection device, wherein the presentation screen picture is a screen picture of the terminal in the presentation image, wherein the presentation image comprises an image of a presenter, an image of the terminal and a background image, and wherein the image of the terminal comprises the presentation screen picture of the terminal; determining a mapping relationship between a pixel on the presentation screen picture and a pixel on a display screen of the terminal according to parameter information of the presentation screen picture and screen parameter information of the terminal; and controlling the terminal by the control device or the function module according to information about an operation by the visitor on the presentation screen picture, and the mapping relationship.
A solar cell comprising a first layer made of a first semiconductor material and at least a second layer made of a second semiconductor material, the first layer having a surface which is provided for receiving solar radiation, on which surface a charge carrier discharge structure is arranged, said discharge structure being composed of a plurality of rectilinearly formed metallic contact strips that have contact with the first layer, and further wherein there is a plurality of busbars, each contact strip being electrically connected directly or indirectly via one or more other contact strips to at least one of the busbars via a contact point, wherein a plurality of contact strips form a regular hexagon with six circumferential sections of equal length, wherein further a plurality of regular hexagons form a group of regular hexagons, and a plurality of such groups are disposed on the surface of regular hexagons, wherein the hexagons of each group each have different inradii and are concentrically disposed about a common centre of the respective group such that the circumferential portions of the hexagons of a respective group are aligned parallel to each other, characterised in that the busbars are arranged such that they are linear and parallel to one another and that one of the busbars extends through the common centre of each group so that each hexagon of a group is electrically connected to at least two contact points to the respective busbar which extends through the common centre.
An aircraft undercarriage and flight control device assembly; the flight control device comprising: an airfoil (530; 630; 730; 830; 930) retractably mounted to the undercarriage, wherein the airfoil (530; 630; 730; 830; 930) is extensible from the undercarriage during low-speed flight; and a retractable landing gear extensible from the undercarriage, wherein the airfoil (530; 630; 730; 830; 930) is mountable to the retractable landing gear for deployment with the retractable landing gear during low-speed flight; wherein the landing gear is a nose gear (520; 620; 720; 820; 920) which includes a vertical support strut (550; 650; 750; 850; 950), and further includes support and companion linkages attached to the vertical support strut (550; 650; 750; 850; 950); characterised by: the support and companion linkages being also attached to airfoil components (530A, 530B; 630A, 630B; 730A, 730B; 830A, 830B; 930A, 930B); and wherein the airfoil components (530A, 530B; 630A, 630B; 730A, 730B; 830A, 830B; 930A, 930B) are configured for deployment by telescoping movement of the linkages. an airfoil (530; 630; 730; 830; 930) retractably mounted to the undercarriage, wherein the airfoil (530; 630; 730; 830; 930) is extensible from the undercarriage during low-speed flight; and a retractable landing gear extensible from the undercarriage, wherein the airfoil (530; 630; 730; 830; 930) is mountable to the retractable landing gear for deployment with the retractable landing gear during low-speed flight; wherein the landing gear is a nose gear (520; 620; 720; 820; 920) which includes a vertical support strut (550; 650; 750; 850; 950), and further includes support and companion linkages attached to the vertical support strut (550; 650; 750; 850; 950); characterised by: the support and companion linkages being also attached to airfoil components (530A, 530B; 630A, 630B; 730A, 730B; 830A, 830B; 930A, 930B); and wherein the airfoil components (530A, 530B; 630A, 630B; 730A, 730B; 830A, 830B; 930A, 930B) are configured for deployment by telescoping movement of the linkages.
A bracket, particularly a wall bracket, for a musical instrument, especially a string instrument, with an adjustable base for receiving an instrument body and with at least two retaining arms that can be pivoted relative to an anchor element in order to detachably secure an instrument neck received between the retaining arms, wherein the base and the two retaining arms are coupled to one another by at least one connecting member, wherein at least one spring furthermore is provided, with said spring prestressing the base into a rest position and the two retaining arms into an open position, wherein the connecting member is realized in the form of a cable pull that couples the base to the two retaining arms, and wherein the cable pull is entirely or partially routed in the interior of the anchor element, characterized in that the cable pull extends through the spring. the base and the two retaining arms are coupled to one another by at least one connecting member, wherein at least one spring furthermore is provided, with said spring prestressing the base into a rest position and the two retaining arms into an open position, wherein the connecting member is realized in the form of a cable pull that couples the base to the two retaining arms, and wherein the cable pull is entirely or partially routed in the interior of the anchor element, characterized in that the cable pull extends through the spring.
A method of making an article with anti-reflective properties comprising the steps of: (i) reacting nano-particles with an amount of surface modifying agent; (ii) pre-hydrolysing a binder; (iii) mixing the surface modified particles from step (i) with the prehydrolysed binder from step (ii); (iv) applying the coating composition to a substrate; (v) curing the coating; (vi) washing the cured coating. (i) reacting nano-particles with an amount of surface modifying agent; (ii) pre-hydrolysing a binder; (iii) mixing the surface modified particles from step (i) with the prehydrolysed binder from step (ii); (iv) applying the coating composition to a substrate; (v) curing the coating; (vi) washing the cured coating.
A method for determining a frequency of an input signal comprising - determining a first count value by counting clock edges of a reference clock signal while the input signal corresponds to a first level value; - determining a second count value by counting clock edges of the reference clock signal while the input signal corresponds to a second level value; and - determining the frequency as a function of the first and the second count values (N1, N2); and wherein the frequency is determined as a function of the sum of the first and second count values of one or more successive measuring periods in the input signal; and wherein the frequency is only determined when the sum of the first and second count values of one or more successive measuring periods in the input signal exceeds a limit. - determining a first count value by counting clock edges of a reference clock signal while the input signal corresponds to a first level value; - determining a second count value by counting clock edges of the reference clock signal while the input signal corresponds to a second level value; and - determining the frequency as a function of the first and the second count values (N1, N2); and wherein the frequency is determined as a function of the sum of the first and second count values of one or more successive measuring periods in the input signal; and wherein the frequency is only determined when the sum of the first and second count values of one or more successive measuring periods in the input signal exceeds a limit.