mhurhangee/ep-ind-claims huggingface dataset:
An automatic braking method, comprising: entering an automatic braking process when a vehicle speed is less than a predetermined speed threshold value and a driver completely releases an accelerator pedal, wherein the automatic braking process comprises: detecting (S1, S11, S12, S13) surrounding information by a sensing module; determining a target stop position based on the surrounding information, and determining a braking deceleration based on the target stop position; adjusting (S5, S51, S52) a motor and a braking system to slow down a vehicle at the braking deceleration and to stop the vehicle at the target stop position; and automatically activating an autohold system upon the vehicle stopping at the target stop position. detecting (S1, S11, S12, S13) surrounding information by a sensing module; determining a target stop position based on the surrounding information, and determining a braking deceleration based on the target stop position; adjusting (S5, S51, S52) a motor and a braking system to slow down a vehicle at the braking deceleration and to stop the vehicle at the target stop position; and automatically activating an autohold system upon the vehicle stopping at the target stop position.
An injection molding machine (30, 50, 42, 62) including a power feed part (36, 43, 56, 63) configured to supply electric power to a motor (38, 39, 58, 59) based on electric power supplied from an external apparatus (20, 27), characterized in that: the power feed part (36, 43, 56, 63) is configured to supply electric power regenerated by the motor (38, 39, 58, 59) to an electric power accumulating part of the external apparatus (20, 27). the power feed part (36, 43, 56, 63) is configured to supply electric power regenerated by the motor (38, 39, 58, 59) to an electric power accumulating part of the external apparatus (20, 27).
A method of operating an apparatus for the sterilization of plastics material containers, wherein charge carriers are generated in a working operation and are conveyed through a guide chamber and emerge from this guide chamber by way of an outlet window bounding this guide chamber and wherein the outlet window is introduced into the plastics material containers at least in part through an aperture of the aforesaid plastics material containers during the sterilization of the plastics material containers, characterized in that the outlet window is acted upon with a liquid cleaning medium in a cleaning operation of the apparatus, wherein the outlet window is introduced in a container containing the cleaning medium.
System for a shoe sole with at least one module, the module comprising: a. at least one piezo element adapted to produce an electrical signal upon mechanical deformation of the at least one piezo element; b. wherein the electrical signal is adapted to be used as signal for deriving at least one motion parameter of the shoe sole; c. at least a first energy storage and a second energy storage, the at least first energy storage and second energy storages being adapted to store electrical energy obtained from the electrical signal; d. wherein the second energy storage is loaded only after the first energy storage reaches a first energy threshold. a. at least one piezo element adapted to produce an electrical signal upon mechanical deformation of the at least one piezo element; b. wherein the electrical signal is adapted to be used as signal for deriving at least one motion parameter of the shoe sole; c. at least a first energy storage and a second energy storage, the at least first energy storage and second energy storages being adapted to store electrical energy obtained from the electrical signal; d. wherein the second energy storage is loaded only after the first energy storage reaches a first energy threshold.
Vehicle assembly for a vehicle, said vehicle assembly comprising: - a radar sensor configured to emit radar waves over a range (Δ1) of wavelengths; and - a light module configured to perform a signaling function; said light module comprising a sub-layer and a layer of patterns, said layer of patterns forming a sub-wavelength structured dielectric element with a repetition period (Λ1, Λ2) of the patterns that is less than a quarter of a wavelength (λ) of said range (Δ1), and characterized in that the total thickness of said light module is equal to m times a wavelength (λ) of said range, with the whole being divided by twice the equivalent refractive index (n eq) of said sub-layer and of said layer of patterns, times the cosine of a refracted angle (r) corresponding to an angle of incidence (θ) of the radar waves, where m is an integer. - a radar sensor configured to emit radar waves over a range (Δ1) of wavelengths; and - a light module configured to perform a signaling function;
An absorbing composition for use in photolithography and via-fill applications formed from at least one silicon-based compound, at least one absorbing compound and at least one material modification agent, wherein the at least one material modification agent comprises an adhesion promoter which comprises at least one amine salt.
Multilayer cast film oriented in machine direction, which comprises at least three layers A, B and C, whereby a) layer A is an outer layer comprising a heterophasic propylene copolymer, b) layer B is the core layer comprising a high isotacticity polypropylene homopolymer and c) layer C is a sealing layer comprising a propylene based random copolymer or terpolymer, optionally in combination with a heterophasic propylene copolymer, whereby the machine direction oriented multilayer cast film has (i) a tensile modulus measured according to ISO 527-3 on a 50 μm film in machine direction of at least 2600 MPa and in transverse direction of at least 1200 MPa (ii) a haze value measured according to ASTM D1003 on a 50 μm film of at most 5.5% and (iii) a shrinkage measured according to the method as described in the experimental part on a 50 μm film after 10 minutes at 100°C in machine direction of at most -3.0%. a) layer A is an outer layer comprising a heterophasic propylene copolymer, b) layer B is the core layer comprising a high isotacticity polypropylene homopolymer and c) layer C is a sealing layer comprising a propylene based random copolymer or terpolymer, optionally in combination with a heterophasic propylene copolymer, (i) a tensile modulus measured according to ISO 527-3 on a 50 μm film in machine direction of at least 2600 MPa and in transverse direction of at least 1200 MPa (ii) a haze value measured according to ASTM D1003 on a 50 μm film of at most 5.5% and (iii) a shrinkage measured according to the method as described in the experimental part on a 50 μm film after 10 minutes at 100°C in machine direction of at most -3.0%.
An apparatus for classifying aerosol particles suspended in a gas and producing a monodisperse aerosol, the apparatus comprising: two cylinders (102, 104) about a central rotational axis defining surfaces of a carrier flow channel or plurality of channels, including an outer surface; a source of a substantially laminar carrier fluid flow into the carrier flow channel or channels, the carrier fluid not being pre-mixed with particles to be classified; a source of aerosol particles connected to supply the particles into suspension in the carrier fluid in the carrier flow channel or channels; a drive connected to rotate the cylinders about the central rotational axis to supply an acceleration to the cylinders at an angle to the flow of fluid through the carrier flow channel or channels, the acceleration imparting radial motion on the suspended aerosol particles, the drive controlling a rotational speed of the cylinders independently of a flow rate of the carrier fluid flow; and a classification system for classifying the suspended aerosol particles according to their trajectories when the suspended particles move with a component of their velocity parallel to the axis of the rotation, in which the classification system comprises a sampling exit located in the outer surface and an exhaust to classify the suspended aerosol particles according to whether the trajectories of the suspended aerosol particles bring the suspended aerosol particles through the sampling exit to exit the apparatus as a monodisperse aerosol or flow past the sampling exit to be carried out of the classification system with the exhaust. two cylinders (102, 104) about a central rotational axis defining surfaces of a carrier flow channel or plurality of channels, including an outer surface; a source of a substantially laminar carrier fluid flow into the carrier flow channel or channels, the carrier fluid not being pre-mixed with particles to be classified; a source of aerosol particles connected to supply the particles into suspension in the carrier fluid in the carrier flow channel or channels; a drive connected to rotate the cylinders about the central rotational axis to supply an acceleration to the cylinders at an angle to the flow of fluid through the carrier flow channel or channels, the acceleration imparting radial motion on the suspended aerosol particles, the drive controlling a rotational speed of the cylinders independently of a flow rate of the carrier fluid flow; and a classification system for classifying the suspended aerosol particles according to their trajectories when the suspended particles move with a component of their velocity parallel to the axis of the rotation, in which the classification system comprises a sampling exit located in the outer surface and an exhaust to classify the suspended aerosol particles according to whether the trajectories of the suspended aerosol particles bring the suspended aerosol particles through the sampling exit to exit the apparatus as a monodisperse aerosol or flow past the sampling exit to be carried out of the classification system with the exhaust.
An apparatus for displacing a turbine bucket from a turbomachine wheel slot, the apparatus comprising: a body having at least two contacting portions for contacting the turbomachine wheel; a linear actuator coupled to the body; and an engagement arm for engaging the turbine bucket, the engagement arm coupled to the linear actuator and adapted to be actuated in a first axial direction by the linear actuator, wherein the body includes at least two turbomachine wheel engagement portions each extending from one of the two contacting portions for engaging the turbomachine wheel, wherein the at least two turbomachine wheel engagement portions are spaced and adapted to engage adjacent lockwire tabs of the turbomachine wheel, and wherein the at least two turbomachine wheel engagement portions each include a hook. a body having at least two contacting portions for contacting the turbomachine wheel; a linear actuator coupled to the body; and an engagement arm for engaging the turbine bucket, the engagement arm coupled to the linear actuator and adapted to be actuated in a first axial direction by the linear actuator, wherein the body includes at least two turbomachine wheel engagement portions each extending from one of the two contacting portions for engaging the turbomachine wheel, wherein the at least two turbomachine wheel engagement portions are spaced and adapted to engage adjacent lockwire tabs of the turbomachine wheel, and wherein the at least two turbomachine wheel engagement portions each include a hook.
Fluid injection device intended to be fitted to a microfluidic device, the said injection device comprising: - a housing, - a fluidic network arranged inside the said housing and which comprises a reservoir arranged in an internal space of the housing and a fluidic outlet connected to the said reservoir and arranged in a fluidic connector, - a pneumatic network arranged inside the said housing and comprising a pneumatic inlet, characterized in that: - the said pneumatic inlet is arranged inside a pneumatic connector designed to be connected in a fluidtight manner to an auxiliary pneumatic outlet (OUT_aux) of the said microfluidic device, - a deformable elastic membrane is arranged in the said reservoir and forms a fluidtight interface to isolate the fluidic network from the pneumatic network, - the said device is made up of an assembly of several superposed substrates, in which assembly the said membrane forms one of the said substrates. - a housing, - a fluidic network arranged inside the said housing and which comprises a reservoir arranged in an internal space of the housing and a fluidic outlet connected to the said reservoir and arranged in a fluidic connector, - a pneumatic network arranged inside the said housing and comprising a pneumatic inlet, - the said pneumatic inlet is arranged inside a pneumatic connector designed to be connected in a fluidtight manner to an auxiliary pneumatic outlet (OUT_aux) of the said microfluidic device, - a deformable elastic membrane is arranged in the said reservoir and forms a fluidtight interface to isolate the fluidic network from the pneumatic network, - the said device is made up of an assembly of several superposed substrates, in which assembly the said membrane forms one of the said substrates.
High-frequency signal injection device, adapted to operate a high-frequency device comprising: - an oscillator for generating a high-frequency signal which is supplied to the high-frequency device for its operation - means adapted to generate a voltage signal (U prop) proportional to the degree of adaptation of the high-frequency device on the basis of the high-frequency signal generated by the oscillator and supplied to the high-frequency device and a signal reflected from the high-frequency device; and - a device for generating a regulating signal (U A) for adjusting the output frequency of the oscillator based on the voltage signal (U p-rop) wherein the device comprises an amplitude discriminator and a filter device, characterized in that the amplitude discriminator creates a digital output voltage (U D), based on the voltage signal (U prop), that is supplied to the filter device, which smoothes the digital output voltage (U D) such that a, in principle analogue, output signal with a output voltage (U A) is created, which is supplied to the oscillator as regulation voltage. - an oscillator for generating a high-frequency signal which is supplied to the high-frequency device for its operation - means adapted to generate a voltage signal (U prop) proportional to the degree of adaptation of the high-frequency device on the basis of the high-frequency signal generated by the oscillator and supplied to the high-frequency device and a signal reflected from the high-frequency device; and - a device for generating a regulating signal (U A) for adjusting the output frequency of the oscillator based on the voltage signal (U p-rop) wherein the device comprises an amplitude discriminator and a filter device,
A playing aid for a stringed instrument comprising: an alignment means arranged in use to be located on the neck of the instrument, the alignment means comprising a linear alignment element arranged in use to extend substantially parallel to a longitudinal axis of the neck of the instrument; a glider having a collar arranged to receive a part of a player's hand; and a coupling means arranged to couple the glider to the linear alignment element of the alignment means so that the glider is able to slide with respect to the neck. an alignment means arranged in use to be located on the neck of the instrument, the alignment means comprising a linear alignment element arranged in use to extend substantially parallel to a longitudinal axis of the neck of the instrument; a glider having a collar arranged to receive a part of a player's hand; and a coupling means arranged to couple the glider to the linear alignment element of the alignment means so that the glider is able to slide with respect to the neck.
A chain comprising: a plurality of outer links each having a pair of outer plates and pins; a plurality of inner links each having a pair of inner plates and bushings, the outer links and the inner links being alternately and pivotably coupled together in a longitudinal direction of the chain by the pins rotatably inserted into the bushings; and a position restricting part positioned between each pair of the inner plates to restrict inward movement of said each pair of inner plates in a chain width direction, the inner plates have bushing holes formed with a clearance between them and the outer surface of the bushing, the bushings being rotatably inserted in respective bushing holes of said each pair of inner plates. a plurality of outer links each having a pair of outer plates and pins; a plurality of inner links each having a pair of inner plates and bushings, the outer links and the inner links being alternately and pivotably coupled together in a longitudinal direction of the chain by the pins rotatably inserted into the bushings; and a position restricting part positioned between each pair of the inner plates to restrict inward movement of said each pair of inner plates in a chain width direction, the inner plates have bushing holes formed with a clearance between them and the outer surface of the bushing, the bushings being rotatably inserted in respective bushing holes of said each pair of inner plates.
A method for the automatic drop-off of at least one object on a conveyor belt, for the purpose of transporting said at least one object, at an area, called drop-off area, delimited and allowing access to said conveyor belt, said drop-off area comprising at least one point of entry and at least one point of exit, and said method comprising, during the drop-off of at least one object by at least one user: - a phase, called drop-off area entry phase, comprising the following steps: • reading, called first reading, of a drop-off area access authorisation data provided by said user, and • when the read authorization data is valid, authorizing of said user to enter said drop-off area; and - a phase, called drop phase, comprising the following steps: • reading, called second reading, said authorisation data inside the drop-off area, • if the authorization data read during the second reading is a data read previously during the first reading, creating and delivering a means, called a tag, of identification of said object comprising at least one data relating to the transport and/or the identification of the object, • affixing said identification tag to said object, and • drop-off of said object on said conveyor belt by said user. - a phase, called drop-off area entry phase, comprising the following steps: • reading, called first reading, of a drop-off area access authorisation data provided by said user, and • when the read authorization data is valid, authorizing of said user to enter said drop-off area; and • reading, called first reading, of a drop-off area access authorisation data provided by said user, and • when the read authorization data is valid, authorizing of said user to enter said drop-off area; and - a phase, called drop phase, comprising the following steps: • reading, called second reading, said authorisation data inside the drop-off area, • if the authorization data read during the second reading is a data read previously during the first reading, creating and delivering a means, called a tag, of identification of said object comprising at least one data relating to the transport and/or the identification of the object, • affixing said identification tag to said object, and • drop-off of said object on said conveyor belt by said user. • reading, called second reading, said authorisation data inside the drop-off area, • if the authorization data read during the second reading is a data read previously during the first reading, creating and delivering a means, called a tag, of identification of said object comprising at least one data relating to the transport and/or the identification of the object, • affixing said identification tag to said object, and • drop-off of said object on said conveyor belt by said user.
A system for preventing access to cargo during transportation, comprising: a) a security net adapted for covering said cargo, said net comprising a panel with a periphery; said panel made from a net with holes of sufficiently small size to prevent objects from readily being inserted therethrough without causing a tear thereto; said periphery containing a plurality of openings; and b) a plurality of security locks adapted for locking onto a pallet beneath said cargo and coupling onto one of said plurality of openings to prevent objects from being inserted through a gap between said security net and said pallet, characterised in that each security lock has a first identifier for identifying whether said plurality of security locks belong to a predetermined set. a) a security net adapted for covering said cargo, said net comprising a panel with a periphery; said panel made from a net with holes of sufficiently small size to prevent objects from readily being inserted therethrough without causing a tear thereto; said periphery containing a plurality of openings; and b) a plurality of security locks adapted for locking onto a pallet beneath said cargo and coupling onto one of said plurality of openings to prevent objects from being inserted through a gap between said security net and said pallet, characterised in that each security lock has a first identifier for identifying whether said plurality of security locks belong to a predetermined set.
A system comprising: a catheter comprising an elongated shaft defining a lumen; and a tether assembly comprising: an elongate body; a tether head assembly attached to a distal end of the elongate body, the tether head assembly comprising an attachment mechanism configured to releasably attach to an attachment member of a medical device; and a positioning element fixedly positioned over the elongate body and configured to align the attachment mechanism with the attachment member when the tether head assembly is extended distally out of the lumen, wherein the positioning element comprises: a distal end; a proximal end; a length between the distal end and proximal end that is less than a length of the elongate body; and wherein the tether head assembly, elongate body, and positioning element are movable within the lumen of the elongated shaft. a catheter comprising an elongated shaft defining a lumen; and a tether assembly comprising: an elongate body; a tether head assembly attached to a distal end of the elongate body, the tether head assembly comprising an attachment mechanism configured to releasably attach to an attachment member of a medical device; and a positioning element fixedly positioned over the elongate body and configured to align the attachment mechanism with the attachment member when the tether head assembly is extended distally out of the lumen, wherein the positioning element comprises: a distal end; a proximal end; a length between the distal end and proximal end that is less than a length of the elongate body; and an elongate body; a tether head assembly attached to a distal end of the elongate body, the tether head assembly comprising an attachment mechanism configured to releasably attach to an attachment member of a medical device; and a positioning element fixedly positioned over the elongate body and configured to align the attachment mechanism with the attachment member when the tether head assembly is extended distally out of the lumen, wherein the positioning element comprises: a distal end; a proximal end; a length between the distal end and proximal end that is less than a length of the elongate body; and a distal end; a proximal end; a length between the distal end and proximal end that is less than a length of the elongate body; and wherein the tether head assembly, elongate body, and positioning element are movable within the lumen of the elongated shaft.