mhurhangee/patent-ind-claim-en huggingface dataset:
A mechanical pipette with an adjustable volume value of aspirated liquid, built of a handle and a nozzle and further comprising coupled with said handle and said nozzle a pipette exchangeable tip ejection mechanism comprising a push button of an ejector , which is seated in the upper part of said handle , the ejector mounted on said nozzle and, between said push button and said ejector , intermediate means for transferring a force from said push button onto said ejector , a drawing up and discharging mechanism comprising a pipetting button connected via a pipetting rod with a plunger which is disposed in said pipette nozzle , a plunger working stroke adjustment mechanism provided with a drive assembly of an adjustment screw of a working stroke of said plunger , a manually actuated lock mechanism of said plunger working stroke adjustment mechanism, a mechanical counter comprising a revolvers assembly for indication of a volume value of liquid drawn-up by the pipette depending on an adjusted plunger working stroke, a mechanical counter drive mechanism, a calibration mechanism for correction of a pipette accuracy deviation which constitutes the difference between the actual volume value of dispensed liquid and the liquid volume value indicated on said mechanical counter, characterized in that said ejection mechanism constitutes a hand operated second-class lever with a rotation axis that is perpendicular to the central pipette axis and is located on the side of the central pipette axis opposite to the point of application by the user to said push button an actuation force which actuates via said intermediate means said ejector , wherein points of the transfer of said actuation force from said push button onto said intermediate means during angle movement of said push button displace along rectilinear contact surfaces of said push button . a pipette exchangeable tip ejection mechanism comprising a push button of an ejector , which is seated in the upper part of said handle , the ejector mounted on said nozzle and, between said push button and said ejector , intermediate means for transferring a force from said push button onto said ejector , a drawing up and discharging mechanism comprising a pipetting button connected via a pipetting rod with a plunger which is disposed in said pipette nozzle , a plunger working stroke adjustment mechanism provided with a drive assembly of an adjustment screw of a working stroke of said plunger , a manually actuated lock mechanism of said plunger working stroke adjustment mechanism, a mechanical counter comprising a revolvers assembly for indication of a volume value of liquid drawn-up by the pipette depending on an adjusted plunger working stroke, a mechanical counter drive mechanism, a calibration mechanism for correction of a pipette accuracy deviation which constitutes the difference between the actual volume value of dispensed liquid and the liquid volume value indicated on said mechanical counter,
A light source device comprising: a light source section configured to emit a laser beam; a light source driver configured to drive the light source section; a light quantity unevenness reducing optical element ; a diffusion member that is provided in a traveling optical path of the laser beam, between the light source section and the light quantity unevenness reducing optical element , and is configured to diffuse the laser beam; characterized in that the diffusion member is a dielectric, and in that the light source device further comprises: a capacitance detecting sensor used as a detection element configured to detect the capacitance of the diffusion member based on a dielectric constant of the dielectric, wherein the detection element is configured to output a state detecting signal; an abnormal state determiner configured to determine an abnormal state of the diffusion member by comparing the state detecting signal with a threshold; and a controller configured to forcibly stop the light source driver to stop an output of the laser beam when the abnormal state is determined. a light source section configured to emit a laser beam; a light source driver configured to drive the light source section; a light quantity unevenness reducing optical element ; a diffusion member that is provided in a traveling optical path of the laser beam, between the light source section and the light quantity unevenness reducing optical element , and is configured to diffuse the laser beam; characterized in that the diffusion member is a dielectric, and in that the light source device further comprises: a capacitance detecting sensor used as a detection element configured to detect the capacitance of the diffusion member based on a dielectric constant of the dielectric, wherein the detection element is configured to output a state detecting signal; an abnormal state determiner configured to determine an abnormal state of the diffusion member by comparing the state detecting signal with a threshold; and a controller configured to forcibly stop the light source driver to stop an output of the laser beam when the abnormal state is determined. a capacitance detecting sensor used as a detection element configured to detect the capacitance of the diffusion member based on a dielectric constant of the dielectric, wherein the detection element is configured to output a state detecting signal; an abnormal state determiner configured to determine an abnormal state of the diffusion member by comparing the state detecting signal with a threshold; and a controller configured to forcibly stop the light source driver to stop an output of the laser beam when the abnormal state is determined.
A method comprising: a. receiving for display on an access device, a signal associated with a markup language file, the markup language file comprises inline content, block level content and one or more thumbnails associated with the block level content, the markup language file being tagged with one or more block level class attributes and at least one thumbnail image tag associated with the one or more thumbnails; b. searching the markup language file for a query expression; c. if the query is found in the block level content, generating a display from the block level content in response to a user selection of the one or more thumbnails associated with the block level content; and d. in response to a received adjustment instruction, redisplaying the displayed block level content with an aspect ratio maintained in order to preserve a predetermined spatial relation between a first portion and a second portion of the displayed block level content. a. receiving for display on an access device, a signal associated with a markup language file, the markup language file comprises inline content, block level content and one or more thumbnails associated with the block level content, the markup language file being tagged with one or more block level class attributes and at least one thumbnail image tag associated with the one or more thumbnails; b. searching the markup language file for a query expression; c. if the query is found in the block level content, generating a display from the block level content in response to a user selection of the one or more thumbnails associated with the block level content; and d. in response to a received adjustment instruction, redisplaying the displayed block level content with an aspect ratio maintained in order to preserve a predetermined spatial relation between a first portion and a second portion of the displayed block level content.
A method comprising: receiving, by an evidentiary electronic processor , identifying data associated with respective ones of a plurality of communication devices associated with an incident ; determining, by the evidentiary electronic processor , an assignment status of each communication device using respective identifying data, wherein the assignment status indicates that a communication device is one of assigned to the incident, unassigned to the incident and associated with a first profile that is relevant to the incident, or unassigned to the incident and associated with a second profile that is irrelevant to the incident ; receiving, by the evidentiary electronic processor , sensor data associated with the incident from a sending communication device out of the plurality of communication devices ; and processing, by the electronic processor, the sensor data based on a respective assignment status associated with the sending communication device . receiving, by an evidentiary electronic processor , identifying data associated with respective ones of a plurality of communication devices associated with an incident ; determining, by the evidentiary electronic processor , an assignment status of each communication device using respective identifying data, wherein the assignment status indicates that a communication device is one of assigned to the incident, unassigned to the incident and associated with a first profile that is relevant to the incident, or unassigned to the incident and associated with a second profile that is irrelevant to the incident ; receiving, by the evidentiary electronic processor , sensor data associated with the incident from a sending communication device out of the plurality of communication devices ; and processing, by the electronic processor, the sensor data based on a respective assignment status associated with the sending communication device .
A bearing component comprising a ground portion including a contact surface which is a surface in contact with other components, composed of steel which contains carbon not less than 0.95 mass % and not more than 1.1 mass %, silicon less than 0.3 mass %, manganese less than 0.5 mass %, sulfur less than 0.008 mass %, and chromium not less than 1.4 mass % and less than 1.6 mass % and is composed of remainder iron and an impurity and having a carbonitrided layer formed at a surface portion including the contact surface , wherein the surface portion extends from the contact surface to a depth of 20 μm in a direction of thickness of the bearing component, an average concentration of nitrogen in said surface portion being not lower than 0.3 mass % and not higher than 0.6 mass % and variation in nitrogen concentration in said surface portion being not higher than 0.1 mass %, wherein the variation in nitrogen concentration in said surface portion is defined as a largest value of differences between an average concentration of nitrogen in the surface portion and measurement values at measurement points S1 to S6 as defined in the description, an amount of retained austenite in said surface portion being not greater than 8 volume %, and an area ratio of a precipitate in the inside where no said carbonitrided layer is formed being not lower than 11%.
A method for wireless communication, comprising: identifying semi-persistent resources reserved for use by traffic of a first priority; and transmitting an assignment of communication resources in a grant, the communication resources at least partially overlapping with the semi-persistent resources and to be used for traffic of a second priority, the second priority being lower than the first priority, characterised in that J Z the grant indicates a maximum transmission power for the traffic of the second priority, the maximum transmission power for the traffic of the second priority being configured such that an interference parameter indicative of an amount of interference imposed by the traffic of the second priority on the traffic of the first priority satisfies an interference threshold. identifying semi-persistent resources reserved for use by traffic of a first priority; and transmitting an assignment of communication resources in a grant, the communication resources at least partially overlapping with the semi-persistent resources and to be used for traffic of a second priority, the second priority being lower than the first priority, characterised in that J Z the grant indicates a maximum transmission power for the traffic of the second priority, the maximum transmission power for the traffic of the second priority being configured such that an interference parameter indicative of an amount of interference imposed by the traffic of the second priority on the traffic of the first priority satisfies an interference threshold.
An outer ring for a tapered roller bearing assembly , the outer ring comprising: an annular backing member having a body with a first portion defining a radial inner surface and a radial outer surface , and a second portion extending at an angle away from the first portion and defining an axially-facing base surface and a radially-facing end surface ; and an annular race member having a radial outer face , a radial inner face , a first axial end face , and a second axial end face , each axial end face extending between the radial outer face and the radial inner face ; and wherein the annular backing member is in press-fit engagement with the annular race member such that the radial outer face of the annular race member engages the radial inner surface of the annular backing member and the second axial end face of the annular race member engages the axially-facing base surface of the annular backing member such that the annular backing member and the annular race member are unitized; wherein the second axial end face of the annular race member includes a step that engages the radially-facing end surface of the annular backing member , characterised in that the radial outer surface of the annular backing member is configured to engage a housing to be moveable axially relative to the housing to adjust a preload of the bearing assembly . an annular backing member having a body with a first portion defining a radial inner surface and a radial outer surface , and a second portion extending at an angle away from the first portion and defining an axially-facing base surface and a radially-facing end surface ; and an annular race member having a radial outer face , a radial inner face , a first axial end face , and a second axial end face , each axial end face extending between the radial outer face and the radial inner face ; and wherein the annular backing member is in press-fit engagement with the annular race member such that the radial outer face of the annular race member engages the radial inner surface of the annular backing member and the second axial end face of the annular race member engages the axially-facing base surface of the annular backing member such that the annular backing member and the annular race member are unitized; wherein the second axial end face of the annular race member includes a step that engages the radially-facing end surface of the annular backing member , characterised in that the radial outer surface of the annular backing member is configured to engage a housing to be moveable axially relative to the housing to adjust a preload of the bearing assembly .
A multilamellar vesicle in the shape of a rotational body comprising two or more concentric lipid double layers and fragrance wherein the vesicle has a mean diameter between 100 and 800 nm, the lipid double layers comprise a) at least one surfactant having a HLB value of greater than 6, selected from group consisting of polyoxyalkylene C 8 -C 24 -fatty alcohol ethers, polyoxyalkylene C 8 -C 24 -fatty acid esters, collagen hydrolysates modified with C 8 -C 24 -fatty acid or combinations of two or more thereof, and b) an amphiphilic compound having a logP value of 1 or above, selected from the group consisting of triglycerides of C 8 -C 24 -fatty acids and esters of C 8 -C 24 -fatty acids and C 8 -C 24 -fatty alcohols or combinations thereof, and wherein the vesicle comprises in addition to components a) and b) a fragrance having a logP value of 1 or above. a) at least one surfactant having a HLB value of greater than 6, selected from group consisting of polyoxyalkylene C 8 -C 24 -fatty alcohol ethers, polyoxyalkylene C 8 -C 24 -fatty acid esters, collagen hydrolysates modified with C 8 -C 24 -fatty acid or combinations of two or more thereof, and b) an amphiphilic compound having a logP value of 1 or above, selected from the group consisting of triglycerides of C 8 -C 24 -fatty acids and esters of C 8 -C 24 -fatty acids and C 8 -C 24 -fatty alcohols or combinations thereof, and
A compression bone screw for compressing adjacent bone portions together, comprising: a head portion comprised of a superior end and an inferior end ; a shank extending distally from the inferior end to a distal end ; and proximal threads and distal threads disposed along the shank, the proximal threads comprised of a first thread pitch and the distal threads comprised of a second thread pitch, such that the shank comprises a differential pitch; wherein the superior end includes a shaped opening that is substantially concentric with the head portion and configured to engagedly receive a tool for driving the compression bone screw into the hole drilled in the bone, and wherein the inferior end comprises a plurality of barbs disposed around the circumference of the inferior end and configured to fixedly engage with surrounding bone tissue; and wherein the shaped opening comprises a multi-lobe shape; wherein a center hole extends from the head portion to the distal end and is configured to receive any of various guidewires, trocars, and other similar instruments configured to direct the compression bone screw to a target opening of a hole drilled in a bone; characterised in that : a tapered diameter extends from the distal threads to a rounded portion that comprises the distal end; and in that the distal end and the tapered diameter of the bone screw are further comprised of one or more flutes that extend from adjacent of the center hole and spiral along the tapered diameter ; wherein a pair of cutting edges borders each of the flutes . a head portion comprised of a superior end and an inferior end ; a shank extending distally from the inferior end to a distal end ; and proximal threads and distal threads disposed along the shank, the proximal threads comprised of a first thread pitch and the distal threads comprised of a second thread pitch, such that the shank comprises a differential pitch; wherein the superior end includes a shaped opening that is substantially concentric with the head portion and configured to engagedly receive a tool for driving the compression bone screw into the hole drilled in the bone, and wherein the inferior end comprises a plurality of barbs disposed around the circumference of the inferior end and configured to fixedly engage with surrounding bone tissue; and wherein the shaped opening comprises a multi-lobe shape; wherein a center hole extends from the head portion to the distal end and is configured to receive any of various guidewires, trocars, and other similar instruments configured to direct the compression bone screw to a target opening of a hole drilled in a bone; characterised in that : a tapered diameter extends from the distal threads to a rounded portion that comprises the distal end; and in that the distal end and the tapered diameter of the bone screw are further comprised of one or more flutes that extend from adjacent of the center hole and spiral along the tapered diameter ; wherein a pair of cutting edges borders each of the flutes .
Extractor hood system having an extractor hood and a filter , the extractor hood comprising a receiving device which is fixed to the extractor hood , the filter comprising a fastening element which is fixed to the filter , the fastening element being shaped as an angular element having a receiving surface and a fixing surface , characterised in that an angle between the receiving surface and the fixing surface is 65° to 85°, the fastening element is shaped so as to have an extension for being received in the receiving device , the extension is shaped, at a free end of the receiving surface , so as to be guided through a groove in the receiving device along a feed direction , and the receiving device is designed and formed for receiving the fastening element and comprises at least the following features: - a groove through which an extension of the fastening element of the filter , which fastening element is or can be fastened to the filter , can be guided along a feed direction ; - a receiving recess which is connected to the groove and shaped so as to receive the extension , after having been guided through, in a fastening position in which the fastening element is fastened in the receiving device , - a retaining element which is located upstream of the receiving recess in the feed direction and is shaped so as to retain the extension received in the receiving recess in the fastening position ; and - an insertion opening which is shaped so as to introduce the extension from outside the receiving device into the groove ; - the insertion opening is arranged transversely with respect to the groove ; and - a stop portion in the region of the insertion opening , which stop portion is shaped so as to prevent the extension from sliding out of the groove counter to the feed direction . - a groove through which an extension of the fastening element of the filter , which fastening element is or can be fastened to the filter , can be guided along a feed direction ; - a receiving recess which is connected to the groove and shaped so as to receive the extension , after having been guided through, in a fastening position in which the fastening element is fastened in the receiving device , - a retaining element which is located upstream of the receiving recess in the feed direction and is shaped so as to retain the extension received in the receiving recess in the fastening position ; and - an insertion opening which is shaped so as to introduce the extension from outside the receiving device into the groove ; - the insertion opening is arranged transversely with respect to the groove ; and - a stop portion in the region of the insertion opening , which stop portion is shaped so as to prevent the extension from sliding out of the groove counter to the feed direction .
A process for in situ synthesis of dispersion of ZnO and TiO 2 nanoparticles in an oil medium, wherein the process comprises: (a) providing layered basic zinc hydroxide LBZ in an oil medium, containing a dispersant, (b) providing a titanium precursor in the oil medium to obtain a mixture, (c) hydrolyzing the mixture to obtain a colloidal suspension, and (d) decomposing the colloidal suspension to obtain a dispersion of mixture of ZnO and TiO 2 nanoparticles. (a) providing layered basic zinc hydroxide LBZ in an oil medium, containing a dispersant, (b) providing a titanium precursor in the oil medium to obtain a mixture, (c) hydrolyzing the mixture to obtain a colloidal suspension, and (d) decomposing the colloidal suspension to obtain a dispersion of mixture of ZnO and TiO 2 nanoparticles.