mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing glass or glass ceramic elements from sheet-like glass or glass ceramic parts with high accuracy and reduced grinding volume, wherein - filamentary defects are generated in the interior of the glass or glass ceramic part adjacent to one another along a separation line ; - the defects are generated by laser pulses of an ultra-short pulse laser , wherein the material of the glass or glass ceramic element is at least partially transparent for the laser pulses , so that the laser radiation can penetrate into the glass or the glass ceramic for generating the defects in the interior thereof; and - the pulsed laser beam and the surface of the glass or glass ceramic part are moved relative to each other, so that the points of incidence of the laser pulses on the surface of the glass or glass ceramic element line up adjacent to one another along the separation line; and wherein - once the filamentary defects have been introduced adjacent to one another along the separation line , the glass or glass ceramic element is worked out by severing along the separation line ; and wherein - the edge surface of the glass or glass ceramic element formed by the severing is partially processed by grinding, so that the edge surface comprises at least one strip-shaped region generated by the introducing of the filamentary defects and the severing, which has elongated juxtaposed parallel filamentary defects with a longitudinal extension transversely to the faces , and an adjacent strip-shaped region that has been further processed by grinding. - filamentary defects are generated in the interior of the glass or glass ceramic part adjacent to one another along a separation line ; - the defects are generated by laser pulses of an ultra-short pulse laser , wherein the material of the glass or glass ceramic element is at least partially transparent for the laser pulses , so that the laser radiation can penetrate into the glass or the glass ceramic for generating the defects in the interior thereof; and - the pulsed laser beam and the surface of the glass or glass ceramic part are moved relative to each other, so that the points of incidence of the laser pulses on the surface of the glass or glass ceramic element line up adjacent to one another along the separation line; and wherein - once the filamentary defects have been introduced adjacent to one another along the separation line , the glass or glass ceramic element is worked out by severing along the separation line ; and wherein - the edge surface of the glass or glass ceramic element formed by the severing is partially processed by grinding, so that the edge surface comprises at least one strip-shaped region generated by the introducing of the filamentary defects and the severing, which has elongated juxtaposed parallel filamentary defects with a longitudinal extension transversely to the faces , and an adjacent strip-shaped region that has been further processed by grinding.
A compressor , comprising: a casing for storing lubricating oil in a bottom part; a compression mechanism accommodated in an interior of the casing; an oil separator for separating out the lubricating oil from high-pressure refrigerant discharged from the compression mechanism, the oil separator being installed on an exterior of the casing; an oil return passage through which the lubricating oil separated out by the oil separator flows, the oil return passage communicating with a high-pressure space (S1) which is formed in the interior of the casing and into which the high-pressure refrigerant flows; and an ejector mechanism formed in the high-pressure space; the ejector mechanism having: a refrigerant-accelerating flow path in which the high-pressure refrigerant flows via a narrowed part , whereby a flow rate of the high-pressure refrigerant is increased; and an oil suction flow path communicating with the oil return passage and merging with the refrigerant-accelerating flow path, the lubricating oil being sucked from the oil return passage into the oil suction flow path. a casing for storing lubricating oil in a bottom part; a compression mechanism accommodated in an interior of the casing; an oil separator for separating out the lubricating oil from high-pressure refrigerant discharged from the compression mechanism, the oil separator being installed on an exterior of the casing; an oil return passage through which the lubricating oil separated out by the oil separator flows, the oil return passage communicating with a high-pressure space (S1) which is formed in the interior of the casing and into which the high-pressure refrigerant flows; and an ejector mechanism formed in the high-pressure space; the ejector mechanism having: a refrigerant-accelerating flow path in which the high-pressure refrigerant flows via a narrowed part , whereby a flow rate of the high-pressure refrigerant is increased; and an oil suction flow path communicating with the oil return passage and merging with the refrigerant-accelerating flow path, the lubricating oil being sucked from the oil return passage into the oil suction flow path.
A constitutive 1,4-dioxane-degrading bacteria being strain N23 deposited as Accession No. NITE BP-02032.
A method for detecting and characterizing a microorganism that is present in a blood sample, said method comprising: combining a blood sample containing a microorganism with a blood culture medium forming a blood culture, utilizing a spectroscopic technique to obtain at least two time-dependent measurements over time directly from said blood culture, wherein said spectroscopic technique comprises front-face fluorescence at multiple wavelengths and diffuse reflectance, and comparing said measurements to a database of Excitation-Emission Matrix (EEM) and scattering data from known microorganism strains to detect and characterize said microorganism present in said blood culture based on the comparison and wherein said characterization comprises broad categorization or classification of said microorganism. combining a blood sample containing a microorganism with a blood culture medium forming a blood culture, utilizing a spectroscopic technique to obtain at least two time-dependent measurements over time directly from said blood culture, wherein said spectroscopic technique comprises front-face fluorescence at multiple wavelengths and diffuse reflectance, and comparing said measurements to a database of Excitation-Emission Matrix (EEM) and scattering data from known microorganism strains to detect and characterize said microorganism present in said blood culture based on the comparison and wherein said characterization comprises broad categorization or classification of said microorganism.
A chemical recovery boiler for recovery of chemicals and thermal energy generated in a burning process, the chemical recovery boiler including - a furnace , comprising - a front wall , - a back wall comprising a nose arch , - at least one superheater arranged in upper part of the furnace , the chemical recovery boiler further including - a screen pipe system , comprising - an obliquely arranged screen pipe section positioned before/under the at least one superheater in the furnace , - the obliquely arranged screen pipe section comprising screen pipes ascending (i) either from the front wall to the back wall , and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall , or (ii) from the back wall to the front wall , and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall , and wherein the screen pipe system further comprises - a vertically arranged screen pipe section extending from the obliquely arranged screen pipe section , wherein the screen pipes of the vertically arranged screen pipe section are arranged to extend parallel with the at least one superheater in upper part of the furnace , characterized in that the obliquely arranged screen pipe section is arranged to penetrate through the wall such that the turn is placed outside of the furnace . - a furnace , comprising - a front wall , - a back wall comprising a nose arch , - at least one superheater arranged in upper part of the furnace , the chemical recovery boiler further including - a screen pipe system , comprising - an obliquely arranged screen pipe section positioned before/under the at least one superheater in the furnace , - the obliquely arranged screen pipe section comprising screen pipes ascending (i) either from the front wall to the back wall , and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall , or (ii) from the back wall to the front wall , and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall , and wherein the screen pipe system further comprises (i) either from the front wall to the back wall , and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall , or (ii) from the back wall to the front wall , and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall , and wherein the screen pipe system further comprises - a vertically arranged screen pipe section extending from the obliquely arranged screen pipe section , wherein the screen pipes of the vertically arranged screen pipe section are arranged to extend parallel with the at least one superheater in upper part of the furnace , characterized in that the obliquely arranged screen pipe section is arranged to penetrate through the wall such that the turn is placed outside of the furnace .
A bifocal, non-progressive ophthalmic lens , comprising: a convex surface; a concave surface opposite the convex surface, said concave surface including: a first optical surface having a first optical power for distance vision, and a second optical surface having a second optical power for near vision, wherein the first and second optical surfaces are connected with each other via a contact surface which is cotangent with each of the first and second optical surfaces , and wherein the first and second optical surfaces smoothly blend with the remainder of the concave surface , wherein the contact surface is centered on a line (Rc) that is a radius of the contact surface, and that extends orthogonally from the contact surface through a centroid of an intersected volume of the solids that would be defined by completions of the first and second optical surfaces . a convex surface; a concave surface opposite the convex surface, said concave surface including: a first optical surface having a first optical power for distance vision, and a second optical surface having a second optical power for near vision, wherein the first and second optical surfaces are connected with each other via a contact surface which is cotangent with each of the first and second optical surfaces , and wherein the first and second optical surfaces smoothly blend with the remainder of the concave surface , wherein the contact surface is centered on a line (Rc) that is a radius of the contact surface, and that extends orthogonally from the contact surface through a centroid of an intersected volume of the solids that would be defined by completions of the first and second optical surfaces . a first optical surface having a first optical power for distance vision, and a second optical surface having a second optical power for near vision, wherein the first and second optical surfaces are connected with each other via a contact surface which is cotangent with each of the first and second optical surfaces , and wherein the first and second optical surfaces smoothly blend with the remainder of the concave surface , wherein the contact surface is centered on a line (Rc) that is a radius of the contact surface, and that extends orthogonally from the contact surface through a centroid of an intersected volume of the solids that would be defined by completions of the first and second optical surfaces .
A control apparatus of a vehicle for changing a lane from a current driving lane to a target lane, comprising: a camera system and a lane detection module for detecting the current driving lane a target lane generator configured to generate the target lane, wherein the target lane generator is configured to generate a virtual target lane by shifting to a predetermined direction by a width of the current driving lane; a target distance generator configured to generate a target distance, that is changed in real time, wherein the target distance generator is configured to calculate the target distance with a speed of the vehicle, and a traverse directional departure distance of the vehicle from the center line of the target lane, as variables; a circular trace generator configured to generate in real time a circular trace passing a current point of a vehicle and a point on a center line of the target lane spaced by the target distance based on the vehicle, and having a driving direction of the vehicle as a tangential direction in real time; and a steering controller configured to calculate a target rate and a target steering angle so as for the vehicle to follow the generated circular trace. a camera system and a lane detection module for detecting the current driving lane a target lane generator configured to generate the target lane, wherein the target lane generator is configured to generate a virtual target lane by shifting to a predetermined direction by a width of the current driving lane; a target distance generator configured to generate a target distance, that is changed in real time, wherein the target distance generator is configured to calculate the target distance with a speed of the vehicle, and a traverse directional departure distance of the vehicle from the center line of the target lane, as variables; a circular trace generator configured to generate in real time a circular trace passing a current point of a vehicle and a point on a center line of the target lane spaced by the target distance based on the vehicle, and having a driving direction of the vehicle as a tangential direction in real time; and a steering controller configured to calculate a target rate and a target steering angle so as for the vehicle to follow the generated circular trace.
A forming tube for making filter bags of tetrahedral shape for infusion products comprising a forming element , which is elongate and hollow, which defines a longitudinal axis (Z) and which has a first opening through which the infusion product enters in the forming element , a second opening through which the product leaves from the forming element to be dosed inside a filter bag being formed, and an inner through cavity which connects the first opening to the second opening and inside of which flows the infusion product, the forming element comprising a main body substantially tubular comprising the first opening and a forming end comprising the second opening and designed to connect to the main body ; the forming end comprising: - a connecting portion which connects the forming end to the main body , the connecting portion having a first maximum transversal dimension (d1), and - a forming portion having a second maximum transversal dimension (d2), greater than the first maximum transversal dimension (d1); characterized in that the forming portion is rotatable relative to the main body about the longitudinal axis (Z); and the forming end has a transversal cross section circular relative to a plane transversal to the longitudinal axis (Z) at the connecting portion and a transversal cross section elongate relative to a plane transversal to the longitudinal axis (Z) at the forming portion . - a connecting portion which connects the forming end to the main body , the connecting portion having a first maximum transversal dimension (d1), and - a forming portion having a second maximum transversal dimension (d2), greater than the first maximum transversal dimension (d1); characterized in that the forming portion is rotatable relative to the main body about the longitudinal axis (Z); and the forming end has a transversal cross section circular relative to a plane transversal to the longitudinal axis (Z) at the connecting portion and a transversal cross section elongate relative to a plane transversal to the longitudinal axis (Z) at the forming portion .
An intravaginal ring (1,1',1") comprising at least one first pharmaceutically active ingredient and at least one first layer made of at least a first polymeric material, characterised in, that between about 10 and about 60 v/v% of at least one particulate material is dispersed and/or incorporated in said first polymeric material, and wherein the particulate material has a mean particle size of between 0.1 μm and 100 μm.
An optical scanning apparatus comprising: a main waveguide structure (11; 101) formed as an elongated rectangle having a top surface and exit face; a main progressive delay layer (12; 104) disposed adjacent the top surface of the main waveguide; a second waveguide (21; 111) and second progressive delay layer disposed adjacent the exit face of the main waveguide, the second waveguide also having a top surface and an exit face; one or more detectors (30; 105), disposed adjacent the exit face of the second waveguide; and wherein an index of refraction (ε) of the waveguides and/or progressive delay layers are adjustable. a main waveguide structure (11; 101) formed as an elongated rectangle having a top surface and exit face; a main progressive delay layer (12; 104) disposed adjacent the top surface of the main waveguide; a second waveguide (21; 111) and second progressive delay layer disposed adjacent the exit face of the main waveguide, the second waveguide also having a top surface and an exit face; one or more detectors (30; 105), disposed adjacent the exit face of the second waveguide; and wherein an index of refraction (ε) of the waveguides and/or progressive delay layers are adjustable.
Method for operating a cleaning appliance , the cleaning appliance having a suds container for receiving a washing liquor and a drum for receiving items to be cleaned , the method comprising the following steps: carrying out a first phase of a cleaning process with a washing liquor, the items to be cleaned being completely saturated with washing liquor in the first phase;and executing a second phase of the cleaning process, the washing liquor being reduced by a proportion, the items to be cleaned being partially saturated with washing liquor in the second phase, the washing liquor being heated, depending on a fill level of the washing liquor in the suds container , in in order to generate steam from the washing liquor for heating the items to be cleaned , characterised in that in the step of executing, in order to reduce the washing liquor, the washing liquor in the suds container is pumped out, at least during a rotational movement of the drum at an expulsion speed, in order to remove washing liquor from the items to be cleaned , and in the step of executing, the fill level of the washing liquor in the suds container is monitored by means of a pressure sensor of the cleaning appliance . carrying out a first phase of a cleaning process with a washing liquor, the items to be cleaned being completely saturated with washing liquor in the first phase;and executing a second phase of the cleaning process, the washing liquor being reduced by a proportion, the items to be cleaned being partially saturated with washing liquor in the second phase, the washing liquor being heated, depending on a fill level of the washing liquor in the suds container , in in order to generate steam from the washing liquor for heating the items to be cleaned , characterised in that in the step of executing, in order to reduce the washing liquor, the washing liquor in the suds container is pumped out, at least during a rotational movement of the drum at an expulsion speed, in order to remove washing liquor from the items to be cleaned , and in the step of executing, the fill level of the washing liquor in the suds container is monitored by means of a pressure sensor of the cleaning appliance .
A cracking aerosol composition to be filled into an aerosol container including a pressure-resistant container having an aerosol valve, wherein the cracking aerosol composition comprises a liquefied petroleum gas, water, a defoaming oil, a lower alcohol, carbon dioxide, an emulsifier and an emulsifying aid, a proportion of the liquefied petroleum gas is 20.0 to 55.0 mass %, a proportion of the defoaming oil is 0.5 to 12.0 mass %, a proportion of the lower alcohol is 5.0 to 30.0 mass %, a proportion of the carbon dioxide is 0.1 to 3.5 mass % and a proportion of the emulsifier is 0.02 to 1.2 mass %, and the emulsifier includes two types of nonionic surfactants having different HLB values, and a mass ratio of the two types of nonionic surfactants is 1:10 to 10:1. the cracking aerosol composition comprises a liquefied petroleum gas, water, a defoaming oil, a lower alcohol, carbon dioxide, an emulsifier and an emulsifying aid, a proportion of the liquefied petroleum gas is 20.0 to 55.0 mass %, a proportion of the defoaming oil is 0.5 to 12.0 mass %, a proportion of the lower alcohol is 5.0 to 30.0 mass %, a proportion of the carbon dioxide is 0.1 to 3.5 mass % and a proportion of the emulsifier is 0.02 to 1.2 mass %, and the emulsifier includes two types of nonionic surfactants having different HLB values, and a mass ratio of the two types of nonionic surfactants is 1:10 to 10:1.
Slatted frame connection device for connecting a first and a second longitudinal beam part of a slatted frame longitudinal beam at a connection point , wherein there is provided a longitudinal element which is to bridge the connection point and from which there protrude at least a first transverse member which is to engage into the first longitudinal beam part and at least a second transverse member which is to engage into the second longitudinal beam part , and there is provided a locking element with which the transverse members can be prevented from coming out of the associated longitudinal beam part , wherein the locking element is designed with a bracket member which has a latching projection and is to engage over the longitudinal element , wherein the bracket member acts as a clip which can be fitted to the longitudinal element on installation of the locking element , and the clip is thus able to engage over the longitudinal element transverse to the direction of the transverse members. wherein there is provided a longitudinal element which is to bridge the connection point and from which there protrude at least a first transverse member which is to engage into the first longitudinal beam part and at least a second transverse member which is to engage into the second longitudinal beam part , and there is provided a locking element with which the transverse members can be prevented from coming out of the associated longitudinal beam part , wherein the locking element is designed with a bracket member which has a latching projection and is to engage over the longitudinal element , wherein the bracket member acts as a clip which can be fitted to the longitudinal element on installation of the locking element , and the clip is thus able to engage over the longitudinal element transverse to the direction of the transverse members.