mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for the detection of optical emission from individual members of a sample of micro-organisms, comprising an optical device including a light source configured to emit light in a first direction to individual members of the sample and a detection device configured to detect in a first field of view optical emission from the individual members emitted in a second direction opposite to the first direction and excited by the light emitted by the light source; and a fluid device including a storage reservoir configured to store the sample of microorganisms, a pumping device, in particular, a circulation pump, configured to circulate the sample of micro-organisms in the storage tank and wherein a capillary channel is arranged in the storage tank configured to allow a flow of individual members of the sample such that one individual member only is present in the field of view of the detection device at a given time of detection of the optical emission, a control means configured to control operation of the pumping device to produce pressure variations in the flow which change the velocity profile of the flow in a time period shorter than or about the time in which the fluid would reach a steady state before the pressure changes again, characterised in that the critical Womersley number for the flow of the portion of the sample of micro-organisms flowing through the capillary channel is larger than 1, wherein the critical Womersley number is defined as the Womersley number divided by the first root of the zeroth order Bessel function which equals 2.4048. an optical device including a light source configured to emit light in a first direction to individual members of the sample and a detection device configured to detect in a first field of view optical emission from the individual members emitted in a second direction opposite to the first direction and excited by the light emitted by the light source; and a fluid device including a storage reservoir configured to store the sample of microorganisms, a pumping device, in particular, a circulation pump, configured to circulate the sample of micro-organisms in the storage tank and wherein a capillary channel is arranged in the storage tank configured to allow a flow of individual members of the sample such that one individual member only is present in the field of view of the detection device at a given time of detection of the optical emission, a control means configured to control operation of the pumping device to produce pressure variations in the flow which change the velocity profile of the flow in a time period shorter than or about the time in which the fluid would reach a steady state before the pressure changes again, characterised in that the critical Womersley number for the flow of the portion of the sample of micro-organisms flowing through the capillary channel is larger than 1, wherein the critical Womersley number is defined as the Womersley number divided by the first root of the zeroth order Bessel function which equals 2.4048.
Method for operating at least one electric machine designed to drive a vehicle , wherein a current for a magnetisation of the at least one electric machine is set to a value prior to a target time point, wherein the value of the current for the magnetisation is adapted and changed at the target time point, characterised in that a value for a load acting on at least one axle of the vehicle and a value for at least one current for a torque are determined, based on a difference between loads on the axles or a distribution of the load among the axles , as at least one operating variable of the vehicle , wherein a change in the torque of the at least one electric machine at the target time point is predicted from the value of the load and the value of the at least one current for the torque.
An electronic apparatus , comprising: a communication interface ; and a processor configured to receive log data of a plurality of devices , the plurality of devices being connected to a network through the communication interface , the network corresponding to an internal private network to which a public internet protocol, IP, address is allocated, acquire operation time information of each of the devices from the received log data, the operation time information corresponding to a time index based on the log data of each of the plurality of devices , the time index including compressed time slots, which is generated by compressing time data into a bitmap in a predetermined time unit and which represents a time zone in which each device (210, 202, 203, and 204) connected to the network appears, calculate similarity of the operation time between the plurality of devices based on the acquired operation time information, identify a device group including two or more devices among the plurality of devices in which the calculated similarity of the operation time between the two or more devices is equal to or greater than a predetermined reference value, and assign a cluster identification, ID, to the identified device group to manage the two or more devices included in the identified device group, wherein the processor is configured to identify the device group by generating a graph-based cluster in which the two or more devices are connected to each other, the device group being utilized for a predetermined target service. a communication interface ; and a processor configured to receive log data of a plurality of devices , the plurality of devices being connected to a network through the communication interface , the network corresponding to an internal private network to which a public internet protocol, IP, address is allocated, acquire operation time information of each of the devices from the received log data, the operation time information corresponding to a time index based on the log data of each of the plurality of devices , the time index including compressed time slots, which is generated by compressing time data into a bitmap in a predetermined time unit and which represents a time zone in which each device (210, 202, 203, and 204) connected to the network appears, calculate similarity of the operation time between the plurality of devices based on the acquired operation time information, identify a device group including two or more devices among the plurality of devices in which the calculated similarity of the operation time between the two or more devices is equal to or greater than a predetermined reference value, and assign a cluster identification, ID, to the identified device group to manage the two or more devices included in the identified device group, wherein the processor is configured to identify the device group by generating a graph-based cluster in which the two or more devices are connected to each other, the device group being utilized for a predetermined target service.
A product comprising an isolated strain of Bifidobacterium NCIMB 41676 and an isolated strain of Bifidobacterium NCIMB 41003 for use in the prophylaxis or treatment of irritable bowel syndrome (IBS), including one or more of :- improving bowel symptoms associated with IBS; improving mood associated with IBS; reducing stress associated with IBS; reducing anxiety associated with IBS; improving sleep quality associated with IBS; treating depression associated with IBS; and normalising dysregulated cortisol awakening response associated with IBS. improving bowel symptoms associated with IBS; improving mood associated with IBS; reducing stress associated with IBS; reducing anxiety associated with IBS; improving sleep quality associated with IBS; treating depression associated with IBS; and normalising dysregulated cortisol awakening response associated with IBS.
An actuator, comprising: a. at least one motor for providing a first speed and a first force to at least one reduction assembly; b. at least one two-stage reduction assembly comprising at least one input pulley and at least one output pulley ; said at least one two-stage reduction assembly configured to perform a speed reduction in said first speed and a force increment in said force received from said at least one motor; characterized in that said at least one motor , said at least one input pulley and said at least one output pulley are inside each other within said actuator. a. at least one motor for providing a first speed and a first force to at least one reduction assembly; b. at least one two-stage reduction assembly comprising at least one input pulley and at least one output pulley ; said at least one two-stage reduction assembly configured to perform a speed reduction in said first speed and a force increment in said force received from said at least one motor;
A carton for packaging one or more articles (B), the carton comprising a plurality of primary panels at least partially extending around an interior of the carton, the plurality of primary panels comprising a top panel and a pair of side panels (12a/12b, 16a/16b, 1012, 1016) hingedly connected to opposed side edges of the top panel respectively, wherein the carton further comprises an end closure structure (20a/24a/30a, 20b/24b/30b; 1020a/1024a/1030a, 1020b/1024b/1030b) which partially closes an end of the carton , the end closure structure (20a/24a/30a, 20b/24b/30b; 1020a/1024a/1030a, 1020b/1024b/1030b) comprises a top end closure panel (24a, 24b; 1024a, 1024b) hingedly connected to an end edge of the top panel (14; 1014) and at least one anchor panel (20a, 30a, 20b, 30b; 1020a, 1030a, 1020b, 1030b) hingedly connected to an end edge of at least one of the pair of side panels (12a/12b, 16a/16b; 1012, 1016), said at least one anchor panel (20a, 30a, 20b, 30b; 1020a, 1030a, 1020b, 1030b) being coupled to the top end closure panel (24a, 24b; 1024a, 1024b) by a gusset panel (22a, 22b, 22c, 22d, 1022a 1022b, 1022c, 1022d), characterised in that the top end closure panel (24a, 24b; 1024a, 1024b) comprises at least one first article engaging tab (TB1, TB2) for extending into a gap between two adjacent articles (B) adjacent to the top end closure panel (24a, 24b; 1024a, 1024b).
A sensing element for use in a system for measuring fluid flow in turbulent blast environments, the sensing element comprising a sensor body and a first load cell arrangement connected to the sensor body , wherein the sensor body has a three dimensional shape which is rotationally symmetric about a longitudinal axis passing through the first load cell arrangement and the sensor body and wherein the first load cell arrangement is configured to measure the force exerted on the sensor body by fluid flow in at least an xy plane perpendicular to the longitudinal axis, wherein the sensor body comprises an outer surface comprising a texture which is selected to control the coefficient of drag of the sensor body, characterised in that the texture comprises a plurality of depressions .
A computing device implemented method for estimating a surface texture of a tooth, comprising: collecting a sequence of images utilizing multiple light conditions using an intra-oral imaging device having a number of different light sources of different intensities, wherein each image in the sequence is captured utilizing a different light source of a different intensity; comparing at least two of the images within the sequence to one another; estimating the surface texture of the tooth based on the comparison; and adding a dental detail to a dental model based on the estimated surface texture. collecting a sequence of images utilizing multiple light conditions using an intra-oral imaging device having a number of different light sources of different intensities, wherein each image in the sequence is captured utilizing a different light source of a different intensity; comparing at least two of the images within the sequence to one another; estimating the surface texture of the tooth based on the comparison; and adding a dental detail to a dental model based on the estimated surface texture.
A calibration device configured to calibrate a load meter that is installed in a road and measures an axle load of a vehicle , the calibration device comprising: a detector configured to detect a displacement amount (d) corresponding to displacement of a road surface of the road caused by the axle load of the vehicle ; and a calibrator configured to aggregate a plurality of the displacement amounts (d) detected by the detector , and to update a displacement coefficient (α) stored in a storage unit for calculating the axle load of the vehicle , characterized in that the calibrator being further configured to generate a histogram of the displacement amounts (d) from the plurality of displacement amounts (d), and to update the displacement coefficient (α) based only on the shape of the histogram corresponding to a first axle serving as a forefront axle of the vehicle . a detector configured to detect a displacement amount (d) corresponding to displacement of a road surface of the road caused by the axle load of the vehicle ; and a calibrator configured to aggregate a plurality of the displacement amounts (d) detected by the detector , and to update a displacement coefficient (α) stored in a storage unit for calculating the axle load of the vehicle , characterized in that the calibrator being further configured to generate a histogram of the displacement amounts (d) from the plurality of displacement amounts (d), and to update the displacement coefficient (α) based only on the shape of the histogram corresponding to a first axle serving as a forefront axle of the vehicle .
A composite semipermeable membrane having a chemically treated polyamide separation-functional layer on a porous support layer, wherein the polyamide separation-functional layer has a yellow index, measured according to Japanese Industrial Standard JIS K 7373, of 10 to 40, and the actual length of the polyamide separation-functional layer per 1 μm-length of the porous support layer, measured with a cross-section photograph of an ultrathin section using a TEM of a sample embedded in a water-soluble polymer, stained with OsO 4 , and cut with an ultramicrotome, is from 2 μm to 5 μm, wherein the polyamide separation-functional layer having primary amino groups retained as a compound in the separation-functional layer of the composite semipermeable membrane, is chemically treated by contacting it with a reagent that reacts with the primary amino groups and forms a diazonium salt or derivatives thereof and further reacted with an aromatic compound that reacts with the diazonium salt or derivatives thereof to form azo groups.
A filter panel for a drum filter which is used for filtering off solid particles from a liquid, comprising a first side being adapted to be attached to a drum of said drum filter , and a second side being adapted to receive a filter cloth , and a plurality of through holes extending from said first side to said second side , each hole defining four side walls , of which two opposing side walls are inclined, characterized in that the two inclined opposing side walls are inclined in a direction generally opposite to the direction of rotation of the drum or inclined generally in the direction of the rotation of the drum .
Vehicular laminated glass for separating a vehicle interior from an external environment, at least comprising: - an inner pane made of glass with a thickness of 0.2 mm to 0.3 mm, - an outer pane made of glass with a thickness of 1.6 mm to 2.1 mm, and - an acoustically damping intermediate layer , which bonds the inner pane to the outer pane , wherein - the acoustically damping intermediate layer comprises at least two outer polymeric layers (3.1) and an inner polymeric layer (3.2) positioned therebetween, and the outer polymeric layers (3.1) have lower elasticity or plasticity than the inner polymeric layer (3.2), - the inner polymeric layer (3.2) has a thickness of 0.05 mm to 0.40 mm, - the outer polymeric layers (3.1) have a thickness of 0.20 mm to 0.60 mm, and - the total thickness of the acoustically damping intermediate layer is at least 0.70 mm, wherein the outer pane is a non-prestressed pane and contains soda lime glass, and wherein the inner pane is a chemically tempered pane and contains aluminosilicate glass. - an inner pane made of glass with a thickness of 0.2 mm to 0.3 mm, - an outer pane made of glass with a thickness of 1.6 mm to 2.1 mm, and - an acoustically damping intermediate layer , which bonds the inner pane to the outer pane , wherein - the acoustically damping intermediate layer comprises at least two outer polymeric layers (3.1) and an inner polymeric layer (3.2) positioned therebetween, and the outer polymeric layers (3.1) have lower elasticity or plasticity than the inner polymeric layer (3.2), - the inner polymeric layer (3.2) has a thickness of 0.05 mm to 0.40 mm, - the outer polymeric layers (3.1) have a thickness of 0.20 mm to 0.60 mm, and - the total thickness of the acoustically damping intermediate layer is at least 0.70 mm, wherein the outer pane is a non-prestressed pane and contains soda lime glass, and wherein the inner pane is a chemically tempered pane and contains aluminosilicate glass.
A transverse control arm of shell construction for a wheel suspension, comprising at least three shell parts which are welded together to form a hollow body which has at least three bearing connection regions , wherein the at least three shell parts are made in the form of channel-shaped profile shells , characterised in that each of the at least three profile shells when considered in cross section defines an outer U-shaped edge portion (2.1, 3.1, 4.1) of the hollow body , wherein two of the at least three channel-shaped profile shells each form one of the at least three bearing connection regions .
A (4, 12;7,15) bicyclic peptide consisting of the amino acid sequence of SEQ ID NO: 20 for use in a method for preventing or treating organ inflammation in a patient.
A wound dressing , comprising: a backing layer comprising an interior region and a border region around the interior region; a dermal interface disposed in the border region, the dermal interface comprising an adhesive and a therapeutic composition; a wound interface disposed in the interior region; and characterized by a barrier layer disposed in the interior region between the dermal interface and the wound interface . a backing layer comprising an interior region and a border region around the interior region; a dermal interface disposed in the border region, the dermal interface comprising an adhesive and a therapeutic composition; a wound interface disposed in the interior region; and characterized by a barrier layer disposed in the interior region between the dermal interface and the wound interface .
Wooden construction having a first wooden construction part and a second wooden construction part and having a connection system, wherein the connection system is composed of a connector presenting a metal plate bent substantially 90°+-5° to form an elbow, whereby the plate presents a bend which divides the plate into a vertical plate part and a horizontal plate part , wherein the plate of the connector that connects the first wooden construction part to the second wooden construction part presents one row of first bores respectively in its vertical plate part and in its horizontal plate part , wherein the two wooden construction parts form a substantially right angle, and wherein the connector presents a second row of bores on the horizontal plate part , characterized in that the connector is fastened to one of the wooden construction parts by means of a first row of fully threaded screws inserted in the second bores , wherein the angle (a) formed by the fully threaded screw and the horizontal plate part of the plate is between 60°-85°, wherein these second bores are arranged adjacent to the bend with a maximum spacing of 25 mm and the connector is fastened to the wooden construction parts with a second row of nails and/or screws in the first bores , wherein the second screws/nails present a length smaller than that of the first row of fully threaded screws and are inserted substantially perpendicularly in the first bores opposite the corresponding plate parts and in the two wooden construction parts. wherein the connection system is composed of a connector presenting a metal plate bent substantially 90°+-5° to form an elbow, whereby the plate presents a bend which divides the plate into a vertical plate part and a horizontal plate part , wherein the plate of the connector that connects the first wooden construction part to the second wooden construction part presents one row of first bores respectively in its vertical plate part and in its horizontal plate part , wherein the two wooden construction parts form a substantially right angle, and wherein the connector presents a second row of bores on the horizontal plate part , characterized in that the connector is fastened to one of the wooden construction parts by means of a first row of fully threaded screws inserted in the second bores , wherein the angle (a) formed by the fully threaded screw and the horizontal plate part of the plate is between 60°-85°, wherein these second bores are arranged adjacent to the bend with a maximum spacing of 25 mm and the connector is fastened to the wooden construction parts with a second row of nails and/or screws in the first bores , wherein the second screws/nails present a length smaller than that of the first row of fully threaded screws and are inserted substantially perpendicularly in the first bores opposite the corresponding plate parts and in the two wooden construction parts.
A cushion for use in providing a regimen of respiratory therapy to a patient, the cushion comprising: a hollow base defining a main cavity therein, the hollow base defining at least one aperture for receiving a flow of breathing gas generated by a pressure generating device; and a pair of nasal pillows each extending from the hollow base, each nasal pillow having a generally cone-shaped head that tapers inward and upward from a base portion , that extends directly from the base, to a top opening , wherein each cone shaped head is structured to sealingly engage an inner portion of a nare of the patient with the top opening thereof positioned within the nare of the patient, wherein each cone-shaped head defines a passage there through that extends between the main cavity and the top opening and is structured to further convey the flow of breathing gas from the main cavity to a nasal passage of the patient, and characterized in that each base portion includes an inner edge positioned near the center of the cushion that merges with the hollow base and an opposite outer edge that is disposed at an outer portion of the cushion and spaced a distance (d) upward from an outer surface of the hollow base. a hollow base defining a main cavity therein, the hollow base defining at least one aperture for receiving a flow of breathing gas generated by a pressure generating device; and a pair of nasal pillows each extending from the hollow base, each nasal pillow having a generally cone-shaped head that tapers inward and upward from a base portion , that extends directly from the base, to a top opening , wherein each cone shaped head is structured to sealingly engage an inner portion of a nare of the patient with the top opening thereof positioned within the nare of the patient, wherein each cone-shaped head defines a passage there through that extends between the main cavity and the top opening and is structured to further convey the flow of breathing gas from the main cavity to a nasal passage of the patient, and characterized in that each base portion includes an inner edge positioned near the center of the cushion that merges with the hollow base and an opposite outer edge that is disposed at an outer portion of the cushion and spaced a distance (d) upward from an outer surface of the hollow base.