mhurhangee/ep-ind-claims huggingface dataset:
A flexible container comprising: a first flexible film superimposed on an opposing second flexible film, the first flexible film and the second flexible film sealed along a common peripheral edge to form an inner container having a closed chamber; the first flexible film and the second flexible film each having an outermost layer (12a, 14a) comprising an ethylene-based polymer, and each outermost layer (12a, 14a) is a surface-treated layer (12a, 14a) having a surface energy from 33 mN/m to 36 mN/m; a peel sleeve (22, 24) superimposed on each respective outermost layer (12a, 14a) and along the common peripheral edge; and a release material located between the peel sleeve (22, 24) and each outermost layer (12a, 14a) along the common peripheral edge; the release material releasably attaching the peel sleeve (22, 24) to the inner container; wherein the release material is a GRAS acrylate-based composition. a first flexible film superimposed on an opposing second flexible film, the first flexible film and the second flexible film sealed along a common peripheral edge to form an inner container having a closed chamber; the first flexible film and the second flexible film each having an outermost layer (12a, 14a) comprising an ethylene-based polymer, and each outermost layer (12a, 14a) is a surface-treated layer (12a, 14a) having a surface energy from 33 mN/m to 36 mN/m; a peel sleeve (22, 24) superimposed on each respective outermost layer (12a, 14a) and along the common peripheral edge; and a release material located between the peel sleeve (22, 24) and each outermost layer (12a, 14a) along the common peripheral edge; the release material releasably attaching the peel sleeve (22, 24) to the inner container; wherein the release material is a GRAS acrylate-based composition.
A heat exchanger comprising: a first fluid circuit extending from a first inlet to a first outlet, at least one of the first inlet and the first outlet having a first mouth dividing internally into a number of passages within a periphery, a second fluid circuit fluidly distinct from the first fluid circuit, extending from a second inlet to a second outlet, the second fluid circuit in thermal exchange contact with the number of passages in a heat transfer region of the heat exchanger, and an adapter having a second mouth secured to the first mouth in a manner to establish internal fluid flow communication therewith, wherein the first fluid circuit extends within a first housing, the first housing having an arm having a length extending from a proximal end to a distal end, the mouth at the proximal end, and the second fluid circuit extends between the first housing and a second housing, the second housing having a sleeve configured for receiving the arm of the first housing therein into an assembled configuration, characterized in that: the proximal end of the arm protrudes from the sleeve and receives the adapter, and the proximal end of the arm has an outer diameter designed to closely fit an internal diameter of the proximal end of the sleeve to form a close fit. a first fluid circuit extending from a first inlet to a first outlet, at least one of the first inlet and the first outlet having a first mouth dividing internally into a number of passages within a periphery, a second fluid circuit fluidly distinct from the first fluid circuit, extending from a second inlet to a second outlet, the second fluid circuit in thermal exchange contact with the number of passages in a heat transfer region of the heat exchanger, and an adapter having a second mouth secured to the first mouth in a manner to establish internal fluid flow communication therewith, wherein the first fluid circuit extends within a first housing, the first housing having an arm having a length extending from a proximal end to a distal end, the mouth at the proximal end, and the second fluid circuit extends between the first housing and a second housing, the second housing having a sleeve configured for receiving the arm of the first housing therein into an assembled configuration, characterized in that: the proximal end of the arm protrudes from the sleeve and receives the adapter, and the proximal end of the arm has an outer diameter designed to closely fit an internal diameter of the proximal end of the sleeve to form a close fit.
A compound as represented by formula as an active ingredient for use in treating arthrosis, wherein R represents a linear or branched alkyl group having 1 to 30 carbon atoms, a linear or branched alkenyl group having 2 to 30 carbon atoms, or a linear or branched alkynyl group having 2 to 30 carbon atoms, which may contain a cycloalkane or aromatic ring; X and Y each independently represent an oxygen atom or a methylene group, provided that X and Y do not simultaneously represent a methylene group; and M represents a hydrogen atom or an alkali metal atom.
Feed device (10; 50) for moving a machining device of a vertical lathe for machining a workpiece that is preferably formed of metal or the like at least in portions, said feed device comprising a first carriage for moving the machining device in a first direction, and a second carriage for moving the machining device in a second direction, which differs from the first direction and is preferably at a right angle to the first direction, characterised in that the second carriage is mounted on at least one lateral surface of the first carriage and extends over the upper face of the first carriage.
Chair, in particular an office chair, comprising a seat part and a base part, the base part comprising a support which is connected to the seat part via a joint arrangement, which allows a relative movement of the seat part with respect to the base part, the joint arrangement comprising a support connecting part which is movable relative to the seat part against the restoring force of a spring element, both the support connecting part and the spring element being arranged, at least in part, in a receptacle which is delimited by an upper part on the upper side and by a base element on the underside, the upper part being connected to the seat part or being part of same, and the support connecting part having a stop which interacts with a corresponding stop of the upper part in order to prevent a rocking movement of the upper part backward, characterized in that the spring element peripherally surrounds the support connecting part at least in portions.
A panel assembly having at least a first crush section comprising: a front skin having a front surface, a back surface; said front skin includes a glass weave layer and a surface finish layer and at least one crush section portion that includes pre-preg stage cuts formed in the glass weave layer so as to make the fibers in the glass weave discontinuous while not affecting the surface finish layer; characterised in that the panel assembly further comprises: - a core assembly that includes first, second, and third, layers laminated together, and wherein the first layer has a front surface bonded to the back surface of the front skin, a back surface and at least one crush section portion that includes a plurality of scores defined therein, wherein the second layer has a front surface, a back surface and at least one crush section portion comprising a plurality of elongated voids defined therein wherein the front surface of the second layer is bonded to the back surface of the first layer, wherein the third layer has a front surface, a back surface and at least one crush section portion, wherein the front surface of the third layer is bonded to the back surface of the second layer.
A flexible electronic device (200, 300), comprising: a flexible substrate (210, 310) and a device layer formed on the flexible substrate (210, 310), wherein: the device layer comprises a semiconductor structure and a first wire structure connected to the semiconductor structure, the first wire structure extending along an extending direction same to a channel direction of the semiconductor structure; the extending direction of the first wire structure forms an included angle smaller than 90° with respect to an extending direction of an edge line of the flexible substrate (210, 310); and the semiconductor structure is a transistor and the first wire structure is an interconnection wire; characterised in that the device layer further comprises a second wire structure provided on an edge of the flexible substrate (210, 310), the second wire structure extending along an extending direction parallel to the edge line of the flexible substrate (210, 310); wherein the second wire structure is provided with a plurality of through holes, the through hole being formed in a parallelogram shape with a diagonal line thereof extending along a direction same to the extending direction of the edge line of the flexible substrate (210, 310). the device layer comprises a semiconductor structure and a first wire structure connected to the semiconductor structure, the first wire structure extending along an extending direction same to a channel direction of the semiconductor structure; the extending direction of the first wire structure forms an included angle smaller than 90° with respect to an extending direction of an edge line of the flexible substrate (210, 310); and the semiconductor structure is a transistor and the first wire structure is an interconnection wire; characterised in that the device layer further comprises a second wire structure provided on an edge of the flexible substrate (210, 310), the second wire structure extending along an extending direction parallel to the edge line of the flexible substrate (210, 310); wherein the second wire structure is provided with a plurality of through holes, the through hole being formed in a parallelogram shape with a diagonal line thereof extending along a direction same to the extending direction of the edge line of the flexible substrate (210, 310).
Apparatus for determining the thickness of an object, in particular a strip-like or plate-like object, preferably for use in a hot-rolling process, having a frame which has an upper member and a lower member (5, 6), wherein each member (5, 6) has a sensor (8a, 8b) for contactless distance measurement with respect to the object, wherein each member (5, 6), in order to reduce a temperature effect on the frame and/or the sensor (8a, 8b), has a structure comprising a plurality of layers, wherein a first layer has a base frame element or is formed by such a base frame element, wherein a second layer is formed by means of a cover which surrounds the base frame element, and wherein a cooling device having a fan is arranged in the base frame element, characterised in that, as a result of the fan, an air flow (18a, 18b) which flows in the intermediate space between the base frame element and the cover can be produced.
A method performed in a calibration unit for calibrating a Time to Digital Converter, TDC, wherein the TDC is configured to receive a signal with reference frequency F REF and a signal from a Digital Controlled Oscillator, DCO, with frequency F DCO, the method comprising: receiving output data samples from the TDC for a predefined period of time; performing a de-wrapping process on the data samples; generating reference line segments from the data samples using a numerical fitting method; calculating an error value for each of the output data samples associated to a TDC output level by calculating a deviation of each output data sample from a corresponding reference level of at least one reference line segment; accumulating the error values of the data samples associated to a TDC output level in an accumulator of this TDC output level; increasing a counter value of a TDC output level by one when an error value of a data sample associated with this TDC output level is added to its accumulator; averaging the error values for each TDC output level by dividing the accumulated error value for each TDC output level in its accumulator by its counter value; generating a calibration lookup table comprising an error vector of the averaged error values for the TDC output levels. receiving output data samples from the TDC for a predefined period of time; performing a de-wrapping process on the data samples; generating reference line segments from the data samples using a numerical fitting method; calculating an error value for each of the output data samples associated to a TDC output level by calculating a deviation of each output data sample from a corresponding reference level of at least one reference line segment; accumulating the error values of the data samples associated to a TDC output level in an accumulator of this TDC output level; increasing a counter value of a TDC output level by one when an error value of a data sample associated with this TDC output level is added to its accumulator; averaging the error values for each TDC output level by dividing the accumulated error value for each TDC output level in its accumulator by its counter value; generating a calibration lookup table comprising an error vector of the averaged error values for the TDC output levels.
A method of regenerative braking, comprising: providing an electric motor comprising at least one stator having a winding with a stator terminal, and a rotor, a measured or estimated speed of the rotor or rotor speed, a motor controller that regulates a current level in the winding, a power inverter which controls an energy flow to the stator terminal, an energy storage system or ESS which exchanges energy with the motor, a battery management circuit coupled between the power inverter and the ESS, and a processor having an associated memory storing a regenerative braking or RB algorithm; wherein the processor is programmed during the braking to implement the RB algorithm to cause the motor controller to execute: determining a value for RB torque or RB torque value from the rotor speed that maximizes a level of a RB current or maximum RB current; and using the power inverter to redirect the maximum RB current to maximize a power transfer from the motor to the ESS, characterized in that the battery management circuit controls the maximum RB current using a current regulation circuit based on a maximum charging current level supported by the ESS; wherein the motor comprises a permanent magnet or PM motor; further comprising computing the RB torque value τ regen using: τ regen = − K b 2 2 R s ω wherein the ω is the rotor speed, the K b is a back-EMF constant of the PM motor, and the R s is a resistance of the stator windings. providing an electric motor comprising at least one stator having a winding with a stator terminal, and a rotor, a measured or estimated speed of the rotor or rotor speed, a motor controller that regulates a current level in the winding, a power inverter which controls an energy flow to the stator terminal, an energy storage system or ESS which exchanges energy with the motor, a battery management circuit coupled between the power inverter and the ESS, and a processor having an associated memory storing a regenerative braking or RB algorithm; wherein the processor is programmed during the braking to implement the RB algorithm to cause the motor controller to execute: determining a value for RB torque or RB torque value from the rotor speed that maximizes a level of a RB current or maximum RB current; and using the power inverter to redirect the maximum RB current to maximize a power transfer from the motor to the ESS, characterized in that the battery management circuit controls the maximum RB current using a current regulation circuit based on a maximum charging current level supported by the ESS; wherein the motor comprises a permanent magnet or PM motor; further comprising computing the RB torque value τ regen using: τ regen = − K b 2 2 R s ω wherein the ω is the rotor speed, the K b is a back-EMF constant of the PM motor, and the R s is a resistance of the stator windings.
A method performed by a first user equipment, UE, which is currently a group owner of a proximity services, ProSe, group in a wireless communication system, the method comprising: receiving, from a second UE in the ProSe group, a priority of the second UE and a channel quality of the second UE, wherein the priority of the second UE is higher than that of the first UE; determining the second UE as a new group owner of the ProSe group based on the channel quality of the second UE; based on determining the second UE as the new group owner of the ProSe group, transmitting, to all members of the ProSe group including the second UE, a group owner relocation command comprising a group identity, ID, of the ProSe group for relocating the functions of the group owner from the first UE to the second UE; receiving, from the second UE, a group owner relocation request comprising the group ID; and transmitting, to the second UE, a group owner relocation response, wherein the channel quality of the second UE is a channel quality for a serving cell of the second UE measured by the second UE. receiving, from a second UE in the ProSe group, a priority of the second UE and a channel quality of the second UE, wherein the priority of the second UE is higher than that of the first UE; determining the second UE as a new group owner of the ProSe group based on the channel quality of the second UE; based on determining the second UE as the new group owner of the ProSe group, transmitting, to all members of the ProSe group including the second UE, a group owner relocation command comprising a group identity, ID, of the ProSe group for relocating the functions of the group owner from the first UE to the second UE; receiving, from the second UE, a group owner relocation request comprising the group ID; and transmitting, to the second UE, a group owner relocation response, wherein the channel quality of the second UE is a channel quality for a serving cell of the second UE measured by the second UE.
Transportable spraying device for pest control, which is embodied as a backpack device, comprising - a first container having a first liquid, wherein the first container possesses straps for transporting the first container on the back of a person; - a second container having a second liquid, wherein the second liquid is a pesticide concentrate, wherein the first liquid is a diluent for the pesticide concentrate, preferably water; - a spraying nozzle; - a first pump for conveying the first liquid from the first container in the direction of the spraying nozzle; - a second pump for conveying the second liquid from the second container in the direction of the spraying nozzle; - a mixing chamber, having an inlet for the first liquid, an inlet for the second liquid, and an outlet for a mixture of the first and of the second liquid; and - a handle, wherein a valve is opened by activating the handle by a user so that the first liquid and the second liquid are conveyed from their respective containers (10, 20) in the direction of the spraying nozzle and through the spraying nozzle onto a target object, characterized in that the spraying device comprises - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle; and - a control unit which is configured so that said control unit, based on the measured flow of the first liquid, regulates the flow of the second liquid in the direction of the spraying nozzle. - a first container having a first liquid, wherein the first container possesses straps for transporting the first container on the back of a person; - a second container having a second liquid, wherein the second liquid is a pesticide concentrate, wherein the first liquid is a diluent for the pesticide concentrate, preferably water; - a spraying nozzle; - a first pump for conveying the first liquid from the first container in the direction of the spraying nozzle; - a second pump for conveying the second liquid from the second container in the direction of the spraying nozzle; - a mixing chamber, having an inlet for the first liquid, an inlet for the second liquid, and an outlet for a mixture of the first and of the second liquid; and - a handle, wherein a valve is opened by activating the handle by a user so that the first liquid and the second liquid are conveyed from their respective containers (10, 20) in the direction of the spraying nozzle and through the spraying nozzle onto a target object, characterized in that the spraying device comprises - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle; and - a control unit which is configured so that said control unit, based on the measured flow of the first liquid, regulates the flow of the second liquid in the direction of the spraying nozzle.
A shoulder assembly to be mounted on an expandable and collapsible tire building drum, the shoulder assembly comprising: top, bottom and lateral arcuate sections (12, 14, 16, 18), each top and bottom section (12,14) having at least one tenon extending from each end and each lateral section (16,18) having at least one groove extending from each end, the tenons and grooves being configured to allow the sections to slidably interlock with one another along an axial dimension thereof to form a shoulder ring to be mounted on a tire building drum when the tire building drum is in an expanded state; and a first plurality of magnetic elements provided about a surface of the shoulder ring that are configured to magnetically secure the shoulder ring to a side of the tire building drum; wherein the shoulder ring is configured to maintain contact with the tire building drum during forming of a tire carcass, and wherein the shoulder ring is configured to maintain its shape and detach from the tire building drum when the tire building drum is collapsed. top, bottom and lateral arcuate sections (12, 14, 16, 18), each top and bottom section (12,14) having at least one tenon extending from each end and each lateral section (16,18) having at least one groove extending from each end, the tenons and grooves being configured to allow the sections to slidably interlock with one another along an axial dimension thereof to form a shoulder ring to be mounted on a tire building drum when the tire building drum is in an expanded state; and a first plurality of magnetic elements provided about a surface of the shoulder ring that are configured to magnetically secure the shoulder ring to a side of the tire building drum; wherein the shoulder ring is configured to maintain contact with the tire building drum during forming of a tire carcass, and wherein the shoulder ring is configured to maintain its shape and detach from the tire building drum when the tire building drum is collapsed.
A method for setting a baud rate for light-based communication between a receiving device and a light-based communication-enabled luminaire, the method comprising: determining decoding parameters of a receiving device, the receiving device including a camera for receiving light-based communication signals, wherein the decoding parameters include at least one of shutter speed of the camera, frame resolution of the camera, and orientation of the luminaire with respect to a raster direction of the camera; calculating a baud rate suitable for the receiving device based on the decoding parameters; and setting the light-based communication-enabled luminaire at the calculated baud rate. determining decoding parameters of a receiving device, the receiving device including a camera for receiving light-based communication signals, wherein the decoding parameters include at least one of shutter speed of the camera, frame resolution of the camera, and orientation of the luminaire with respect to a raster direction of the camera; calculating a baud rate suitable for the receiving device based on the decoding parameters; and setting the light-based communication-enabled luminaire at the calculated baud rate.