mhurhangee/ep-ind-claims huggingface dataset:
A feeder (108, 508) for a knitting machine, the feeder (108, 508) comprising: a carrier configured to secure the feeder (108, 508) to a knitting machine such that the feeder (108, 508) is movable along an axis with respect to a rail of the knitting machine; a feeder arm extending from the carrier, the feeder arm including a first dispensing area and a second dispensing area configured for respectively supplying a first and second yarn (512A, 512B) to a needle bed of the knitting machine; a first and a second cutting device (582A, 582B) coupled to the feeder arm and configured to respectively cut the first and second yarn to disengage them from the needle bed of the knitting machine; characterized in that the feeder arm includes a starting device that includes at least one outlet that is at an end of the feeder arm, the outlet being configured to dispense a pressurized gas to selectively guide a cut end of the first yarn and the second yarn to a needle of the needle bed during a starting procedure; wherein the outlet is located between the first dispensing area and the second dispensing area, the first dispensing area being located below the first cutting device and the second dispensing area being located below the second cutting device. a carrier configured to secure the feeder (108, 508) to a knitting machine such that the feeder (108, 508) is movable along an axis with respect to a rail of the knitting machine; a feeder arm extending from the carrier, the feeder arm including a first dispensing area and a second dispensing area configured for respectively supplying a first and second yarn (512A, 512B) to a needle bed of the knitting machine; a first and a second cutting device (582A, 582B) coupled to the feeder arm and configured to respectively cut the first and second yarn to disengage them from the needle bed of the knitting machine; characterized in that the feeder arm includes a starting device that includes at least one outlet that is at an end of the feeder arm, the outlet being configured to dispense a pressurized gas to selectively guide a cut end of the first yarn and the second yarn to a needle of the needle bed during a starting procedure; wherein the outlet is located between the first dispensing area and the second dispensing area, the first dispensing area being located below the first cutting device and the second dispensing area being located below the second cutting device.
A method of operating a refrigeration system for a refrigerated mobile cargo container, the method comprising: detecting a position of a door (16,18) on the refrigerated mobile cargo container; and characterised by: sensing a temperature outside of the refrigerated mobile cargo container; either deactivating the refrigeration system or placing the refrigeration system into a low speed mode of operation if the door (16,18) is open and the temperature outside of the refrigerated mobile cargo container is less than a predetermined value; and operating the refrigeration system if the door (16,18) is open and the temperature outside of the refrigerated mobile cargo container is greater than the predetermined value. detecting a position of a door (16,18) on the refrigerated mobile cargo container; sensing a temperature outside of the refrigerated mobile cargo container; either deactivating the refrigeration system or placing the refrigeration system into a low speed mode of operation if the door (16,18) is open and the temperature outside of the refrigerated mobile cargo container is less than a predetermined value; and operating the refrigeration system if the door (16,18) is open and the temperature outside of the refrigerated mobile cargo container is greater than the predetermined value.
A ganging mechanism for releasably attaching a first table to a second table to form a larger combined table comprising: a first leg coupled to an underside of the first table, the first leg including a top cap disposed on an upper end thereof and a pivotable swing arm that carries a first ganging member, the swing arm is pivotally attached to the top cap and disposed within a space above the top cap, the swing arm has a bottom surface that includes an opening and the swing arm is positionable between a stowed position and an extended position; and a second leg coupled to an underside of the second table, the second leg includes a receiver portion that receives the swing arm in the extended position, the second leg including a second ganging member configured to couple to the first ganging member, the second ganging member comprises a pin structure (240, 250) which is axially movable, wherein the first and second ganging members (300, 230) are releasably coupled to one another by magnetic attraction, whereby when the swing arm is pivoted to the extended position, the pin structure (240, 250) is drawn into the opening of the swing arm, thereby coupling the first and second legs (100, 200) to one another resulting in the first table being ganged to the second table. a first leg coupled to an underside of the first table, the first leg including a top cap disposed on an upper end thereof and a pivotable swing arm that carries a first ganging member, the swing arm is pivotally attached to the top cap and disposed within a space above the top cap, the swing arm has a bottom surface that includes an opening and the swing arm is positionable between a stowed position and an extended position; and a second leg coupled to an underside of the second table, the second leg includes a receiver portion that receives the swing arm in the extended position, the second leg including a second ganging member configured to couple to the first ganging member, the second ganging member comprises a pin structure (240, 250) which is axially movable, wherein the first and second ganging members (300, 230) are releasably coupled to one another by magnetic attraction, whereby when the swing arm is pivoted to the extended position, the pin structure (240, 250) is drawn into the opening of the swing arm, thereby coupling the first and second legs (100, 200) to one another resulting in the first table being ganged to the second table.
A cooker hood, comprising a lighting apparatus, wherein: the cooker hood further comprises a light reflection member; the light reflection member is disposed to be suitable for reflecting light emitted by the lighting apparatus; and the cooker hood is an inclined cooker hood, comprising an air inlet and a smoke deflector, wherein the smoke deflector is disposed to be suitable for switching between a first state and a second state; when the smoke deflector is in the first state, the smoke deflector seals the air inlet; when the smoke deflector is in the second state, a light transmissive surface of the lighting apparatus faces an inner wall of the smoke deflector; characterized in that: the light reflection member is disposed on an inner wall of the smoke deflector; and when the smoke deflector is in the second state, a bottom end of the smoke deflector rotates outward to form an eaves, and the light reflection member is disposed to be suitable for reflecting the light emitted by the lighting apparatus through the light transmissive surface. the cooker hood further comprises a light reflection member; the light reflection member is disposed to be suitable for reflecting light emitted by the lighting apparatus; and the cooker hood is an inclined cooker hood, comprising an air inlet and a smoke deflector, wherein the smoke deflector is disposed to be suitable for switching between a first state and a second state; when the smoke deflector is in the first state, the smoke deflector seals the air inlet; when the smoke deflector is in the second state, a light transmissive surface of the lighting apparatus faces an inner wall of the smoke deflector; characterized in that: the light reflection member is disposed on an inner wall of the smoke deflector; and when the smoke deflector is in the second state, a bottom end of the smoke deflector rotates outward to form an eaves, and the light reflection member is disposed to be suitable for reflecting the light emitted by the lighting apparatus through the light transmissive surface.
Method for ascertaining an acceleration of a target by means of radar waves, comprising the following steps: - transmitting ramped frequency-modulated radar transmission signals by means of at least one transmitting device and receiving at least one radar reception signal reflected from at least one target during a measurement interval (T meas), - transferring the radar reception signal to an evaluation unit and converting the at least one received radar reception signal into digital measurement values, - carrying out a two-dimensional Fourier transformation from an absolute value spectrum of the digital measurement values, - detecting at least one target reflection of a target on the basis of peak values in an absolute value spectrum, - determining at least one distance (r) between a target and the transmitting device, at least one radial velocity v r and at least one transverse velocity (v q) of a target relative to the transmitting device, - determining at least one angle (α, 15) of the at least one target relative to an orientation of the transmitting device, wherein on the basis of the determination of the distance (r, 14), the relative radial velocity (v r) and the angle(α, 15), apart from the respective target reflection of a target for which the acceleration is intended to be estimated, all further target reflections and disturbances are suppressed and for said target reflection of a physical target, after carrying out an inverse Fourier transformation, radial accelerations (a r) are approximately calculated from the transformed measurement values. - transmitting ramped frequency-modulated radar transmission signals by means of at least one transmitting device and receiving at least one radar reception signal reflected from at least one target during a measurement interval (T meas), - transferring the radar reception signal to an evaluation unit and converting the at least one received radar reception signal into digital measurement values, - carrying out a two-dimensional Fourier transformation from an absolute value spectrum of the digital measurement values, - detecting at least one target reflection of a target on the basis of peak values in an absolute value spectrum, - determining at least one distance (r) between a target and the transmitting device, at least one radial velocity v r and at least one transverse velocity (v q) of a target relative to the transmitting device, - determining at least one angle (α, 15) of the at least one target relative to an orientation of the transmitting device,
A method of imaging a sample of body fluid for visual measurements relating to leukocytes in the sample, comprising the steps of: - acquiring a leukocyte concentration in a solution obtained from the sample, resulting in a measured leukocyte concentration in the sample; - diluting a test solution obtained from the sample according to a dilution ratio which is determined as a function of the measured leukocyte concentration in the sample in order to bring the leukocyte concentration of the test solution to an optimum leukocyte concentration; - transferring the test solution into an optical chamber and a rotational drive of the optical chamber by means of a centrifuge unit in order to align the leukocytes of the test solution in an optical plane contained in the optical chamber, the optical plane being perpendicular to a thickness direction of the optical chamber, wherein the optimal leukocyte concentration for the test solution corresponds to a target area density in the optical plane between 20 leukocytes per square millimeter and 1000 leukocytes per square millimeter after completion of the alignment of the leukocytes in the optical plane, - imaging the test solution in the optical chamber by an imaging device. - acquiring a leukocyte concentration in a solution obtained from the sample, resulting in a measured leukocyte concentration in the sample; - diluting a test solution obtained from the sample according to a dilution ratio which is determined as a function of the measured leukocyte concentration in the sample in order to bring the leukocyte concentration of the test solution to an optimum leukocyte concentration; - transferring the test solution into an optical chamber and a rotational drive of the optical chamber by means of a centrifuge unit in order to align the leukocytes of the test solution in an optical plane contained in the optical chamber, the optical plane being perpendicular to a thickness direction of the optical chamber, wherein the optimal leukocyte concentration for the test solution corresponds to a target area density in the optical plane between 20 leukocytes per square millimeter and 1000 leukocytes per square millimeter after completion of the alignment of the leukocytes in the optical plane, - imaging the test solution in the optical chamber by an imaging device.
A method for use in a telecommunications network that makes use of the Session Initiation Protocol, SIP, the method being characterised by sending charging information to a charging function of the network in response to the receipt of an unsuccessful SIP response to a SIP request, wherein the SIP request relates to a request to modify the media of an established SIP session by adding, removing or changing the media, and wherein the unsuccessful SIP response is a non-2xx SIP response.
A plant diagnostic tool for a communication system, comprising: a parameter measurement module configured to estimate one or more signal parameters of signals traversing throughout the plant diagnostic tool to analyze the performance of the communication system; and a transmitter configured to process the one or more signal parameters for transmission as part of an out-of-band portion of a transmitted communication signal to a service provider location. a parameter measurement module configured to estimate one or more signal parameters of signals traversing throughout the plant diagnostic tool to analyze the performance of the communication system; and a transmitter configured to process the one or more signal parameters for transmission as part of an out-of-band portion of a transmitted communication signal to a service provider location.
Winding tooth for a stator of an electrical machine having a T-shaped tooth head, arranged on a tooth neck, having a tooth head front side, wherein the tooth head has two projections (21a, 21b) for reducing the motor ripple, which extend laterally away from the tooth neck, wherein an insulation layer (10a, 10b) is provided along the tooth neck and a respective lateral surface of the respective projection (21a, 21b) of the tooth head, characterized in that the respective insulation layer (10a, 10b) forms a projection (11a, 11b) in the region of each of the projections (21a, 21b) of the tooth head, which extends laterally away from the tooth head, wherein the respective projection (11a, 11b) of the insulation layer (10a, 10b) is formed at the outermost lateral end section of the winding tooth and directly adjacent to the respective corner (Ea, Eb) of the winding tooth, which is located at the transition from the respective lateral surface on the projections (21a, 21b) of the tooth head to the tooth head front side, and wherein the insulation layer (10a, 10b) has a corrugated or grooved surface structure for positioning a winding wire at least on the respective lateral surface of the respective projections (21a, 21b) of the tooth head. wherein the tooth head has two projections (21a, 21b) for reducing the motor ripple, which extend laterally away from the tooth neck, wherein an insulation layer (10a, 10b) is provided along the tooth neck and a respective lateral surface of the respective projection (21a, 21b) of the tooth head, characterized in that the respective insulation layer (10a, 10b) forms a projection (11a, 11b) in the region of each of the projections (21a, 21b) of the tooth head, which extends laterally away from the tooth head, wherein the respective projection (11a, 11b) of the insulation layer (10a, 10b) is formed at the outermost lateral end section of the winding tooth and directly adjacent to the respective corner (Ea, Eb) of the winding tooth, which is located at the transition from the respective lateral surface on the projections (21a, 21b) of the tooth head to the tooth head front side, and wherein the insulation layer (10a, 10b) has a corrugated or grooved surface structure for positioning a winding wire at least on the respective lateral surface of the respective projections (21a, 21b) of the tooth head.
An implantable tissue repair device comprising; a body comprising a biocompatible hydrogel; and a plurality of tissue anchoring elements projecting from the body; wherein the anchoring elements are integrally formed with the body and comprise the same biocompatible hydrogel as the body, and wherein the anchoring elements, in use, are arranged to enter apertures in a tissue and anchor the device to the tissue; wherein the body of the device comprises at least one layer of fibres, characterised in that each anchoring element comprises at least one separate layer of fibres, wherein each anchoring element includes at least one thread, stitched through the separate layer of fibres, and which extends into the anchoring element and/or is stitched to the at least one fibre layer of the body. a body comprising a biocompatible hydrogel; and a plurality of tissue anchoring elements projecting from the body; wherein the anchoring elements are integrally formed with the body and comprise the same biocompatible hydrogel as the body, and wherein the anchoring elements, in use, are arranged to enter apertures in a tissue and anchor the device to the tissue; wherein the body of the device comprises at least one layer of fibres, characterised in that each anchoring element comprises at least one separate layer of fibres, wherein each anchoring element includes at least one thread, stitched through the separate layer of fibres, and which extends into the anchoring element and/or is stitched to the at least one fibre layer of the body.
A base film for elongation comprising a thermoplastic polyurethane which is a reaction product of a mixture comprising a polyol, a multivalent isocyanate and a chain extender, wherein the polyol comprises a first polyol having a weight average molecular weight of 1,500 or less and a second polyol having a weight average molecular weight of more than 1,500, wherein said chain extender comprises an aliphatic diol having 5 or more carbon atoms and an aliphatic diol having 4 or less carbon atoms, and the multivalent isocyanate comprises a multivalent isocyanate having an aromatic core having 12 or more carbon atoms and a multivalent isocyanate having an aromatic core having less than 12 carbon atoms, the base film having a thickness within a range of about 50 μm to 300 μm.
A vehicle underfloor structure comprising: a tank in which a liquid is stored; a protected member that is mounted to a bottom portion of the tank; a lower portion protector that is mounted to a vehicle body, and that covers at least the protected member from a vehicle lower side; and an outer periphery protector that is mounted to the tank, extends toward the vehicle lower side and surrounds the protected member; wherein: at least a portion of the outer periphery protector is covered by the lower portion protector from the vehicle lower side; a gap between a lower end portion of the outer periphery protector and the lower portion protector is narrower than a gap between the protected member and the lower portion protector; the protected member is a pump module; and the outer periphery protector is formed in a shape of a tube at which a portion is open in a peripheral direction. a tank in which a liquid is stored; a protected member that is mounted to a bottom portion of the tank; a lower portion protector that is mounted to a vehicle body, and that covers at least the protected member from a vehicle lower side; and an outer periphery protector that is mounted to the tank, extends toward the vehicle lower side and surrounds the protected member; wherein: at least a portion of the outer periphery protector is covered by the lower portion protector from the vehicle lower side; a gap between a lower end portion of the outer periphery protector and the lower portion protector is narrower than a gap between the protected member and the lower portion protector; the protected member is a pump module; and the outer periphery protector is formed in a shape of a tube at which a portion is open in a peripheral direction. at least a portion of the outer periphery protector is covered by the lower portion protector from the vehicle lower side; a gap between a lower end portion of the outer periphery protector and the lower portion protector is narrower than a gap between the protected member and the lower portion protector; the protected member is a pump module; and the outer periphery protector is formed in a shape of a tube at which a portion is open in a peripheral direction.
An analytical pretreatment device, comprising: a supporting material; a plurality of inlet ports (Ai) as fluid injection ports, the number of the inlet ports being equal to the value m; a plurality of outlet ports (Bj) as fluid outlet ports, the number of the outlet ports being equal to the value n; a plurality of hollow filaments (Xij) communicating between the inlet ports and the outlet ports, the number of the hollow filaments being equal to the value m×n and each hollow filament communicating respectively between one inlet port and one outlet port, the hollow filaments being arranged such that each of the inlet ports communicates with each of the outlet ports by a respective hollow filament; and n filler-containing cartridges (Cj) respectively connected to the outlet ports, wherein: m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments. a supporting material; a plurality of inlet ports (Ai) as fluid injection ports, the number of the inlet ports being equal to the value m; a plurality of outlet ports (Bj) as fluid outlet ports, the number of the outlet ports being equal to the value n; a plurality of hollow filaments (Xij) communicating between the inlet ports and the outlet ports, the number of the hollow filaments being equal to the value m×n and each hollow filament communicating respectively between one inlet port and one outlet port, the hollow filaments being arranged such that each of the inlet ports communicates with each of the outlet ports by a respective hollow filament; and n filler-containing cartridges (Cj) respectively connected to the outlet ports, wherein: m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments. m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments.