mhurhangee/ep-ind-claims huggingface dataset:
Device for locating animals, in particular for locating farm animals, comprising: - a characteristic detection device for detecting a characteristic individual to an animal, - an image detection device configured to detect a plurality of animals within an animal holding area at time intervals, - a data processing device which is connected to the characteristic detection device and to the image detection device by signal communication and configured ∘ to correlate a characteristic (42b; 45b; 47b) individual to an animal detected by the characteristic detection device with an animal (42; 45; 47) located in the region of the characteristic detection device detected by the image detection device and thus identify the animal, and ∘ to track the identified animal, preferably a plurality of identified animals, in successive image detection operations of the image detection device and thus determine their location, - a display device configured to display to a user the location of one or more identified animals, characterised in that the data processing device is configured to detect one, two or more body characteristics of an animal, comprising - a length-width ratio of an animal, - a size of an animal, - a colour of an animal, - a temperature of an animal, and/or - a colour of an animal, and to track an animal on the basis of these body characteristics and in the event of a tracking failure between two successive image detection operations to find it again if necessary. - a characteristic detection device for detecting a characteristic individual to an animal, - an image detection device configured to detect a plurality of animals within an animal holding area at time intervals, - a data processing device which is connected to the characteristic detection device and to the image detection device by signal communication and configured ∘ to correlate a characteristic (42b; 45b; 47b) individual to an animal detected by the characteristic detection device with an animal (42; 45; 47) located in the region of the characteristic detection device detected by the image detection device and thus identify the animal, and ∘ to track the identified animal, preferably a plurality of identified animals, in successive image detection operations of the image detection device and thus determine their location, ∘ to correlate a characteristic (42b; 45b; 47b) individual to an animal detected by the characteristic detection device with an animal (42; 45; 47) located in the region of the characteristic detection device detected by the image detection device and thus identify the animal, and ∘ to track the identified animal, preferably a plurality of identified animals, in successive image detection operations of the image detection device and thus determine their location, - a display device configured to display to a user the location of one or more identified animals, - a length-width ratio of an animal, - a size of an animal, - a colour of an animal, - a temperature of an animal, and/or - a colour of an animal,
A method of reducing tracking interruptions between a tracking device (44, 46, 48) and a localizer of a navigation system, the navigation system further comprising a virtual boundary generator and a collision detector, the method comprising the steps of: detecting, by the localizer, the tracking device (44, 46, 48) within a field-of-view of the localizer; generating, by the virtual boundary generator, a virtual field-of-view boundary based on the field-of-view of the localizer; associating, by the virtual boundary generator, a virtual object (44', 46', 48') with the tracking device (44, 46, 48); tracking, by the collision detector, movement of the virtual object (44', 46', 48') relative to the virtual field-of-view boundary; and detecting, by the collision detector, a collision between the virtual object (44', 46', 48') and the virtual field-of-view boundary while tracking to enable a response that prevents the tracking device (44, 46, 48) from moving outside of the field-of-view of the localizer. detecting, by the localizer, the tracking device (44, 46, 48) within a field-of-view of the localizer; generating, by the virtual boundary generator, a virtual field-of-view boundary based on the field-of-view of the localizer; associating, by the virtual boundary generator, a virtual object (44', 46', 48') with the tracking device (44, 46, 48); tracking, by the collision detector, movement of the virtual object (44', 46', 48') relative to the virtual field-of-view boundary; and detecting, by the collision detector, a collision between the virtual object (44', 46', 48') and the virtual field-of-view boundary while tracking to enable a response that prevents the tracking device (44, 46, 48) from moving outside of the field-of-view of the localizer.
Packaging method for packaging plastics injection-moulded parts configured as pipette tips or medical reaction vessels in finished packaging units comprising the steps: - simultaneously extracting K injection-moulded parts from K cavities - simultaneously depositing the K plastics injection-moulded parts, distributed equally among U subgroups by means of depositing means comprising a gripper, - repeatedly extracting K injection-moulded parts from the K cavities and distributing equally the K injection-moulded parts among the U subgroups until each subgroup has L plastics injection-moulded parts, wherein the number L of plastics injection-moulded parts of a subgroup corresponds to the maximum number A of plastics injection-moulded parts which are able to be received in a finished packaging unit or a whole-number divisor of A, - filling at least one finished packaging unit with A injection-moulded parts, wherein the deposit of A plastics injection-moulded parts in the at least one finished packaging unit takes place in a deposition plane, in particular a horizontal deposition plane, characterized in that the distribution of the K plastics injection-moulded parts among the subgroups takes place in the finished packaging unit exclusively when filling the at least one finished packaging unit, by dispensing with a grouping of the plastics injection-moulded parts into a subgroup respectively comprising a plurality of plastics injection-moulded parts in temporary storage, wherein to this end the at least one finished packaging unit is filled in a stepwise manner and at the same time K plastics injection-moulded parts are successively and repeatedly distributed simultaneously among the subgroups in the at least one finished packaging unit, until the at least one finished packaging unit is completely filled with respective A plastics injection-moulded parts. - simultaneously extracting K injection-moulded parts from K cavities - simultaneously depositing the K plastics injection-moulded parts, distributed equally among U subgroups by means of depositing means comprising a gripper, - repeatedly extracting K injection-moulded parts from the K cavities and distributing equally the K injection-moulded parts among the U subgroups until each subgroup has L plastics injection-moulded parts, wherein the number L of plastics injection-moulded parts of a subgroup corresponds to the maximum number A of plastics injection-moulded parts which are able to be received in a finished packaging unit or a whole-number divisor of A, - filling at least one finished packaging unit with A injection-moulded parts, wherein the deposit of A plastics injection-moulded parts in the at least one finished packaging unit takes place in a deposition plane, in particular a horizontal deposition plane,
Men's pants having a band-shaped support element and a front support part, wherein the front support part arranged centrally on the front side of the pants extends from a crotch area to a waistband of the pants, and wherein the band-shaped support element runs continuously from the back side of the pants over the sides (8a, 8b) of the pants to the front support part, and wherein the band-shaped support element has a lower edge, the lower edge of the band-shaped support element on the front side of the pants starting from the front support part has an arched-shaped course over the right or left groin portions of the wearer, and wherein the pants have pant legs (10a, 10b), the two pant legs (10a, 10b) starting from the lower edge of the band-shaped support element, and the two pant legs (10a, 10b) are firmly connected to the lower edge of the band-shaped support element, and wherein the band-shaped support element is fixedly connected along its upper edge to the waistband, the men's pants is characterized in that the width of the band-shaped support element at its two ends (4c, 4d) is at most 60% of the length of the front support element.
Gymnastics equipment with a base plate, a movable unit arranged above the base plate, the movable unit being movable in parallel to the base plate and comprising at least one surface, a frame mounted above the base plate, the frame having a plurality of struts extending in parallel to the base plate, and a roller mounted in a height-adjustable manner above the base plate, characterized in that the roller, which is mounted in a height-adjustable manner above the base plate, is arranged between the movable unit and the frame as viewed in the longitudinal direction of the base plate. a base plate, a movable unit arranged above the base plate, the movable unit being movable in parallel to the base plate and comprising at least one surface, a frame mounted above the base plate, the frame having a plurality of struts extending in parallel to the base plate, and a roller mounted in a height-adjustable manner above the base plate, characterized in that the roller, which is mounted in a height-adjustable manner above the base plate, is arranged between the movable unit and the frame as viewed in the longitudinal direction of the base plate.
A dry powder inhaler comprising: a cover comprising at least one cover hinge member; a mouthpiece comprising a shaft receivable by the cover hinge member; and a container for the dry powder, the container comprising a container hinge member for receiving the shaft; wherein the cover hinge member, shaft, and container hinge member form a hinge about which the cover and the mouthpiece are pivotable. a cover comprising at least one cover hinge member; a mouthpiece comprising a shaft receivable by the cover hinge member; and a container for the dry powder, the container comprising a container hinge member for receiving the shaft; wherein the cover hinge member, shaft, and container hinge member form a hinge about which the cover and the mouthpiece are pivotable.
A pallet formed of two plastic material half pallets (2, 3), each having a rigid rectangular main panel (6, 7) having an inner side (8, 9) and an outer side 10, 11), to be assembled to each other in face to face relationship of their inner sides via connecting parallelepipedic means (12, 13) defining apertures between each other for fork handling, characterized in that each connecting means comprises on its external faces a rectangular or trapezoidal hollow slot presenting lateral grooves, and a rectangular or trapezoidal tab in plastic material and in a contrasting colour with the half pallets, presenting a complementary form to said hollow slot, inserted by being pushed into place, via sliding movement and inamovably blocked within said grooves and said hollow slot, said slot and said inserted tab being substantially centred so as to be arranged to clearly signal one of the side and the level of said aperture, said tab presenting an external surface parallel or in recess from the external surface of said connecting means.
An isolated human antibody or antigen-binding fragment thereof that specifically binds human angiopoietin-2 (hAng2) with a K D of less than 80 pM but does not exhibit any binding to hAng-1 when tested in a surface plasmon resonance assay and that comprises a heavy chain CDR-1 (HCDR1) having the amino acid sequence of SEQ ID NO:4, an HCDR-2 having the amino acid sequence of SEQ ID NO:6, an HCDR-3 having the amino acid sequence of SEQ ID NO:8, a light chain CDR-1 (LCDR-1) having the amino acid sequence of SEQ ID NO:12, an LCDR-2 having the amino acid sequence of SEQ ID NO:14, and an LCDR-3 having the amino acid sequence of SEQ ID NO:16.
An electronic device comprising: a housing with a front stepped portion, said housing including: a first region, and a second region defining a side face of the housing; a cover; and a display panel disposed between the first region of the housing and the cover, characterized by a first seal member disposed at a space which is defined by a gap remaining exposed to the outside between the display panel, the cover, and the housing, wherein the first seal member is disposed to fill the space and is applied to a side face of the display panel. a housing with a front stepped portion, said housing including: a first region, and a second region defining a side face of the housing; a first region, and a second region defining a side face of the housing; a cover; and a display panel disposed between the first region of the housing and the cover, characterized by a first seal member disposed at a space which is defined by a gap remaining exposed to the outside between the display panel, the cover, and the housing, wherein the first seal member is disposed to fill the space and is applied to a side face of the display panel.
A process for making a structured liquid composition, comprising the steps of: a) providing a first premix comprising surfactant and non-aqueous organic solvent, and less than 30 wt% of water, wherein the first premix is at a temperature of greater than 40°C; b) providing a crystalline structurant selected from the group consisting of: fatty acids, fatty esters, glycerides, fatty alcohols, or mixtures thereof; c) combining the crystalline structurant with a first premix to form a second premix; d) combining the second premix with a liquid composition at a temperature of less than 40°C, to form the structured liquid composition, wherein the ratio of crystalline structurant to first premix is from 2:98 to 20:80, preferably 3:97 to 12:88, more preferably from 4:96 to 8:92. a) providing a first premix comprising surfactant and non-aqueous organic solvent, and less than 30 wt% of water, wherein the first premix is at a temperature of greater than 40°C; b) providing a crystalline structurant selected from the group consisting of: fatty acids, fatty esters, glycerides, fatty alcohols, or mixtures thereof; c) combining the crystalline structurant with a first premix to form a second premix; d) combining the second premix with a liquid composition at a temperature of less than 40°C, to form the structured liquid composition,
An isolated or purified antibody or an antigen-binding fragment thereof, wherein the antibody or fragment thereof specifically binds to the peptide: GLFGAIAGFIEGGW (SEQ ID NO:26), wherein the antibody or fragment thereof comprises: a) a light chain comprising a complementarity determining region L1 of sequence QSLLNSRNQKNH (SEQ ID NO: 8), a CDR L2 of sequence WAS, and a CDR L3 of sequence QQYYTYRT (SEQ ID NO: 14); and a heavy chain comprising a CDR H1 of sequence GYSITSDYY (SEQ ID NO: 12), a CDR H2 of sequence IGYDGSK (SEQ ID NO: 15), and a CDR H3 of sequence TRDRANWDDYFDY (SEQ ID NO: 6); or b) a variable light (V L) domain of sequence: and a variable heavy (V H) domain of sequence: or c) SEQ ID NO: 36 a) a light chain comprising a complementarity determining region L1 of sequence QSLLNSRNQKNH (SEQ ID NO: 8), a CDR L2 of sequence WAS, and a CDR L3 of sequence QQYYTYRT (SEQ ID NO: 14); and a heavy chain comprising a CDR H1 of sequence GYSITSDYY (SEQ ID NO: 12), a CDR H2 of sequence IGYDGSK (SEQ ID NO: 15), and a CDR H3 of sequence TRDRANWDDYFDY (SEQ ID NO: 6); or b) a variable light (V L) domain of sequence: and a variable heavy (V H) domain of sequence: or a variable light (V L) domain of sequence: and a variable heavy (V H) domain of sequence: or c) SEQ ID NO: 36
An anti-brain-tumor drug containing, as its main component, a metal-salen complex compound represented by the following Chemical Formula, where M is the metal atom which is Fe, Cr, Mn, Co, Ni, Mo, Ru, Rh, Pd, W, Re, Os, Ir, Pt, Nd, Sm, Eu, or Gd, and X is a halogen atom for use in a method of treating brain cancer wherein the method comprises the steps of: a) administration of the drug to the body and b) guiding the drug to the tumor affected tissue by external magnetic fields.
A battery pack comprising: a battery; and a controller provided with an overcurrent counter value, the controller being configured to calculate an addition value during discharge of the battery in accordance with a total number of use of the battery pack under a specified condition, the controller being configured to update the overcurrent counter value by adding the addition value during the discharge of the battery, and the controller being configured to prohibit the discharge of the battery during the discharge of the battery in response to the overcurrent counter value reaching a protection threshold, wherein the total number of use includes a first number of operations and/or a second number of operations, wherein the first number of operations corresponds to a total number of operations of the battery pack having the overcurrent counter value exceeding an overload threshold, wherein the overload threshold is set to be smaller than the protection threshold, and wherein the second number of operations corresponds to a total number of operations of the battery pack having a temperature exceeding a specified temperature threshold. a battery; and a controller provided with an overcurrent counter value, the controller being configured to calculate an addition value during discharge of the battery in accordance with a total number of use of the battery pack under a specified condition, the controller being configured to update the overcurrent counter value by adding the addition value during the discharge of the battery, and the controller being configured to prohibit the discharge of the battery during the discharge of the battery in response to the overcurrent counter value reaching a protection threshold, wherein the total number of use includes a first number of operations and/or a second number of operations, wherein the first number of operations corresponds to a total number of operations of the battery pack having the overcurrent counter value exceeding an overload threshold, wherein the overload threshold is set to be smaller than the protection threshold, and wherein the second number of operations corresponds to a total number of operations of the battery pack having a temperature exceeding a specified temperature threshold.
A vacuum cleaner comprising: a cleaner body comprising a suction motor; a dust separation device communicated with the cleaner body the dust separation device separating dusts; a dust container separably mounted on the cleaner body, the dust container comprising a dust storage part storing the dusts separated by the dust separation device; a compressing member (220, 230) compressing the dusts stored in the dust storage part; a magnetic member seat part disposed at the dust container; a magnetic member seated on the magnetic member seat part; a cover coupled to the magnetic member seat part to cover the magnetic member; a magnetism detection unit (440, 450) disposed at the cleaner body to detect magnetism of the magnetic member; and a driving device for operating the compressing member, wherein the driving device comprises a driving source and a power transmission part (410, 420) for transmitting power of the driving source to the compressing member; wherein the magnetic member seat part constitutes a portion of the power transmission part and is coupled to the compressing member; characterized in that the magnetic member is provided in one unit, and the magnetism detection unit comprises a first magnetism detection unit for detecting the magnetism at one side of the magnetic member and a second magnetism detection unit for detecting the magnetism at the other side of the magnetic member. a cleaner body comprising a suction motor; a dust separation device communicated with the cleaner body the dust separation device separating dusts; a dust container separably mounted on the cleaner body, the dust container comprising a dust storage part storing the dusts separated by the dust separation device; a compressing member (220, 230) compressing the dusts stored in the dust storage part; a magnetic member seat part disposed at the dust container; a magnetic member seated on the magnetic member seat part; a cover coupled to the magnetic member seat part to cover the magnetic member; a magnetism detection unit (440, 450) disposed at the cleaner body to detect magnetism of the magnetic member; and a driving device for operating the compressing member, wherein the driving device comprises a driving source and a power transmission part (410, 420) for transmitting power of the driving source to the compressing member;
A digital intersection system comprising digital, addressable, connected components, the components comprising: at least one safety-critical device corresponding to a device controlling allowable movements into or through the intersection; a local control unit configured to generate and output an intersection state plan based on inputs comprising information related to the intersection or local area surrounding the intersection, or impacting traffic patterns at an intersection; a safety control unit configured to accept the intersection state plan from the local control unit, validate the state plan, and provide the state plan to any interested device in the intersection, the any interested device comprising the at least one safety-critical device; and a digital network connecting the components to permit communications therebetween. at least one safety-critical device corresponding to a device controlling allowable movements into or through the intersection; a local control unit configured to generate and output an intersection state plan based on inputs comprising information related to the intersection or local area surrounding the intersection, or impacting traffic patterns at an intersection; a safety control unit configured to accept the intersection state plan from the local control unit, validate the state plan, and provide the state plan to any interested device in the intersection, the any interested device comprising the at least one safety-critical device; and a digital network connecting the components to permit communications therebetween.