mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring changes in hair movement characteristics, predictive of consumer response, the method comprising the steps of: i) providing an apparatus for measuring movement characteristics of hair; ii) measuring the movement characteristics of hair using the apparatus; iii) applying a treatment or assault to the hair; iv) measuring the movement characteristics of the hair resulting from step iii); v) comparing the movement characteristics arising from step iv) with that of step ii); and vi) assessing the changes in movement occurring as a result of the application of the treatment or assault, wherein the apparatus comprises a rig including a bar upon which the hair is mountable, the rig including a motor to apply a forced oscillation in the horizontal axis to the bar, the bar is located in front of a lightbox; a camera (with video capabilities) is mounted a fixed distance from the lightbox for capturing images of the hair during forced movement and also images of the decay of the movement after the forced oscillation has ceased to be applied. i) providing an apparatus for measuring movement characteristics of hair; ii) measuring the movement characteristics of hair using the apparatus; iii) applying a treatment or assault to the hair; iv) measuring the movement characteristics of the hair resulting from step iii); v) comparing the movement characteristics arising from step iv) with that of step ii); and vi) assessing the changes in movement occurring as a result of the application of the treatment or assault,
Laundry dryer machine comprising a fluff filter for filtering drying air from fluff lost by laundry during the laundry dryer machine operation, the fluff filter comprising: - an input opening for receiving the drying air; - a first filtering portion and a second filtering portion for outputting drying air filtered from fluff, the first filtering portion including a first frame structure and the second filtering portion including a second frame structure, and - hinge elements for pivotally coupling the first frame structure with the second frame structure, characterised in that the fluff filter further comprises: - a filtering surface supported by the first frame structure and by the second frame structure, said filtering surface joining the first frame structure with the second frame structure, wherein each hinge element comprises: - a pin connected to a first selected frame structure among the first - frame structure and the second frame structure, and - a corresponding seat connected to a second selected frame structure among the first frame structure and the second frame structure different from the first selected frame structure, the seat being adapted to rotatably house the pin. - an input opening for receiving the drying air; - a first filtering portion and a second filtering portion for outputting drying air filtered from fluff, the first filtering portion including a first frame structure and the second filtering portion including a second frame structure, and - hinge elements for pivotally coupling the first frame structure with the second frame structure, characterised in that the fluff filter further comprises: - a filtering surface supported by the first frame structure and by the second frame structure, said filtering surface joining the first frame structure with the second frame structure, wherein each hinge element comprises: - a pin connected to a first selected frame structure among the first - frame structure and the second frame structure, and - a corresponding seat connected to a second selected frame structure among the first frame structure and the second frame structure different from the first selected frame structure, the seat being adapted to rotatably house the pin. - a filtering surface supported by the first frame structure and by the second frame structure, said filtering surface joining the first frame structure with the second frame structure, wherein each hinge element comprises: - a pin connected to a first selected frame structure among the first - frame structure and the second frame structure, and - a corresponding seat connected to a second selected frame structure among the first frame structure and the second frame structure different from the first selected frame structure, the seat being adapted to rotatably house the pin.
A method for detecting a domain name family of a botnet, comprising: obtaining suspicious domain names; building a domain name space-time correlation graph based on correlations between the suspicious domain names in different dimensions, wherein in the domain name space-time correlation graph, each suspicious domain name is taken as a node, an edge is formed between two domain names having at least one correlation, and the correlation between the two domain names is taken as an attribute value of the edge, wherein the correlations in different dimensions comprises any combination of the following characteristics: similarity in grammatical features of the domain names, similarity in correlations between the domain names and a virus, similarity in IP addresses resolved from the domain names, and similarity in access traffics of the domain names; and determining domain names that are closely correlated in the domain name space-time correlation graph according to a determination index of a compactness of each node in graph computing, and taking a set of the corresponding domain names as the domain name family of the botnet. obtaining suspicious domain names; building a domain name space-time correlation graph based on correlations between the suspicious domain names in different dimensions, wherein in the domain name space-time correlation graph, each suspicious domain name is taken as a node, an edge is formed between two domain names having at least one correlation, and the correlation between the two domain names is taken as an attribute value of the edge, wherein the correlations in different dimensions comprises any combination of the following characteristics: similarity in grammatical features of the domain names, similarity in correlations between the domain names and a virus, similarity in IP addresses resolved from the domain names, and similarity in access traffics of the domain names; and determining domain names that are closely correlated in the domain name space-time correlation graph according to a determination index of a compactness of each node in graph computing, and taking a set of the corresponding domain names as the domain name family of the botnet.
Thermoforming packaging machine having a production direction, wherein the thermoforming packaging machine comprises the following: a film seat for receiving a lower film supply roll; a pre-treatment station for pre-treating the lower film web; a forming station provided downstream of the pre-treatment station with respect to the production direction and having a forming tool for forming depressions in the lower film web by thermoforming; a filling path for filling the depressions with products downstream of the forming station with respect to the production direction; a sealing station provided downstream of the filling path with respect to the production direction and comprising a sealing tool for closing the depressions with an upper film; a machine rack at which the pre-treatment station, the forming station, the filling path, and the sealing station are arranged one behind the other along the production direction; and a transport assembly configured to convey the lower film web along the production direction through the pre-treatment station, further to the forming station, even further to the filling path, and finally to the sealing station, characterized by a redirection unit configured to redirect the lower film web about an angle (a) around a vertical axis with respect to the vertical axis before it reaches the pre-treatment station, wherein the redirection unit is at least partially provided below the pre-treatment station, and wherein the machine rack comprises a cavity region below the pre-treatment station, the redirection unit being at least partially arranged in the cavity region. a film seat for receiving a lower film supply roll; a pre-treatment station for pre-treating the lower film web; a forming station provided downstream of the pre-treatment station with respect to the production direction and having a forming tool for forming depressions in the lower film web by thermoforming; a filling path for filling the depressions with products downstream of the forming station with respect to the production direction; a sealing station provided downstream of the filling path with respect to the production direction and comprising a sealing tool for closing the depressions with an upper film; a machine rack at which the pre-treatment station, the forming station, the filling path, and the sealing station are arranged one behind the other along the production direction; and a transport assembly configured to convey the lower film web along the production direction through the pre-treatment station, further to the forming station, even further to the filling path, and finally to the sealing station, characterized by a redirection unit configured to redirect the lower film web about an angle (a) around a vertical axis with respect to the vertical axis before it reaches the pre-treatment station, wherein the redirection unit is at least partially provided below the pre-treatment station, and wherein the machine rack comprises a cavity region below the pre-treatment station, the redirection unit being at least partially arranged in the cavity region.
A lubricant composition characterized in that the composition comprises glycerol 55 to 90 % by weight of the composition, water 8.5 to 44 % by weight of the composition, carboxymethyl cellulose 0.1 to 0.7 % by weight of the composition, and sodium polyphosphate at least 0.2 % by weight of the composition.
A backflow safety valve for a heating device, having a backflow flap held on a bracket, wherein the backflow flap is movable relative to the bracket to open a flow path for a fuel-air mixture to be supplied to a burner of the heating device in a main flow direction and to close the same in a backflow direction, and having a web structure formed from a plurality of webs which, when seen in the backflow direction, form upstream bearing points for the backflow flap to limit a movement of the backflow flap in the backflow direction, characterized in that the webs have depressions between the bearing points, into which the backflow flap is bendable and thereby able to be brought into contact with the webs adjacent to the bearing points also in the area of the depressions.
Device for detachably securing a toilet seat and/or a toilet lid on a toilet bowl, with a minimum of one carrier which, by using attachment devices, can be attached to the toilet bowl, whereby, a minimum of one pin, as well as a feedthrough and a minimum of one locking element is provided for each pin, whereby, each of the pins features a groove, whereby, that a minimum of one locking element can be inserted into the feedthroughs, whereby, either the pins are attached to the carriers and the feedthroughs on the toilet seat and/or attached to the toilet lid and/or the pins are attached to the toilet seat and/or attached to the toilet lid and the feedthroughs are attached to the carriers, whereby, by inserting the pins into the feedthroughs, the locking elements become into operative connection with the grooves and, thus, through the force of the locking elements, retain the pins in the feedthroughs, whereby, the toilet seat and/or the toilet lid are detachably connected to the toilet bowl and the device is placed into an interconnected condition and, whereby, by overcoming the force of the locking elements on the inserted pins, the pins can be pulled out of the feedthroughs and with such force that the locking elements are released from their operative connection with the grooves, whereby, the locking elements are expanded so wide that the pins can be released from the feedthroughs, whereby, the toilet seat and/or the toilet lid is released from the toilet bowl and, thus, the device is placed into a release condition, characterized in that, by using a tool and without activating a knob, button or other similar element, the toilet seat or toilet lid can be removed and installed at any time from the toilet bowl.
A method for bearing a flexible Ethernet service on an optical transport network, comprising: extracting a flexible Ethernet service from a flexible Ethernet service layer, wherein the extracting the flexible Ethernet service from the flexible Ethernet service layer comprises: extracting the flexible Ethernet service from the flexible Ethernet service layer according to timeslot distribution of the flexible Ethernet service at the flexible Ethernet service layer; performing data division on the flexible Ethernet service to obtain at least two data queues, wherein each data queue carries a queue identifier; mapping each data queue into an optical transport network container, wherein the optical transport network container comprises an optical channel data unit-k container or an optical channel data unit flexible container; and sending the optical transport network containers to an optical transport network. extracting the flexible Ethernet service from the flexible Ethernet service layer according to timeslot distribution of the flexible Ethernet service at the flexible Ethernet service layer; performing data division on the flexible Ethernet service to obtain at least two data queues, wherein each data queue carries a queue identifier; mapping each data queue into an optical transport network container, wherein the optical transport network container comprises an optical channel data unit-k container or an optical channel data unit flexible container; and sending the optical transport network containers to an optical transport network.
A method carried out at an user equipment, UE, in an inter-eNB carrier aggregation system, the method comprising: receiving an upper layer configuration, wherein a first uplink feedback component carrier is associated with a first group of downlink component carriers and a second uplink feedback component carrier is associated with a second group of downlink component carriers; aggregating a set of feedback information for the downlink component carriers associated with the first and the second uplink feedback component carriers, respectively; generating uplink feedback channels to carry the aggregated feedback information for the first and the second uplink feedback component carriers, characterized in that, the UE is configured with inter-eNB carrier aggregation with two UE-IDs, a first UE-ID associated with a first base station, eNB, and a second UE-ID associated with a second eNB, respectively, wherein the first group of downlink component carriers are associated with the first eNB with the first UE-ID and the second group of downlink component carriers are associated with the second eNB with the second UE-ID, and wherein the uplink feedback channels on the first and the second uplink feedback component carriers are generated with the corresponding first and second UE-IDs. receiving an upper layer configuration, wherein a first uplink feedback component carrier is associated with a first group of downlink component carriers and a second uplink feedback component carrier is associated with a second group of downlink component carriers; aggregating a set of feedback information for the downlink component carriers associated with the first and the second uplink feedback component carriers, respectively; generating uplink feedback channels to carry the aggregated feedback information for the first and the second uplink feedback component carriers, characterized in that, the UE is configured with inter-eNB carrier aggregation with two UE-IDs, a first UE-ID associated with a first base station, eNB, and a second UE-ID associated with a second eNB, respectively, wherein the first group of downlink component carriers are associated with the first eNB with the first UE-ID and the second group of downlink component carriers are associated with the second eNB with the second UE-ID, and wherein the uplink feedback channels on the first and the second uplink feedback component carriers are generated with the corresponding first and second UE-IDs.
A method for calibrating a magnetic resonance imaging phantom which deviates from an expected geometry due to geometric inaccuracies caused by manufacturing imprecision, the phantom comprising at least one MRI detectable part with a position within the expected geometry which is known with a geometric inaccuracy, wherein the method comprises the following steps: - step 1: placing the phantom at a predetermined location in a magnetic resonance imaging system such that the MRI detectable part is within a symmetry plane (110, 112, 114), i.e. along one of the x=0, y=0 or z=0 planes of a gradient coil system of the magnetic resonance imaging system and; - step 2: acquiring an MRI image of the MRI detectable part of the phantom by means of a first sequence, wherein the MRI image comprises multiple slices, wherein each of the slices is oriented along the symmetry plane; - step 3: causing a computer to determine the geometric inaccuracy, i.e. the deviation from the expected geometry of the MRI detectable part of the MRI phantom based on the position and the representation of the part in the MRI image using the assumption that a gradient field generated by the gradient coil system has zero x-distortion in an x=0 plane, zero y-distortion in a y=0 plane and zero z-distortion in a z=0 plane such that, if the part deviates from the symmetry plane in the MRI image, this deviation is caused by said mechanical inaccuracy, and not caused by the first sequence used. - step 1: placing the phantom at a predetermined location in a magnetic resonance imaging system such that the MRI detectable part is within a symmetry plane (110, 112, 114), i.e. along one of the x=0, y=0 or z=0 planes of a gradient coil system of the magnetic resonance imaging system and; - step 2: acquiring an MRI image of the MRI detectable part of the phantom by means of a first sequence, wherein the MRI image comprises multiple slices, wherein each of the slices is oriented along the symmetry plane; - step 3: causing a computer to determine the geometric inaccuracy, i.e. the deviation from the expected geometry of the MRI detectable part of the MRI phantom based on the position and the representation of the part in the MRI image using the assumption that a gradient field generated by the gradient coil system has zero x-distortion in an x=0 plane, zero y-distortion in a y=0 plane and zero z-distortion in a z=0 plane such that, if the part deviates from the symmetry plane in the MRI image, this deviation is caused by said mechanical inaccuracy, and not caused by the first sequence used.
A complete flow diversion intestinal ostomy surgery kit, comprising at least an ostomy tube, the said ostomy tube comprising a tube body; near the front end of the tube body is provided with a deformable balloon; the said tube body forms a drainage section at the preceding part of the balloon; a fine tube is provided within the tube wall of the said tube body or inside the said tube body; the front end of the fine tube penetrates the tube wall of the said tube body and is in communication with the inner cavity of the balloon; the rear end of the fine tube connects a connector for injecting fluid into the balloon with a one-way valve; the said connector is equipped with a manometer for measuring the pressure caused by the balloon impressed to the intestinal wall; the said balloon and the intestinal wall form a sealed structure that blocks matters inside of the intestine after filled with fluid via the said connector; there is a drainage port at the drainage section for guiding the matters inside of the intestine out by the said tube body; wherein the said complete flow diversion intestinal ostomy surgery kit further comprises a ring-shaped fixing plate; the exterior wall of the tube body is provided with a ring-shaped groove; the said ostomy tube can be fixedly connected to the abdominal wall of a patient via the ring-shaped fixing plate that matches the ring-shaped groove; the complete flow diversion intestinal ostomy surgery kit characterized in that the inner ring of the said ring-shaped fixing plate is provided with four jaws extending along the diameter of the said ring-shaped fixing plate, the space between the ends of the four jaws is slightly smaller than the outer diameter of the said tube body, the said ring-shaped fixing plate stuck in the said ring-shaped groove by the way of pressing the said jaws.
An image processing apparatus, comprising: a skin information obtaining unit configured to extract a skin area from an image and to obtain skin information from the skin area; an independent component extracting unit configured to extract independent components constituting the skin area from the skin information; a bias calculation unit configured to calculate, based on the independent components, a bias representing color information of a light source used to illuminate the skin area when the image is captured; wherein the independent component extracting unit is configured to extract the independent components including melanin pigment components, hemoglobin pigment components, and shading components from the skin information; the bias calculation unit is configured to: obtain a smallest component of the melanin pigment components, a smallest component of the hemoglobin pigment components, and a smallest component of the shading components, and calculate the bias based on the sum of the smallest component of the melanin pigment components, the smallest component of the hemoglobin pigment components and the smallest component of the shading components; and an image correction unit configured to correct the image based on the bias by obtaining a reference bias (B t, 812, 816) to be used as a target in correcting the image, and correcting the image based on the bias and the reference bias. a skin information obtaining unit configured to extract a skin area from an image and to obtain skin information from the skin area; an independent component extracting unit configured to extract independent components constituting the skin area from the skin information; a bias calculation unit configured to calculate, based on the independent components, a bias representing color information of a light source used to illuminate the skin area when the image is captured; wherein the independent component extracting unit is configured to extract the independent components including melanin pigment components, hemoglobin pigment components, and shading components from the skin information; the bias calculation unit is configured to: obtain a smallest component of the melanin pigment components, a smallest component of the hemoglobin pigment components, and a smallest component of the shading components, and calculate the bias based on the sum of the smallest component of the melanin pigment components, the smallest component of the hemoglobin pigment components and the smallest component of the shading components; obtain a smallest component of the melanin pigment components, a smallest component of the hemoglobin pigment components, and a smallest component of the shading components, and calculate the bias based on the sum of the smallest component of the melanin pigment components, the smallest component of the hemoglobin pigment components and the smallest component of the shading components; and an image correction unit configured to correct the image based on the bias by obtaining a reference bias (B t, 812, 816) to be used as a target in correcting the image, and correcting the image based on the bias and the reference bias.