mhurhangee/ep-ind-claims huggingface dataset:
A total body imaging device (10,400) comprising: a housing having a front wall (14,432,406), two side walls (18,20,410,412) and a back wall (22,414) a frame located within the housing; a plurality of cameras (32,418) mounted to the frame wherein the plurality of cameras (32,418) comprise at least three cameras horizontally spaced along a horizontal row in relation to one another; body positioning members (36,38,426,429) mounted to the frame; and one or more video displays (34;424) mounted to the frame, characterized in that: the body positioning members include a first set of two opposing handles extending from the back wall and located below a second set of two opposing handles extending from the back wall (22,414). a housing having a front wall (14,432,406), two side walls (18,20,410,412) and a back wall (22,414) a frame located within the housing; a plurality of cameras (32,418) mounted to the frame wherein the plurality of cameras (32,418) comprise at least three cameras horizontally spaced along a horizontal row in relation to one another; body positioning members (36,38,426,429) mounted to the frame; and one or more video displays (34;424) mounted to the frame, characterized in that: the body positioning members include a first set of two opposing handles extending from the back wall and located below a second set of two opposing handles extending from the back wall (22,414).
A method of manufacturing a device (600, 1200, 1400) comprising at least a first fibre (102, 200, 400, 901) using a fibre draw apparatus, the method comprising: providing a first preform (100, 505, 700, 1002) comprising a shape memory polymer to the fibre draw apparatus; heating a first portion of the first preform; and fibre drawing, using the fibre draw apparatus, the heated first portion in order to form the first fibre; wherein the first preform has a first hollow channel (401, 601, 1401) extending from a first end of the first preform in a draw direction at least partially through the first preform towards a second, opposing, end of the first preform, the draw direction comprising the direction in which the heated first portion is drawn using the fibre draw apparatus; and the step of fibre drawing the heated first portion in order to form the first fibre further comprises rotating the first portion of the first preform around the draw axis with a first radial velocity such that a resultant first fibre comprises at least a first helical hollow channel, the fibre draw apparatus comprising a first preform holder (501, 1001) configured to hold and provide for rotation of the first preform. providing a first preform (100, 505, 700, 1002) comprising a shape memory polymer to the fibre draw apparatus; heating a first portion of the first preform; and fibre drawing, using the fibre draw apparatus, the heated first portion in order to form the first fibre; wherein the first preform has a first hollow channel (401, 601, 1401) extending from a first end of the first preform in a draw direction at least partially through the first preform towards a second, opposing, end of the first preform, the draw direction comprising the direction in which the heated first portion is drawn using the fibre draw apparatus; and the step of fibre drawing the heated first portion in order to form the first fibre further comprises rotating the first portion of the first preform around the draw axis with a first radial velocity such that a resultant first fibre comprises at least a first helical hollow channel, the fibre draw apparatus comprising a first preform holder (501, 1001) configured to hold and provide for rotation of the first preform.
An automatic analysis system equipped with a mechanism to transport a sample container having a stopper body, the system comprising: a sample dispensing mechanism for dispensing a predetermined amount of sample accommodated in the sample container; and a stopper body removing/mounting mechanism for removing the stopper body from the sample container and for mounting the stopper body back on the sample container; characterized by a control unit for storing therein association between the sample container and the stopper body of the sample container; wherein the stopper body removing/mounting mechanism is adapted, in accordance with the association stored into the control unit, to mount the stopper body back on the sample container containing the sample dispensed by the sample dispensing mechanism; and wherein the automatic analysis system further comprises a stopper body transport mechanism for transporting the stopper body which has been removed from the sample by the stopper body removing/mounting mechanism at a stopper removing position to a stopper mounting position. a sample dispensing mechanism for dispensing a predetermined amount of sample accommodated in the sample container; and a stopper body removing/mounting mechanism for removing the stopper body from the sample container and for mounting the stopper body back on the sample container; characterized by a control unit for storing therein association between the sample container and the stopper body of the sample container; wherein the stopper body removing/mounting mechanism is adapted, in accordance with the association stored into the control unit, to mount the stopper body back on the sample container containing the sample dispensed by the sample dispensing mechanism; and wherein the automatic analysis system further comprises a stopper body transport mechanism for transporting the stopper body which has been removed from the sample by the stopper body removing/mounting mechanism at a stopper removing position to a stopper mounting position.
Steering wheel arrangement for a motor vehicle, comprising a steering wheel movably coupled to a steerable axle of the motor vehicle by a steering axle, which steering wheel is rotatably mounted on a steering column comprising a housing body, characterised in that at least one recess, which at least is delimited by two opposing walls (8a, 8b) extending transversely to the longitudinal centre axis of the housing body and is open at the top, is formed in the housing body, the depth of the recess at least corresponding to the position of the longitudinal centre axis of the housing body or exceeding the longitudinal centre axis of the housing body.
A method for controlling a vehicle, the method comprising: providing a knowledge base comprising a fixed knowledge base storing static information about an operating environment of the vehicle and a learned knowledge base storing knowledge learned as the vehicle spends time in a specific work area, identifying a dynamic condition based on an environment of the vehicle as detected by a set of sensors for the vehicle; and responsive to identifying the dynamic condition, controlling the vehicle using the knowledge base, characterized in that the step of identifying a dynamic condition includes identifying a set of differences between the environment as detected by the set of sensors for the vehicle and a description of the environment in the fixed knowledge base. providing a knowledge base comprising a fixed knowledge base storing static information about an operating environment of the vehicle and a learned knowledge base storing knowledge learned as the vehicle spends time in a specific work area, identifying a dynamic condition based on an environment of the vehicle as detected by a set of sensors for the vehicle; and responsive to identifying the dynamic condition, controlling the vehicle using the knowledge base, characterized in that the step of identifying a dynamic condition includes identifying a set of differences between the environment as detected by the set of sensors for the vehicle and a description of the environment in the fixed knowledge base.
Device for thermally processing web-like fabric webs having - a plurality of successive processing fields (1, 2, 3) for acting on the fabric web with a processing gas, - transport means for conveying the fabric web through the processing fields in the extended state, - devices for supplying additional air to the processing fields, - devices for discharging exhaust air from the processing fields, - a mixing device which is provided in each processing field and which is connected to the devices for supplying the additional air and which has an adjustment member (13a; 13), the ratio of additional air to circulating recirculation air present in the processing gas thereby being able to be adjusted, and - means for adjusting the temperature of the processing gas, characterised in that the means for adjusting the temperature of the processing gas have a central heating system (10, 26) which is connected to the plurality of processing fields (1, 2, 3) by means of a ring circuit (11; 11a, 11b), and in that the central heating system is constructed to heat the additional air and the devices for supplying the additional air are formed by the ring circuit, which is connected to the adjustment member of the mixing devices of the plurality of processing fields (1, 2, 3). - a plurality of successive processing fields (1, 2, 3) for acting on the fabric web with a processing gas, - transport means for conveying the fabric web through the processing fields in the extended state, - devices for supplying additional air to the processing fields, - devices for discharging exhaust air from the processing fields, - a mixing device which is provided in each processing field and which is connected to the devices for supplying the additional air and which has an adjustment member (13a; 13), the ratio of additional air to circulating recirculation air present in the processing gas thereby being able to be adjusted, and - means for adjusting the temperature of the processing gas,
A window regulator carrier plate, produced using a resin composition for a dust-resistant sliding member, the resin composition consisting of 0.5 to 5.0 parts by mass of a lubricant that is liquid at 25°C and is consisting of at least one material selected from the group consisting of ethylene/α-olefin copolymers, poly-α-olefins and silicones, 0.1 to 30 parts by mass of an inorganic filler, 100 parts by mass of a polyacetal resin having a melt molding processability as defined by a melt flow rate of 1.0 to 100 g/10 min as measured at 190°C and 2.160 g load, and conventional additives selected from the group consisting of antioxidants, costabilizers, and compatibilizers.
An electric motor linear drive for use on articles of furniture and patient lifters, which is provided with a drive unit, the drive output member of which is in the form of a linearly displaceable spindle nut which is operatively connected to a connection part for connection to an adjustable part of an article of furniture or a patient lifter, wherein the spindle nut is connectable to the connection part by way of a releasable, torque-carrying load coupling, wherein the load coupling (14a, 14b) is in the form of a dog clutch and there are provided two coupling portions (10a, 10b), characterised in that the first of the coupling portions (10a, 10b) is an integral component of the spindle nut and the second of the coupling portions (10a, 10b) is connected to the connection part, and there is further provided an auxiliary coupling (16a, 16b), the first coupling part (16a, 16b) of which is mounted to the first coupling portion (10a, 10b) and the second coupling part of which is mounted to the second coupling portion, and the coupling parts of the load coupling (14a, 14b) and the auxiliary coupling (16a, 16b) are positioned relative to each other in the closing direction in such a way that in the course of the closing movement of the two coupling portions the two coupling parts of the auxiliary coupling come into engagement with each other before the two coupling parts (14a, 14b) of the load coupling come into engagement with each other and the cooperating recesses and projections of both coupling parts (16a, 16b) of the auxiliary coupling are so designed and arranged so that in the course of the relative closing movement of the coupling portions (10a, 10b) the coupling parts (14a, 14b) of the load coupling experience orientation in the circumferential direction for the final closed position.
Network apparatus for orchestration and service management comprising: means for transmitting an instruction to a first network apparatus for monitoring service migration, the instruction instructing the first network apparatus to: duplicate at least one uplink data packet received from a communication apparatus; transmit during migration of service for said communication apparatus between a first service point to a second service point: said at least one uplink data packet to said first service point; and said at least one uplink data packet to said second service point. duplicate at least one uplink data packet received from a communication apparatus; transmit during migration of service for said communication apparatus between a first service point to a second service point: said at least one uplink data packet to said first service point; and said at least one uplink data packet to said second service point. said at least one uplink data packet to said first service point; and said at least one uplink data packet to said second service point.
Method for verifying an operationally safe state of a computer for controlling a safety-critical system, in particular a railway safety system, characterised by the following steps: • a combination of a loaded computer program or its program code or its hash value and a computer identification number are read back and compared with first empirical values, • a start-up seal valid exclusively for the provided combination of computer program, program code or hash value and computer identification number is stored in a program storage area of the computer which cannot be reloaded and • the program storage area of the computer which cannot be reloaded is provided in a PLD (programmable logic device) of the CPU (central processing unit) and the PLD calculates the start-up seal with the combination of computer program, program code or hash value and the computer identification number to form an activation code which, if it matches a second empirical value, is forwarded to the hardware of an output module of the computer and which activates the same. • a combination of a loaded computer program or its program code or its hash value and a computer identification number are read back and compared with first empirical values, • a start-up seal valid exclusively for the provided combination of computer program, program code or hash value and computer identification number is stored in a program storage area of the computer which cannot be reloaded and • the program storage area of the computer which cannot be reloaded is provided in a PLD (programmable logic device) of the CPU (central processing unit) and the PLD calculates the start-up seal with the combination of computer program, program code or hash value and the computer identification number to form an activation code which, if it matches a second empirical value, is forwarded to the hardware of an output module of the computer and which activates the same.
An instant trip mechanism for a molded case circuit breaker, the mechanism comprising: an adjustment dial to set a current for executing an instant trip operation; an instant bar rotatable according to a contact position with the adjustment dial, and provided with an upper portion contactable with the adjustment dial, a shaft portion serving as a rotation shaft, and a lower extending portion downwardly extending from the shaft portion; an electromagnet unit connected to a circuit to generate a magnetic attraction force that is proportional to an amount of current flowing on the circuit; an armature rotatable with a lower end portion supported by a shaft, and attracted toward the electromagnet unit by the magnetic attraction force; and a spring having one end supported by the upper portion of the armature and another end supported by the lower extending portion of the instant bar, the spring applying to the armature a load varying in a direction of the armature getting away from the electromagnet unit, characterized in that the lower extending portion of the instant bar comprises a plurality of spring supporting recess portions (32b1, 32b2, 32b3) with different heights from a lower end thereof to allow for varying the load of the spring. an adjustment dial to set a current for executing an instant trip operation; an instant bar rotatable according to a contact position with the adjustment dial, and provided with an upper portion contactable with the adjustment dial, a shaft portion serving as a rotation shaft, and a lower extending portion downwardly extending from the shaft portion; an electromagnet unit connected to a circuit to generate a magnetic attraction force that is proportional to an amount of current flowing on the circuit; an armature rotatable with a lower end portion supported by a shaft, and attracted toward the electromagnet unit by the magnetic attraction force; and a spring having one end supported by the upper portion of the armature and another end supported by the lower extending portion of the instant bar, the spring applying to the armature a load varying in a direction of the armature getting away from the electromagnet unit, characterized in that the lower extending portion of the instant bar comprises a plurality of spring supporting recess portions (32b1, 32b2, 32b3) with different heights from a lower end thereof to allow for varying the load of the spring.
A liquid detergent composition comprising: a) from 0.01 % to 1.5% by weight of the composition of an alkoxylated polyethyleneimine polymer comprising a polyethyleneimine backbone; a polyoxyethylene chain having an average of from 30 to 90 ethylene oxide units per unit of NH in the polyethyleneimine backbone; a quaternization degree between 1 % and 60%; and b) from 0.5% to 40% by weight of a surfactant. a) from 0.01 % to 1.5% by weight of the composition of an alkoxylated polyethyleneimine polymer comprising a polyethyleneimine backbone; a polyoxyethylene chain having an average of from 30 to 90 ethylene oxide units per unit of NH in the polyethyleneimine backbone; a quaternization degree between 1 % and 60%; and a polyethyleneimine backbone; a polyoxyethylene chain having an average of from 30 to 90 ethylene oxide units per unit of NH in the polyethyleneimine backbone; a quaternization degree between 1 % and 60%; and b) from 0.5% to 40% by weight of a surfactant.
A method for manufacturing a single-layer or multi-layer porous film, comprising the following steps: a. providing a flowable first base mixture for a first film layer of the film, wherein the first base mixture comprises a solvent, an additive insoluble in the solvent and a polymeric binder dissolved in the solvent, b. forming a film precursor sheet, wherein the film precursor sheet comprises at least a sublayer of the first base mixture, c. contacting the film precursor sheet with a precipitant, wherein the solvent of the first base mixture is soluble in the precipitant, wherein the binder is at least partially insoluble in the precipitant, and wherein the binder is precipitated to form the porous film, characterised in that forming the film precursor sheet comprises the unsupported extrusion of the base mixture, to form self-supporting film without a supporting medium. a. providing a flowable first base mixture for a first film layer of the film, wherein the first base mixture comprises a solvent, an additive insoluble in the solvent and a polymeric binder dissolved in the solvent, b. forming a film precursor sheet, wherein the film precursor sheet comprises at least a sublayer of the first base mixture, c. contacting the film precursor sheet with a precipitant, wherein the solvent of the first base mixture is soluble in the precipitant, wherein the binder is at least partially insoluble in the precipitant, and wherein the binder is precipitated to form the porous film, characterised in that forming the film precursor sheet comprises the unsupported extrusion of the base mixture, to form self-supporting film without a supporting medium.
A device for detecting and recording animal behavior, the device comprising: a corral having an opaque upper enclosure and a transparent base surface, wherein the transparent base surface is sensitive to a footprint of the animal and the opaque upper enclosure prevents observation and light penetration via the top and sides of the opaque upper enclosure; a plurality of lights positioned around a periphery of the base surface, the plurality of lights emitting non-visible band lights that are totally internally reflected within the base surface; and an image capturing device beneath the base surface to capture both an image of a full footprint of the animal and an image of a toe print of the animal when the animal is standing on its toes; wherein the base surface is adapted to provide a stimulus to the animal; wherein, upon contact between the footprint of the animal and the base surface, the totally internally reflected light is frustrated and refracted out of the base surface, the refracted light being detectable by the image capturing device. a corral having an opaque upper enclosure and a transparent base surface, wherein the transparent base surface is sensitive to a footprint of the animal and the opaque upper enclosure prevents observation and light penetration via the top and sides of the opaque upper enclosure; a plurality of lights positioned around a periphery of the base surface, the plurality of lights emitting non-visible band lights that are totally internally reflected within the base surface; and an image capturing device beneath the base surface to capture both an image of a full footprint of the animal and an image of a toe print of the animal when the animal is standing on its toes; wherein the base surface is adapted to provide a stimulus to the animal; wherein, upon contact between the footprint of the animal and the base surface, the totally internally reflected light is frustrated and refracted out of the base surface, the refracted light being detectable by the image capturing device.