mhurhangee/ep-ind-claims huggingface dataset:
A method for production of a flat cable for surgical use of braided ultra-high molecular weight polyethylene fibers, wherein the cross section area of the cable under no load of tensile stress is not more than 110% of the cross section area under a load of a tensile stress of 22.7 N/mm 2, comprising, a first process of braiding ultra-high molecular weight polyethylene fibers into a flat cable, and a second process of drawing the flat cable obtained in the said process up to a draw ratio of at least 109%, wherein draw ratio means the ratio (%) of the length after the drawing to the length of the flat cable obtained in the first process before drawing, characterised in that the second process takes place at room temperature.
Projectile comprising an explosive charge contained therein, which is initiated by an igniter arranged in the projectile, and a device for supplying energy to the igniter with a cylindrical cavity, which is located in a housing, with at least one coil, which is arranged in the housing around the cavity, and a magnet, which is shorter than the length of the cavity and which can move over the length of the cavity, wherein at least one air passage is arranged in the housing, characterized in that the cylindrical cavity and the housing are arranged within the projectile, and in that at least one air duct, which is connected to the air passage is arranged in the projectile, in order to make an exchange of air with the cavity possible.
An accumulator comprising: a housing defining an inner space; an inflow tube guiding refrigerant into the housing; a guide tube (320, 330, 340) providing a flow path for refrigerant introduced into the housing through the inflow tube; and a discharge tube discharging refrigerant from the guide tube (320, 330, 340) to an outside of the housing, characterized in that the guide tube (320, 330, 340) comprises: a first guide tube in which refrigerant introduced into the housing through the inflow tube flows; a second guide tube in communication with the first guide tube; and a third guide tube having a first end connected to the second guide tube and a second end connected to the discharge tube, wherein the first guide tube and the third guide tube are disposed within the housing, the second guide tube comprises an internal tube disposed inside the housing to guide movement of the refrigerant and an external tube disposed outside the housing to guide movement of the refrigerant, and a distance between the discharge tube and a bottom surface of the housing is greater than a distance between the external tube and the bottom surface of the housing. a housing defining an inner space; an inflow tube guiding refrigerant into the housing; a guide tube (320, 330, 340) providing a flow path for refrigerant introduced into the housing through the inflow tube; and a discharge tube discharging refrigerant from the guide tube (320, 330, 340) to an outside of the housing, a first guide tube in which refrigerant introduced into the housing through the inflow tube flows; a second guide tube in communication with the first guide tube; and a third guide tube having a first end connected to the second guide tube and a second end connected to the discharge tube, wherein the first guide tube and the third guide tube are disposed within the housing, the second guide tube comprises an internal tube disposed inside the housing to guide movement of the refrigerant and an external tube disposed outside the housing to guide movement of the refrigerant, and a distance between the discharge tube and a bottom surface of the housing is greater than a distance between the external tube and the bottom surface of the housing.
A laser machining apparatus comprising: a head having an optical outlet from which laser light is output; an optical cable attached to the head; a nozzle attached to the head to direct a material supplied to a target; a moving mechanism having a driving portion; and a controller, wherein the moving mechanism includes a first mechanism to allow the head to move in a curved manner in at least a two-dimensional plane and a second mechanism, which has a rotational axis, the controller has an attitude control mode in which the moving mechanism is controlled so that the head rotates around the rotational axis while the head moves in the curved manner in at least the two-dimensional plane, characterized in that the second mechanism includes a cavity unit supported by the first mechanism and having a body with a cavity provided along at least the rotational axis, a tilting mechanism is arranged between the cavity unit and the head, the tilting mechanism is attached to the body of the cavity unit and configured to change an angle of the head with respect to the rotational axis, and the head, the nozzle and the tilting mechanism are configured to rotate together 360° or more around the rotational axis in a state in which the optical cable and the material are inserted in the cavity of the cavity unit. a head having an optical outlet from which laser light is output; an optical cable attached to the head; a nozzle attached to the head to direct a material supplied to a target; a moving mechanism having a driving portion; and a controller, wherein the moving mechanism includes a first mechanism to allow the head to move in a curved manner in at least a two-dimensional plane and a second mechanism, which has a rotational axis, the controller has an attitude control mode in which the moving mechanism is controlled so that the head rotates around the rotational axis while the head moves in the curved manner in at least the two-dimensional plane, characterized in that the second mechanism includes a cavity unit supported by the first mechanism and having a body with a cavity provided along at least the rotational axis, a tilting mechanism is arranged between the cavity unit and the head, the tilting mechanism is attached to the body of the cavity unit and configured to change an angle of the head with respect to the rotational axis, and the head, the nozzle and the tilting mechanism are configured to rotate together 360° or more around the rotational axis in a state in which the optical cable and the material are inserted in the cavity of the cavity unit.
A flexible pharmaceutical bag for lyophilizing a pharmaceutical product within said bag comprising: a front film; a back film; an outer seal joining the front film to the back film around a perimeter of the pharmaceutical bag so as to form: a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber, the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber; and a first port attached to the first chamber, the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product. a front film; a back film; an outer seal joining the front film to the back film around a perimeter of the pharmaceutical bag so as to form: a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber, the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber; and a first port attached to the first chamber, the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product. a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber, the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber; and a first port attached to the first chamber, the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product. a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber; and a first port attached to the first chamber, the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product.
An optical assembly, wherein the assembly comprises: a main body and a total reflection device, wherein the main body comprises a fiber connection portion and a light processing portion, wherein the fiber connection portion is connected to the light processing portion; the fiber connection portion is connected to an external fiber; and a light splitting surface is disposed in the light processing portion, wherein the light splitting surface is configured to reflect a part of incident rays to a monitor photodetector MPD, and transmit the other part of the incident rays; and the total reflection device is disposed in the light processing portion, configured to reflect, to the fiber connected to the fiber connection portion, the incident rays transmitted by the light splitting surface, characterized in that the light splitting surface is in contact with the total reflection device.
A ring for a ring spinning or a ring twisting machine, comprising a metallic core and a metallic coating applied on the core, characterized in that the metallic coating is designed as at least one hard chrome dispersion layer composed of chrome having intercalated hexagonal boron nitride.
Driver assistance controller for a vehicle, in particular motor vehicle, having at least one function module (5, 6, 7) for performing different safety functions, having an evaluation module for evaluating sensor data of the vehicle, having a decision module for determining at least one safety function to be performed on the basis of the evaluation of the sensor data, and having an actuation module for actuating an actuator system of the vehicle on the basis of the determined safety function, characterized in that provision is made for a plurality of function modules (5, 6, 7) for performing the different safety functions, wherein each function module (5, 6, 7) in each case has an evaluation module, a decision module and an actuation module, and in that provision is made for a control module that determines which of the function modules (5, 6, 7) is operated on the basis of the sensor data.
A charging information processing method, characterised by: sending, by a gateway control plane, to a gateway forwarding plane, a charging information identification set used for identifying charging information; when it is detected that a failure occurs to a link to the gateway forwarding plane, saving, by the gateway control plane, first charging information sent by the gateway forwarding plane, wherein the first charging information carries a first charging information identification, and the first charging information identification is an element in the charging information identification set; when it is detected that the link to the gateway forwarding plane is recovered, receiving, by the gateway control plane, second charging information sent by the gateway forwarding plane and saved by the gateway forwarding plane, wherein the second charging information carries a second charging information identification, and the second charging information identification is an element in the charging information identification set; and combining, by the gateway control plane, the first charging information and the second charging information according to the first charging information identification and the second charging information identification. sending, by a gateway control plane, to a gateway forwarding plane, a charging information identification set used for identifying charging information; when it is detected that a failure occurs to a link to the gateway forwarding plane, saving, by the gateway control plane, first charging information sent by the gateway forwarding plane, wherein the first charging information carries a first charging information identification, and the first charging information identification is an element in the charging information identification set; when it is detected that the link to the gateway forwarding plane is recovered, receiving, by the gateway control plane, second charging information sent by the gateway forwarding plane and saved by the gateway forwarding plane, wherein the second charging information carries a second charging information identification, and the second charging information identification is an element in the charging information identification set; and combining, by the gateway control plane, the first charging information and the second charging information according to the first charging information identification and the second charging information identification.
A system for detecting tissue inflammation, the system comprising: - a light emitter configured to emit light at a tissue region within a user's mouth; - a light detector configured to detect optical signals diffusely reflected through the tissue region over a period of time; - at least one controller, characterized in that the controller is configured to: - determine a difference signal based on the difference between at least two signals (R(λ 1), R(λ 2)) from the optical signals of different wavelengths, the at least two signals comprising at least one signal from a hemoglobin-dominated wavelength range and at least one from above the hemoglobin-dominated wavelength range; - determine one or more characteristics of the difference signal; and - select a best measurement signal based on the one or more characteristics of the difference signal; and - a user interface configured to provide information regarding a position of a probe for accurate detection of tissue inflammation based on the one or more characteristics of the difference signal. - a light emitter configured to emit light at a tissue region within a user's mouth; - a light detector configured to detect optical signals diffusely reflected through the tissue region over a period of time; - at least one controller, characterized in that the controller is configured to: - determine a difference signal based on the difference between at least two signals (R(λ 1), R(λ 2)) from the optical signals of different wavelengths, the at least two signals comprising at least one signal from a hemoglobin-dominated wavelength range and at least one from above the hemoglobin-dominated wavelength range; - determine one or more characteristics of the difference signal; and - select a best measurement signal based on the one or more characteristics of the difference signal; and - determine a difference signal based on the difference between at least two signals (R(λ 1), R(λ 2)) from the optical signals of different wavelengths, the at least two signals comprising at least one signal from a hemoglobin-dominated wavelength range and at least one from above the hemoglobin-dominated wavelength range; - determine one or more characteristics of the difference signal; and - select a best measurement signal based on the one or more characteristics of the difference signal; and - a user interface configured to provide information regarding a position of a probe for accurate detection of tissue inflammation based on the one or more characteristics of the difference signal.
A method implemented by a system comprising a control device linked to at least one item of equipment which is to be controlled, said control device comprising a touch screen, said touch screen being capable of displaying at least one virtual control unit comprising at least one touch-sensitive control zone which generates a command which is transmitted to said item of equipment when an individual touches this control zone, - said touch screen being permanently unlocked so that an operator can generate said command by touching said control zone, said touch screen being placed in a passive state which imparts to said touch screen a first display mode when no control zone has been touched by an individual, said touch screen being placed in an active state which imparts to said touch screen a second display mode distinct from said first display mode when at least one control zone has been touched by an individual, characterised in that - the control device is equipped with a validation means and each command requested is validated jointly once the touch screen has passed from the passive state into the active state when said validation means is operated, said control device transmitting at least one signal to at least one item of equipment for retranscribing each command, - the touch screen is placed into said passive state following the operation of said validation means. - said touch screen being permanently unlocked so that an operator can generate said command by touching said control zone, said touch screen being placed in a passive state which imparts to said touch screen a first display mode when no control zone has been touched by an individual, said touch screen being placed in an active state which imparts to said touch screen a second display mode distinct from said first display mode when at least one control zone has been touched by an individual, characterised in that - the control device is equipped with a validation means and each command requested is validated jointly once the touch screen has passed from the passive state into the active state when said validation means is operated, said control device transmitting at least one signal to at least one item of equipment for retranscribing each command, - the touch screen is placed into said passive state following the operation of said validation means. - the control device is equipped with a validation means and each command requested is validated jointly once the touch screen has passed from the passive state into the active state when said validation means is operated, said control device transmitting at least one signal to at least one item of equipment for retranscribing each command, - the touch screen is placed into said passive state following the operation of said validation means.
An agricultural system comprising: a baler having a plunger operable to process a value of crop material and having an operating cycle; and a sensor for sensing a plunger-related value indicating a progression of the operating cycle and configured to output a signal; a vehicle comprising a power source operable to convey power to said plunger; a CVT arranged to drive the plunger and driven by the power source; and an electronic control unit coupled to the sensor and to the CVT and configured to - receive the signal from the sensor; and characterized in that the electronic control unit is further configured to - cause said CVT to modify the gear ratio based on the signal from the sensor and on a mathematical model defining a CVT gear ratio variation profile derived from an expected load applied by the crop on the plunger over the operating cycle, the expected load comprising an increase when the plunger presses the crop and a decrease when the plunger retracts, so as to result in a change in the CVT gear ratio of such an extent as to compensate for a peak of the expected load applied by the crop on the plunger. a baler having a plunger operable to process a value of crop material and having an operating cycle; and a sensor for sensing a plunger-related value indicating a progression of the operating cycle and configured to output a signal; a plunger operable to process a value of crop material and having an operating cycle; and a sensor for sensing a plunger-related value indicating a progression of the operating cycle and configured to output a signal; a vehicle comprising a power source operable to convey power to said plunger; a CVT arranged to drive the plunger and driven by the power source; and an electronic control unit coupled to the sensor and to the CVT and configured to - receive the signal from the sensor; and characterized in that the electronic control unit is further configured to - cause said CVT to modify the gear ratio based on the signal from the sensor and on a mathematical model defining a CVT gear ratio variation profile derived from an expected load applied by the crop on the plunger over the operating cycle, the expected load comprising an increase when the plunger presses the crop and a decrease when the plunger retracts, so as to result in a change in the CVT gear ratio of such an extent as to compensate for a peak of the expected load applied by the crop on the plunger. - receive the signal from the sensor; and characterized in that the electronic control unit is further configured to - cause said CVT to modify the gear ratio based on the signal from the sensor and on a mathematical model defining a CVT gear ratio variation profile derived from an expected load applied by the crop on the plunger over the operating cycle, the expected load comprising an increase when the plunger presses the crop and a decrease when the plunger retracts, so as to result in a change in the CVT gear ratio of such an extent as to compensate for a peak of the expected load applied by the crop on the plunger.
A demonstration tool for demonstrating to a user of ostomy appliances an impact of mucin-contamination of a base plate during application of the base plate around the ostomy, the demonstration tool comprising: an artificial ostomy comprising a generally cylindrical body having an outer peripheral surface and a first end surface and a second end surface, wherein a liquid-absorbing material is provided on the outer peripheral surface of the body. impact of mucin-contamination of a base plate during application of the base plate around the ostomy, the demonstration tool comprising: an artificial ostomy comprising a generally cylindrical body having an outer peripheral surface and a first end surface and a second end surface, wherein a liquid-absorbing material is provided on the outer peripheral surface of the body.
A mesoporous silica prepared from components A and B such that A is a surfactant of the saponin family and B is a silica precursor, said silica comprising between 1 and 30% by weight of surfactant.
A fiber-reinforced polymer material, in particular for processing in the injection moulding method and extrusion method, comprising granular materials with integrated long-fiber reinforcement, wherein - the granular materials are formed from polymer material as wound elements which comprise continuous fiber strands of continuous reinforcement fibers impregnated with polymer material, - said wound elements containing more than one turn of the impregnated continuous fiber strands, - characterised in that the turns in the wound elements in radial direction to the winding axis at least partly are lying over one another (51, 53). - the granular materials are formed from polymer material as wound elements which comprise continuous fiber strands of continuous reinforcement fibers impregnated with polymer material, - said wound elements containing more than one turn of the impregnated continuous fiber strands, - characterised in that the turns in the wound elements in radial direction to the winding axis at least partly are lying over one another (51, 53).