mhurhangee/ep-ind-claims huggingface dataset:
An animal drinker comprising a support, a container defining a hollow interior region for a drinkable liquid and an open mouth for accommodating a muzzle of an animal to the hollow interior region of the container, and an inlet port for accommodating the drinkable liquid to the hollow interior region of the container, the container being pivotally mounted on the support, and being pivotal relative to the support and the inlet port between an operative state for receiving the drinkable liquid from the inlet port and for presenting the drinkable liquid to an animal, and a discharge state for discharging the liquid therefrom, wherein a mounting means comprising a mounting plate for mounting the support to a structure is provided, characterised in that: the support comprises a support framework extending forwardly from the mounting plate, the inlet port is rigidly secured to the support framework, and the container is pivotally coupled to the support framework to one side thereof about a main pivot axis extending perpendicularly relative to the mounting plate and is pivotal about the main pivot axis through an angle of at least 90° between the operative state and the discharge state. comprises a support framework extending forwardly from the mounting plate, the inlet port is rigidly secured to the support framework, and the container is pivotally coupled to the support framework to one side thereof about a main pivot axis extending perpendicularly relative to the mounting plate and is pivotal about the main pivot axis through an angle of at least 90° between the operative state and the discharge state.
Brake test stand for determining the braking action of a brake of a motor vehicle, especially a motor vehicle having twin or multiple axles, having at least one driven roller set for receiving at least one motor vehicle wheel and having a pull-down device (34; 34a; 34b; 34c) which has a clamping element (38; 38a; 38b; 38c) which, via clamping means (40; 40a; 40b; 40c; 48; 48a; 48b; 48c), transmits clamping forces to the motor vehicle in order to effect an additional contact pressure of the motor vehicle wheel on the roller set, the clamping element (38; 38a; 38b; 38c) exerting an approximately horizontal clamping force, characterised in that the clamping element (38; 38a; 38b; 38c) is arranged entirely underneath the roller set, and the clamping force is diverted via a diverting device (56; 56a; 56b; 56c) from its approximately horizontal orientation into an approximately vertical direction.
A method of operating a cable handling system of a longwall mining machine having a shearer movable along a pan line to mine material along a mine face, the cable handling system including: i) a service line configured to carry one or more supply lines to the shearer for facilitating shearer operation, ii) a plurality of interconnected trays to accommodate the service line, iii) a plurality of sensor nodes distributed along a length of the service line, iv) a plurality of transceivers distributed along a length of the pan line, and v) a controller; the method comprising: a) sensing and transmitting orientation, acceleration and/or position data of the service line using the plurality of sensor nodes, b) using the plurality of transceivers to receive the orientation, acceleration and/or position data from the plurality of sensor nodes and to transmit the orientation, acceleration and/or position data to the controller, and c) detecting, by the controller, an actual or imminent failure mode of the service line using analysis of the orientation, acceleration and/or position data from the plurality of the sensor nodes. i) a service line configured to carry one or more supply lines to the shearer for facilitating shearer operation, ii) a plurality of interconnected trays to accommodate the service line, iii) a plurality of sensor nodes distributed along a length of the service line, iv) a plurality of transceivers distributed along a length of the pan line, and v) a controller; a) sensing and transmitting orientation, acceleration and/or position data of the service line using the plurality of sensor nodes, b) using the plurality of transceivers to receive the orientation, acceleration and/or position data from the plurality of sensor nodes and to transmit the orientation, acceleration and/or position data to the controller, and c) detecting, by the controller, an actual or imminent failure mode of the service line using analysis of the orientation, acceleration and/or position data from the plurality of the sensor nodes.
Method for calculating an a posteriori probability for each incoming input bit of a sequence of incoming bits during decoding of a block code, said block code involving states related to a Trellis diagram, said method further including a step of decomposing the parity check matrix associated to the block code into a set of p submatrices, each submatrix being associated with one of p subtrellis diagrams of said Trellis diagram, said method further including the steps of, per subtrellis, and in parallel calculating auxiliary parameters related to the said a posteriori probability, and a step of combining said auxiliary parameters determined in parallel per subtrellis such as to provide the a posteriori probability, wherein an extrinsic information parameter is calculated during the combining step of said auxiliary parameters, and wherein said extrinsic information parameter is used as an input parameter during a succession of iterations of said steps and wherein in each iteration the division of the parity check matrix into a set of submatrices is done in a different way.
Inspection system for hollow bodies with an image recording device, which can be inserted into the hollow body and is equipped with an illumination device for illumination device the hollow body, wherein the illumination device comprises a plurality of light sources with different beam directions and a light control unit connected to the light sources, which is designed in such a way that it individually increases the luminous intensity of the light sources or in a plurality of groups, and with at least one sensor (9; 19) for detecting a change in position of the image recording device in the hollow body, characterized in that the sensor (9; 19) is connected to the light control unit and the light control unit is designed in such a way that it controls the light intensity of the light sources in accordance with a change in position detected by the sensor (9; 19) in such a way that the illumination generated by the illumination device remains essentially constant in at least one spatial direction even if the position of the illumination device changes.
A plug connector with a secondary locking device which has at least one leg, where the at least one leg fixes a locking arm of the plug connector in the final locked position in a socket where the at least one leg has a spring arm with a step which is supported on a locking projection formed on the housing of the plug connector and which holds the secondary locking device in a pre-locked position and where the secondary locking device can be locked into the final locked position, characterized in that the spring arm has a projection where during the process of insertion of the plug connector into the socket, the spring arm is deflected due to a contact of the projection with a face of the socket in such a way that the step of the spring arm is lifted from the locking projection and the secondary locking device is released.
A cap for a container, the cap being made of a material at least part of which is derived from natural fibres, the cap comprising a cup-shaped body having a skirt which extends around an axis and a transversal wall arranged transversally to the axis, a cavity being defined inside the cup-shaped body, the cup-shaped body being delimited by an inner surface facing the cavity and by an outer surface facing the opposite way to the cavity, characterized in that at least one projecting element (16, 18, 22; 218; 316) projects from a surface of the cup-shaped body selected from either the inner surface or the outer surface, and in that at least one recess (17, 21, 23; 221; 317) is provided at said at least one projecting element (16, 18, 22; 218; 316) on another surface of the cup-shaped body selected from either the outer surface or the inner surface.
A composition comprising, especially in a physiologically acceptable medium: (a) an aqueous phase; and (b) at least one anionic foaming surfactant; and (c) at least one amphoteric or zwitterionic foaming surfactant; and (d) at least PEG-90M; and (e) at least one of PEG-150 pentaerythrityl tetrastearate in isolated form or a mixture of PEG-150 pentaerythrityl tetrastearate, of PEG-6 caprylic/capric triglycerides and of water (50/20/30% by weight).; and (f) a polymeric suspension agent, said polymeric suspension agent being chosen from: - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers. (a) an aqueous phase; and (b) at least one anionic foaming surfactant; and (c) at least one amphoteric or zwitterionic foaming surfactant; and (d) at least PEG-90M; and (e) at least one of PEG-150 pentaerythrityl tetrastearate in isolated form or a mixture of PEG-150 pentaerythrityl tetrastearate, of PEG-6 caprylic/capric triglycerides and of water (50/20/30% by weight).; and (f) a polymeric suspension agent, said polymeric suspension agent being chosen from: - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers. - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers.
An driver assistance system, comprising: a mobile terminal provided on an automobile; and a detection server capable of communicating with the mobile terminal; the mobile terminal including: an image capture apparatus configured to capture an image around the automobile; and an image transmission means for transmitting the captured image to the detection server; the detection server including: an image filter configured to carry out a working process for the image; and a detection engine configured to receive the image inputted thereto after the working process by the image filter and detect whether or not the image includes an object; the detection server transmitting, when it is detected that the image includes an object, the result of the decision to the mobile terminal; wherein, when the mobile terminal receives a result of decision that the image includes an object, the mobile terminal carries out control for causing the vehicle to evade the object. a mobile terminal provided on an automobile; and a detection server capable of communicating with the mobile terminal; the mobile terminal including: an image capture apparatus configured to capture an image around the automobile; and an image transmission means for transmitting the captured image to the detection server; an image capture apparatus configured to capture an image around the automobile; and an image transmission means for transmitting the captured image to the detection server; the detection server including: an image filter configured to carry out a working process for the image; and a detection engine configured to receive the image inputted thereto after the working process by the image filter and detect whether or not the image includes an object; an image filter configured to carry out a working process for the image; and a detection engine configured to receive the image inputted thereto after the working process by the image filter and detect whether or not the image includes an object; the detection server transmitting, when it is detected that the image includes an object, the result of the decision to the mobile terminal; wherein, when the mobile terminal receives a result of decision that the image includes an object, the mobile terminal carries out control for causing the vehicle to evade the object.
A mobile terminal (110, 400) comprising: an inputter configured to receive a user input for selecting card information: a communicator configured to receive a token number indicating a physical card from a card company server, when a token issuance corresponding to card information selected by the user input is approved; a processor configured to generate token information including the token number and an identification code indicating a target service provider for identification of a service provider; and a sound wave outputter configured to output a sound wave signal converted from the generated token information and to transfer the sound wave signal to a magnetic field conversion device (120, 900), characterized in that the processor is configured to obtain device setting information comprising a device setting code, device setting data, and an identification code that indicates a target service provider, and the sound wave outputter is configured to output a sound wave signal converted from the device setting information to change device settings of the magnetic field conversion device, wherein the device setting data comprises a setting value for at least one of a waiting time, a token transmission interval, a token transmission time length, a sound wave reception distance, a magnetic field generation interval per bit, and a preamble (827, 828). a communicator configured to receive a token number indicating a physical card from a card company server, when a token issuance corresponding to card information selected by the user input is approved; a processor configured to generate token information including the token number and an identification code indicating a target service provider for identification of a service provider; and a sound wave outputter configured to output a sound wave signal converted from the generated token information and to transfer the sound wave signal to a magnetic field conversion device (120, 900), characterized in that the processor is configured to obtain device setting information comprising a device setting code, device setting data, and an identification code that indicates a target service provider, and the sound wave outputter is configured to output a sound wave signal converted from the device setting information to change device settings of the magnetic field conversion device, wherein the device setting data comprises a setting value for at least one of a waiting time, a token transmission interval, a token transmission time length, a sound wave reception distance, a magnetic field generation interval per bit, and a preamble (827, 828).
A haptic feedback transducer comprising: an electroactive material membrane disposed on a substrate, wherein the EAM membrane comprises an EAM layer configured to provide a mechanical response in response to an electrical driving signal; and an air pump configured to control a pressure of a gas applied to a side of the EAM membrane facing the substrate, characterised in that: the haptic feedback transducer provides multi-level haptic feedback by modulating the electrical driving signal provided to the EAM membrane in combination with the control of the pressure of the gas provided by the air pump. an electroactive material membrane disposed on a substrate, wherein the EAM membrane comprises an EAM layer configured to provide a mechanical response in response to an electrical driving signal; and an air pump configured to control a pressure of a gas applied to a side of the EAM membrane facing the substrate, characterised in that: the haptic feedback transducer provides multi-level haptic feedback by modulating the electrical driving signal provided to the EAM membrane in combination with the control of the pressure of the gas provided by the air pump.
A method for preparing a compound of Formula 1A wherein X is Cl, Br, CF 3 CO 2, CH 3 SO 3, (SO 4) 1/2 or (PO 4) 1/3 comprising contacting a compound of Formula 8 with a compound of Formula 3 and a coupling reagent in the presence of a base and optionally also in the presence of a water immiscible solvent, to form an intermediate of Formula 7 wherein the coupling agent is N, N '-carbonyldiimidazole; and contacting the intermediate of Formula 7 with an acid of Formula 5 HX 5. comprising contacting a compound of Formula 8 with a compound of Formula 3 and a coupling reagent in the presence of a base and optionally also in the presence of a water immiscible solvent, to form an intermediate of Formula 7 wherein the coupling agent is N, N '-carbonyldiimidazole; and contacting the intermediate of Formula 7 with an acid of Formula 5 HX 5.
A system for cleaning floors including a frame designed to be displaced on the floor, the frame carrying at least one device for removing the parasites present in the floor, the removal device including an electrocution means designed to electrocute the parasites, characterized in that the removal device includes a device for extracting parasites which is designed to extract the parasites from the floor and to drive them to the removal device.
A plasma generating source comprising: a plasma chamber which forms a plasma generating space; at least one pair of belt type magnets that surround the outer wall of said plasma chamber; and a microwave irradiating equipment that irradiates microwave into the plasma generating space, wherein a magnetic-field is formed by said at least one pair of belt type magnets in the plasma generating space, wherein said belt type magnet has a continuous magnetic array, and the microwave irradiating equipment is arranged to irradiate microwaves in pulse mode or in continuous mode, and the irradiated microwaves into the magnetic field formed in the plasma generating space by the at least one pair belt type magnets forms an ECR (Electron Cyclotron Resonance) plasma to enhance the plasma density along the magnetic-field distribution, and characterized in that the microwave irradiating equipment includes a ring type wave guide, a toroidal type wave guide or a track type wave guide, said wave guide includes a slit which is opening to the plasma chamber without a dielectric window, and said plasma chamber connects with the microwave irradiating equipment via the slit through which microwave is irradiated and said plasma chamber and microwave irradiating equipment are vacuumed together. a plasma chamber which forms a plasma generating space; at least one pair of belt type magnets that surround the outer wall of said plasma chamber; and a microwave irradiating equipment that irradiates microwave into the plasma generating space, wherein a magnetic-field is formed by said at least one pair of belt type magnets in the plasma generating space, wherein said belt type magnet has a continuous magnetic array, and the microwave irradiating equipment is arranged to irradiate microwaves in pulse mode or in continuous mode, and the irradiated microwaves into the magnetic field formed in the plasma generating space by the at least one pair belt type magnets forms an ECR (Electron Cyclotron Resonance) plasma to enhance the plasma density along the magnetic-field distribution, and characterized in that the microwave irradiating equipment includes a ring type wave guide, a toroidal type wave guide or a track type wave guide, said wave guide includes a slit which is opening to the plasma chamber without a dielectric window, and said plasma chamber connects with the microwave irradiating equipment via the slit through which microwave is irradiated and said plasma chamber and microwave irradiating equipment are vacuumed together.
Actuator handpiece for a neuromuscular stimulation device, comprising: - a head intended to come into contact with a body surface of a patient to be treated with a predetermined application frequency, characterized in that the head is mounted on one end of a sliding rod having an opposite end provided with a magnet, and in that the actuator handpiece comprises - a coil and - an electronic board connected electrically to the coil and designed to generate a magnetic field for the alternating displacement of the magnet and therefore the head between a distal position, in which the head is intended to exert pressure on the body surface, and a proximal pressure-reducing or release position, a Teflon support structure for said coil, said support structure being supported by a perforated steel plate situated in a plane defined in a body of the actuator handpiece, the perforated plate being situated around a cylindrical wall of the support structure which, internally, defines a sliding seat for the magnet. - a head intended to come into contact with a body surface of a patient to be treated with a predetermined application frequency, characterized in that the head is mounted on one end of a sliding rod having an opposite end provided with a magnet, and in that the actuator handpiece comprises - a coil and - an electronic board connected electrically to the coil and designed to generate a magnetic field for the alternating displacement of the magnet and therefore the head between a distal position, in which the head is intended to exert pressure on the body surface, and a proximal pressure-reducing or release position, - a coil and - an electronic board connected electrically to the coil and designed to generate a magnetic field for the alternating displacement of the magnet and therefore the head between a distal position, in which the head is intended to exert pressure on the body surface, and a proximal pressure-reducing or release position, a Teflon support structure for said coil, said support structure being supported by a perforated steel plate situated in a plane defined in a body of the actuator handpiece, the perforated plate being situated around a cylindrical wall of the support structure which, internally, defines a sliding seat for the magnet.