mhurhangee/ep-ind-claims huggingface dataset:
A projection instruction device which generates a projection image to be projected on a parcel based on sensing information of the parcel, the device comprising: a processor; and a memory, wherein by cooperating with the memory, the processor extracts a specific surface including the parcel from the sensing information of the parcel, performs a process of tracking the parcel based on only the specific surface, and generates the projection image to project on the specific surface based on an identification information of the parcel, characterized in that the processor further specifies a shape of the parcel from the sensing information of the parcel, and extracts the specific surface including the parcel based on the shape of the parcel. a processor; and a memory, wherein by cooperating with the memory, the processor extracts a specific surface including the parcel from the sensing information of the parcel, performs a process of tracking the parcel based on only the specific surface, and generates the projection image to project on the specific surface based on an identification information of the parcel, characterized in that the processor further specifies a shape of the parcel from the sensing information of the parcel, and extracts the specific surface including the parcel based on the shape of the parcel.
System for exercising and amusing animals, in particular predators, the system comprising: - at least three peripheral supports which are elevated above a floor on which the animals move, wherein when seen in top view of the floor the peripheral supports are spaced apart from one another and together define an exercise area, wherein each peripheral support is associated with a respective motorized winch, and wherein a cable is spooled on each winch, - a movable central member, wherein, for each winch, the corresponding cable extends from the winch via a respective peripheral support to the movable central member, whereby the movable central member is suspended from the cables above the floor, - a bait device configured to hold a bait, the bait device being provided at a distance below the movable central member, - a control unit associated with the winches and configured to control each winch to wind or unwind the corresponding cable for moving the bait device in the exercise area. - at least three peripheral supports which are elevated above a floor on which the animals move, wherein when seen in top view of the floor the peripheral supports are spaced apart from one another and together define an exercise area, wherein each peripheral support is associated with a respective motorized winch, and wherein a cable is spooled on each winch, - a movable central member, wherein, for each winch, the corresponding cable extends from the winch via a respective peripheral support to the movable central member, whereby the movable central member is suspended from the cables above the floor, - a bait device configured to hold a bait, the bait device being provided at a distance below the movable central member, - a control unit associated with the winches and configured to control each winch to wind or unwind the corresponding cable for moving the bait device in the exercise area.
Process for modifying the appearance of a surface, the said process comprising a stage of spraying particles exhibiting a maximum size of less than or equal to 500 μm, the process being characterized in that the sprayed particles exhibit a relative density of greater than 90%, the relative density of a particle corresponding to the ratio equal to the bulk density of the said particle divided by the absolute density of the said particle, expressed as percentage, the absolute density of a particle being the ratio equal to the weight of dry matter of the particle after grinding to a fineness such that substantially no closed porosity remains, divided by the volume of the said weight of dry matter after grinding, the bulk density of a particle being the ratio equal to the weight of the particle divided by the apparent volume of the particle, the process being such that more than 5% and less than 80% by volume of the said sprayed particles are particles exhibiting a salient sharp edge, referred to as "notching particles".
A semiconductor power module comprising: a positive electrode terminal; a negative electrode terminal; an alternating current terminal; an emitter signal terminal (3b, 3d); and a gate signal terminal (3a, 3c), a base on which the positive electrode terminal, the negative electrode terminal, the alternating current terminal, the emitter signal terminal (3b, 3d), and the gate signal terminal (3a, 3c) are mounted, wherein at least any one of the positive electrode terminal, the negative electrode terminal, and the alternating current terminal includes either a bifurcation or two parts, which are respectively formed of two different pieces, wherein the emitter signal terminal (3b, 3d) includes a portion and the gate signal terminal (3a, 3c) includes a portion, the portions formed by respective parts of the emitter signal terminal (3b, 3d) and the gate signal terminal (3a, 3c), wherein the portion of the emitter signal terminal (3b, 3d) is beside the portion of the gate signal terminal (3a, 3c), the portions are in proximity of the center of the bifurcation or the two parts of at least any one of the positive electrode terminal, the negative electrode terminal, and the alternating current terminal, and the portions are parallel so as to conduct parallel currents (21g, 21h) in the portions, and characterized in that the portion of the emitter signal terminal (3b, 3d) and the portion of the gate signal terminal (3a, 3c) extend along a plane of the base inside the case of the semiconductor power module. a positive electrode terminal; a negative electrode terminal; an alternating current terminal; an emitter signal terminal (3b, 3d); and a gate signal terminal (3a, 3c), a base on which the positive electrode terminal, the negative electrode terminal, the alternating current terminal, the emitter signal terminal (3b, 3d), and the gate signal terminal (3a, 3c) are mounted, wherein at least any one of the positive electrode terminal, the negative electrode terminal, and the alternating current terminal includes either a bifurcation or two parts, which are respectively formed of two different pieces, wherein the emitter signal terminal (3b, 3d) includes a portion and the gate signal terminal (3a, 3c) includes a portion, the portions formed by respective parts of the emitter signal terminal (3b, 3d) and the gate signal terminal (3a, 3c), wherein the portion of the emitter signal terminal (3b, 3d) is beside the portion of the gate signal terminal (3a, 3c), the portions are in proximity of the center of the bifurcation or the two parts of at least any one of the positive electrode terminal, the negative electrode terminal, and the alternating current terminal, and the portions are parallel so as to conduct parallel currents (21g, 21h) in the portions, and characterized in that the portion of the emitter signal terminal (3b, 3d) and the portion of the gate signal terminal (3a, 3c) extend along a plane of the base inside the case of the semiconductor power module.
A masking machine for masking glazing panels, the masking machine having a roller wiper that is simultaneously rotatable about a longitudinal axis of the roller wiper and subject to relative linear motion, with respect to a glazing panel having opposed front and rear surfaces, along a desired axis of the masking machine, the desired axis of the masking machine being crosswise to the longitudinal axis of the roller wiper, the masking machine having a masking station constructed to receive the glazing panel such that the front surface of the glazing panel is oriented toward the roller wiper, the masking machine being loaded with a roll of masking material that has opposed first and second faces, the roller wiper being movable toward the glazing panel to press the masking material against the glazing panel such that the first face of the masking material is secured to the front surface of the glazing panel, the roller wiper being operable to apply a desired length of the masking material to the glazing pane by rolling along the front surface of the glazing panel and thereby securing the desired length of the masking material to a desired width of the front surface of the glazing panel, characterized in that the masking machine includes a masking applicator head that carries the roll of masking material, and the masking machine is constructed to switch masking rolls (70, 70') itself by having a plurality of roll-change devices spaced-apart along a lateral axis of the masking machine, each of the multiple spaced-apart roll-change devices being operable to perform two different operations: (i) removing the roll from the masking applicator head, and (ii) loading a new roll onto the masking applicator head when the masking applicator head is empty.
A soluble polypeptide comprising a modified glycoprotein V lacking a functional transmembrane domain for use in the treatment and/or prevention of a thrombotic disease in a subject, said treatment or prevention comprising administering to the subject an effective amount of said soluble polypeptide, wherein the soluble polypeptide is incapable of being integrated into a cell membrane via said transmembrane domain, wherein the term GPV denotes a protein having a sequence identity of at least 70 % to the amino acid sequence as shown in SEQ ID No:3.
A process of changing the orientation of a predetermined number of articles in a first lane on a moving conveyor, comprising: - changing the orientation of the articles in the first lane by introducing a predetermined number of articles into a first housing attached to a rotating post and rotating the first housing containing the predetermined number of articles to a position for releasing the articles into a second lane, - stopping the articles in the first lane to prevent movement of the articles in the first lane while the orientation of a predetermined number of articles is changed, and - -releasing the articles after the orientation has been changed into the second lane, characterized in that, the process further comprising: - providing a second housing attached to the rotating post, and - introducing a predetermined number of articles into the second housing while the articles are released from the first housing. - changing the orientation of the articles in the first lane by introducing a predetermined number of articles into a first housing attached to a rotating post and rotating the first housing containing the predetermined number of articles to a position for releasing the articles into a second lane, - stopping the articles in the first lane to prevent movement of the articles in the first lane while the orientation of a predetermined number of articles is changed, and - -releasing the articles after the orientation has been changed into the second lane, characterized in that, the process further comprising: - providing a second housing attached to the rotating post, and - introducing a predetermined number of articles into the second housing while the articles are released from the first housing.
An electric power generating set, comprising a shell that forms internally an accommodation compartment for a motor for delivering mechanical energy, and a current generator, which is coupled to said motor, for converting the mechanical energy delivered by said motor into electric power, to be supplied to at least one respective user device, said motor and said generator resting detachably on respective surface regions that are shaped complementary and are associated rigidly with said shell for the automatic centering and reference of said motor and of said generator with respect to said shell, the electric power generating set being characterized in that said motor and said generator rest on said shell at a plurality of useful surfaces, which are inclined with respect to the resting surface of said shell, and the electric power generating set further comprising at least one lug that extends from at least one of said motor and said generator, said lug having at least one conical protrusion, the lateral surface of said protrusion constituting at least one of said useful surfaces, which is accommodated detachably in a respective flared receptacle, which is associated rigidly with said shell and constitutes at least one of said surface regions.
Sub-irrigation method for crops sown in rows, comprising the steps of: - laying, below agricultural soil, parallel to one another and at a regular pitch, a plurality of perforated pipes for the underground distribution of water; - sowing seeds in parallel rows in said agricultural soil; - feeding water into said perforated pipes; characterized in that said step of laying, below agricultural soil a plurality of perforated pipes parallel to one another and at a regular pitch for the underground distribution of water, comprises the step of storing the position of said perforated pipes and in that said step of sowing the seeds in parallel rows comprises the prior step of identifying the position of said pipes and the subsequent step of sowing the seeds over said pipes, maintaining the same regular pitch, so that the water distributed by sub-irrigation reaches the roots of plants that have grown from said seeds without totally saturating the agricultural soil between said pipes. - laying, below agricultural soil, parallel to one another and at a regular pitch, a plurality of perforated pipes for the underground distribution of water; - sowing seeds in parallel rows in said agricultural soil; - feeding water into said perforated pipes;
A system comprising a server computer and a bone alignment device, the bone alignment device including components capable of sensing forces that are being transmitted through the bone alignment device wherein the system is configured to: communicate, by the server computer, a set of instructions, the instructions comprising a prescription for the bone alignment device to be accomplished over a predetermined period of time to a patient device to achieve alignment of one or more bones by adjustment of a bone alignment device coupled to a patient; determine, by the bone alignment device, information comprising readings of forces being transmitted through parts of the bone alignment device; receive, by the server computer, the information from the patient device after communication of the instructions to the patient device regarding one or more adjustments made to the bone alignment device; analyze, by the server computer, the information received from the patient device, wherein analyzing the information includes analyzing the readings of forces being transmitted through parts of the bone alignment device; calculate, by the server computer, a revised set of instructions to be accomplished over a predetermined period of time to achieve alignment of the one or more bones by adjustment of the bone alignment device coupled to the patient based on the information received; and communicate, by the server computer, the revised set of instructions to the patient device to enable transformation of the bone alignment device in accordance with the revised set of instructions. communicate, by the server computer, a set of instructions, the instructions comprising a prescription for the bone alignment device to be accomplished over a predetermined period of time to a patient device to achieve alignment of one or more bones by adjustment of a bone alignment device coupled to a patient; determine, by the bone alignment device, information comprising readings of forces being transmitted through parts of the bone alignment device; receive, by the server computer, the information from the patient device after communication of the instructions to the patient device regarding one or more adjustments made to the bone alignment device; analyze, by the server computer, the information received from the patient device, wherein analyzing the information includes analyzing the readings of forces being transmitted through parts of the bone alignment device; calculate, by the server computer, a revised set of instructions to be accomplished over a predetermined period of time to achieve alignment of the one or more bones by adjustment of the bone alignment device coupled to the patient based on the information received; and communicate, by the server computer, the revised set of instructions to the patient device to enable transformation of the bone alignment device in accordance with the revised set of instructions.
Method for drying compressed gas by means of a drying device with an inlet for the compressed gas to be dried and an outlet for the dried compressed gas, wherein the drying device comprises at least two vessels filled with a regenerable desiccant and an adjustable valve system consisting of a first valve block and a second valve block that connects the aforementioned inlet and respectively outlet to the aforementioned vessels, wherein the adjustable valve system is being regulated as such that at least one vessel will dry compressed gas, while the other vessel will be regenerated and cooled successively, wherein by regulation of the valve system the vessels will each in turn dry compressed gas, characterized in that the method consists of calculating the time period (t ads) during which a vessel dries compressed gas, on the basis of a formula: t ads = A * B; where: - t ads = the period of time during which a vessel dries compressed gas; - A = a predetermined adsorption time; - B = a product of one or more of the following factors: ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem) over the drying device compared to a reference pressure drop (ΔP ref) over the drying device; ∘ C P = a correction factor for the average inlet pressure (P gem) compared to a reference inlet pressure (P ref); ∘ C T = a correction factor for the average inlet temperature (T gem) compared to a reference inlet temperature (T ref); ∘ C = a fixed correction factor; where the reference pressure drop (ΔP ref), reference inlet pressure (P ref) and reference inlet temperature (T ref) are the values measured or determined in the drying device when operating under reference conditions, where B comprises at least the factor C P. - t ads = the period of time during which a vessel dries compressed gas; - A = a predetermined adsorption time; - B = a product of one or more of the following factors: ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem) over the drying device compared to a reference pressure drop (ΔP ref) over the drying device; ∘ C P = a correction factor for the average inlet pressure (P gem) compared to a reference inlet pressure (P ref); ∘ C T = a correction factor for the average inlet temperature (T gem) compared to a reference inlet temperature (T ref); ∘ C = a fixed correction factor; ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem) over the drying device compared to a reference pressure drop (ΔP ref) over the drying device; ∘ C P = a correction factor for the average inlet pressure (P gem) compared to a reference inlet pressure (P ref); ∘ C T = a correction factor for the average inlet temperature (T gem) compared to a reference inlet temperature (T ref); ∘ C = a fixed correction factor;
Method for the simultaneous heterotrophic and mixotrophic cultivation of microalgae, comprising the steps of a) providing an inoculum comprising at least one microalgae strain and inoculating a culture medium with the inoculum, b) cultivating the at least one microalgae strain in a first device under heterotrophic culture conditions, c) cultivating the at least one microalgae strain in a second device under mixotrophic culture conditions, wherein at least a portion of the at least one microalgae strain is conveyed from the first device in step b) to the second device in step c) and/or from the second device in step c) to the first device in step b), wherein a process gas is introduced at the lower end of the second device, wherein the process gas is introduced so as to be at least partially compressed or at least partially condensed. a) providing an inoculum comprising at least one microalgae strain and inoculating a culture medium with the inoculum, b) cultivating the at least one microalgae strain in a first device under heterotrophic culture conditions, c) cultivating the at least one microalgae strain in a second device under mixotrophic culture conditions, wherein at least a portion of the at least one microalgae strain is conveyed from the first device in step b) to the second device in step c) and/or from the second device in step c) to the first device in step b), wherein a process gas is introduced at the lower end of the second device, wherein the process gas is introduced so as to be at least partially compressed or at least partially condensed. wherein at least a portion of the at least one microalgae strain is conveyed from the first device in step b) to the second device in step c) and/or from the second device in step c) to the first device in step b), wherein a process gas is introduced at the lower end of the second device, wherein the process gas is introduced so as to be at least partially compressed or at least partially condensed.
Apparatus for roasting coffee beans comprising: - a housing, - a roasting chamber presenting a bottom opening, - an air driver configured to drive air inside the roasting chamber through the bottom opening of said roasting chamber, - an electrical heater positioned below the bottom opening of the roasting chamber, said electrical heater being configured to heat air driven inside the roasting chamber, - the air driver and the electrical heater being positioned inside the housing and the housing comprising a hot air outlet hole designed to enable the passage of hot air from the housing inside the bottom opening of the roasting chamber, and the electrical heater being positioned just below the hot air outlet hole, - the roasting chamber being removably mounted to the housing, the bottom opening of the roasting chamber cooperating with the hot air outlet hole of the housing when the roasting chamber is mounted to the housing, wherein the apparatus comprises a movable closure device configured: - to cover the hot air outlet hole while the roasting chamber is being removed from the housing, and - to uncover the hot air outlet hole while the roasting chamber is being mounted to the housing. - a housing, - a roasting chamber presenting a bottom opening, - an air driver configured to drive air inside the roasting chamber through the bottom opening of said roasting chamber, - an electrical heater positioned below the bottom opening of the roasting chamber, said electrical heater being configured to heat air driven inside the roasting chamber, - the air driver and the electrical heater being positioned inside the housing and the housing comprising a hot air outlet hole designed to enable the passage of hot air from the housing inside the bottom opening of the roasting chamber, and the electrical heater being positioned just below the hot air outlet hole, - the roasting chamber being removably mounted to the housing, the bottom opening of the roasting chamber cooperating with the hot air outlet hole of the housing when the roasting chamber is mounted to the housing, - to cover the hot air outlet hole while the roasting chamber is being removed from the housing, and - to uncover the hot air outlet hole while the roasting chamber is being mounted to the housing.