mhurhangee/ep-ind-claims huggingface dataset:
An inventory control system (300, 800) for determining an inventory condition of objects stored in the system, the system comprising: a storage container including a plurality of storage locations (51-53; 61; 951-952) for storing objects; an image sensing device configured to capture image data of the container, including image data of all of the plurality of storage locations (51-53; 61; 951-952), and of a target area of the container that includes an individual object storage location (51-53; 61; 951-952) comprising less than the plurality of storage locations (51-53; 61; 951-952); a data storage device for storing the image data of the container; characterized by a data processor configured to: receive initial image data representing an initial image of the plurality of storage locations (51-53; 61; 951-952), receive image data representing an image of the target area captured subsequent to the initial image; modify the initial image data based on the image data of the target area to generate adjusted image data; and store the adjusted image data in the data storage device, whereby the inventory control system (300, 800) is trained or re-trained to determine an inventory condition of an object stored in the target area using the adjusted image data. a storage container including a plurality of storage locations (51-53; 61; 951-952) for storing objects; an image sensing device configured to capture image data of the container, including image data of all of the plurality of storage locations (51-53; 61; 951-952), and of a target area of the container that includes an individual object storage location (51-53; 61; 951-952) comprising less than the plurality of storage locations (51-53; 61; 951-952); a data storage device for storing the image data of the container; characterized by a data processor configured to: receive initial image data representing an initial image of the plurality of storage locations (51-53; 61; 951-952), receive image data representing an image of the target area captured subsequent to the initial image; modify the initial image data based on the image data of the target area to generate adjusted image data; and store the adjusted image data in the data storage device, whereby the inventory control system (300, 800) is trained or re-trained to determine an inventory condition of an object stored in the target area using the adjusted image data. receive initial image data representing an initial image of the plurality of storage locations (51-53; 61; 951-952), receive image data representing an image of the target area captured subsequent to the initial image; modify the initial image data based on the image data of the target area to generate adjusted image data; and store the adjusted image data in the data storage device, whereby the inventory control system (300, 800) is trained or re-trained to determine an inventory condition of an object stored in the target area using the adjusted image data.
A ureteral stent comprising: a body having a renal area configured to be placed in a kidney of a patient, a ureteral area connected to the renal area and configured to be placed in a ureter of the patient, and a proximal area connected to the ureteral area and located at a proximal end of the body; and a tail comprising a thread connected to the proximal end of the body of the stent; wherein the proximal area is tubular and is provided with a first flexibility that is greater than a second flexibility of the ureteral area of the stent, wherein: the tubular proximal area comprises through openings, wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent, wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent. a body having a renal area configured to be placed in a kidney of a patient, a ureteral area connected to the renal area and configured to be placed in a ureter of the patient, and a proximal area connected to the ureteral area and located at a proximal end of the body; and a tail comprising a thread connected to the proximal end of the body of the stent; wherein the proximal area is tubular and is provided with a first flexibility that is greater than a second flexibility of the ureteral area of the stent, wherein: the tubular proximal area comprises through openings, wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent, wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent. the tubular proximal area comprises through openings, wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent, wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent.
A filling pipe assembly for a liquid reservoir, e.g. for a motor vehicle, comprising an immersion pipe extending into said liquid reservoir, a guiding element for a discharging pipe of a fuel nozzle arranged within a access region of said filling pipe assembly, and a lid closure part on which said guiding element is retained, characterized by a labyrinthine vent guide from the interior of said reservoir to the outer atmosphere, said vent guide comprising a first portion extending axially along said immersion pipe, a second portion extending radially into said immersion pipe, a fourth portion leading radially into or bypassing said guiding element, and a fifth portion extending outwardly axially between said guiding element and said discharging pipe of said fuel nozzle.
A vehicle security apparatus comprising a base member adapted to be fixedly secured to a substantially immoveable object; vehicle retaining means adapted to retain part of a vehicle in order to restrict movement of the vehicle relative to the retaining member, the retaining means being pivotally moveable between a vehicle- retaining position and a non-retaining position; and locking means for locking the retaining means in the retaining position, wherein the vehicle retaining means comprise a pivotally moveable securing element engageable about a wheel of a vehicle and the securing element and engaged wheel being moveable into a secure position which is not accessible, in which the vehicle retaining means comprises a fixed retainer and a wheel support bracket to pivot from a wheel receiving position through an intermediate position to a wheel secured position; characterised in that a second locking means is provided on side wall of the fixed retainer, the second locking means being engageable with the centre of the wheel retained in the vehicle security apparatus.
Module device for supporting a rotary instrument-holder, intended to be provided with other analogous modules on an automatic device for disinfecting and maintaining a rotary instrument-holder, comprising an enclosure, said enclosure enclosing a plurality of modules juxtaposed to and made integral with at least one receiving means arranged inside said enclosure, and wherein the modules comprise, on the one hand, means for fixing rotary instrument-holders as well as connecting means capable of permitting the diffusion, in the rotary instrument-holder and between the modules, of cleaning and/or disinfecting and/or lubricating fluids; and, on the other hand, a motor capable of causing the rotary instrument-holder to rotate, said motor being accommodated in a cavity formed in said module, closed by a cover through which passes the driving shaft of said motor, said cover consisting of the assembly of at least two concentric parts (7, 8), wherein a first part having a tubular shape is intended to be inserted into the opening of said cavity and provided, on the one hand, with a peripheral seal system capable of ensuring the tightness with said module and, on the other hand, an internal seal system capable of ensuring the tightness with said shaft, and a ring-shaped second part inserted into a peripheral rabbet is formed internally in said first part on the outlet side of said shaft and comprises, in addition to a peripheral seal system capable of ensuring the tightness with said first part, a central bore intended to be crossed as tightly as possible by said shaft, to this end the latter has dimensions adjusted to ensure the tightness by slidable clamping.
Socket for a power plug with at least two contact pins, comprising a base having, on an outer side, at least two jacks equipped with inner electrically conductive contact surfaces for receiving one contact pin each, wherein a cover is mounted on the base movably between a closed position in which it covers the jacks and an open position in which it exposes the jacks, characterised by a collar, which is mounted on the base movably between a retracted position in which it is substantially flush with said outer side and an extended position in which it projects from the outer side and surrounds the outer side collar-like, and a coupling mechanism coupling said cover with said collar and being configured such that the cover is in the closed position when the collar is retracted and in the open position when the collar is extended. a base having, on an outer side, at least two jacks equipped with inner electrically conductive contact surfaces for receiving one contact pin each, wherein a cover is mounted on the base movably between a closed position in which it covers the jacks and an open position in which it exposes the jacks, characterised by a collar, which is mounted on the base movably between a retracted position in which it is substantially flush with said outer side and an extended position in which it projects from the outer side and surrounds the outer side collar-like, and a coupling mechanism coupling said cover with said collar and being configured such that the cover is in the closed position when the collar is retracted and in the open position when the collar is extended.
Method for improving drying of a concentrated acid salmon silage, during preparation of a protein supplement for animal feed, from salmon silage, wherein in a continuous and sequential form includes treating the stored salmon silage through steps of cooking, separation, concentration, drying, cooling, grinding, addition of antioxidant, and packing, wherein after the concentration step, the following steps proceed: a) incorporating in a first mixer an amount of concentrated acid salmon silage, and an amount of flour-type carrier, obtaining an homogeneous mixture; b) incorporating in a second mixer an additional amount of concentrated acid salmon silage, an amount from the first mixer, and a fraction of the load coming out of the dryer, the latter as a recycle; c) transferring the mixture formed in the second mixer to a dryer; d) recycling a fraction of the load, equivalent to the amount that can be from 30% to 60% of the output of the second mixer, fraction defined in function of the humidity at the exit of the dryer; e) passing the mixture of the dry product at the exit of the dryer to a cooler, wherein the cooling is performed from 80°C to 25°C for 10 to 30 minutes; f) feeding the dry and cooled down product to the steps of grinding, adding an antioxidant, and packing of the protein supplement for animal feed. a) incorporating in a first mixer an amount of concentrated acid salmon silage, and an amount of flour-type carrier, obtaining an homogeneous mixture; b) incorporating in a second mixer an additional amount of concentrated acid salmon silage, an amount from the first mixer, and a fraction of the load coming out of the dryer, the latter as a recycle; c) transferring the mixture formed in the second mixer to a dryer; d) recycling a fraction of the load, equivalent to the amount that can be from 30% to 60% of the output of the second mixer, fraction defined in function of the humidity at the exit of the dryer; e) passing the mixture of the dry product at the exit of the dryer to a cooler, wherein the cooling is performed from 80°C to 25°C for 10 to 30 minutes; f) feeding the dry and cooled down product to the steps of grinding, adding an antioxidant, and packing of the protein supplement for animal feed.
A divert air valve for internal combustion engines, which is arranged in a bypass channel between a pressure side and a suction side of a supercharging device, the divert air valve comprising a housing, with a bypass valve comprising a first valve closure body which is configured to be pneumatically actuable and to be biased in a closing direction by a first spring element, with a control pressure chamber which, in the closed state of the bypass valve, is connected with the pressure side through a compensation opening which is configured to be permanently open; and with a solenoid valve comprising a coil body, a magnetic yoke arrangement, and an armature also configured to be biased in the closing direction, and a second valve closure body for at least one control opening, the second valve closure body being configured to cooperate with the armature, wherein an overall cross section of the control opening/-s is larger than a cross section of the compensation opening, wherein, when the second valve closure body is open, the control pressure chamber is connected with the suction side via the control opening, wherein, when the solenoid valve is in an energized state as the bypass valve is opened, a fluidic communication can be established between the pressure side and the suction side of the supercharging device or the atmosphere through the control pressure chamber, characterized in that a first spring element is provided for the first valve closure body and a second spring element is provided for the second valve closure body, wherein the at least one control opening is arranged at the side of the solenoid valve opposite the compensation opening such that, when the bypass valve is fully open, a fluidic communication exists at least temporarily between the pressure side and the suction side of the supercharging device via the control pressure chamber, wherein a closing of the fluidic communication causes a resultant force in a closing direction of the valve closure body.
A power semiconductor device, comprising: a series circuit of a first power semiconductor element for upper arm of an inverter and a second power semiconductor element for lower arm of the inverter; a first sealing member sealing the series circuit; an internal DC positive terminal and an internal DC negative terminal aligned along one surface of the first sealing member and protruding from the first sealing member, for supplying DC power to the series circuit; an external terminal with a positive layer and a negative layer structure connected to the internal terminals (315D, 319D) a second sealing member sealing a connecting section between the internal terminals (315D, 319D) and the external terminal; and a case in which the series circuit sealed with the first sealing member and the internal terminals (315D, 319D) are housed, wherein: the external terminal is configured to extend out of the case; and magnetic fluxes are generated in directions canceling each other out by current flowing through each layer of the external terminal. a series circuit of a first power semiconductor element for upper arm of an inverter and a second power semiconductor element for lower arm of the inverter; a first sealing member sealing the series circuit; an internal DC positive terminal and an internal DC negative terminal aligned along one surface of the first sealing member and protruding from the first sealing member, for supplying DC power to the series circuit; an external terminal with a positive layer and a negative layer structure connected to the internal terminals (315D, 319D) a second sealing member sealing a connecting section between the internal terminals (315D, 319D) and the external terminal; and a case in which the series circuit sealed with the first sealing member and the internal terminals (315D, 319D) are housed, wherein: the external terminal is configured to extend out of the case; and magnetic fluxes are generated in directions canceling each other out by current flowing through each layer of the external terminal. the external terminal is configured to extend out of the case; and magnetic fluxes are generated in directions canceling each other out by current flowing through each layer of the external terminal.
A method for analysis of T-cell activation by detecting, in a sample containing a population of cells comprising T-cells copies of at least one RNA molecule expressed in individual T-cells, comprising (a) fixing and permeabilizing the cells; (b) labeling copies of at least one RNA molecule expressed by the T-cells with a set of 10-100 fluorescently labeled oligonucleotide hybridization probes that have sequences complementary to the RNA molecule and each is singly labeled with the same fluorescent moiety, and washing away unbound probes; and (c) detecting cells having expression events by flow cytometry, an expression event being one or more fluorescence measurements categorized by fluorescence intensity gating. (a) fixing and permeabilizing the cells; (b) labeling copies of at least one RNA molecule expressed by the T-cells with a set of 10-100 fluorescently labeled oligonucleotide hybridization probes that have sequences complementary to the RNA molecule and each is singly labeled with the same fluorescent moiety, and washing away unbound probes; and (c) detecting cells having expression events by flow cytometry, an expression event being one or more fluorescence measurements categorized by fluorescence intensity gating.
A fastening assembly for a roof add-on part of a motor vehicle, with a roof skin element, an outer roof side frame and a roof-add-on-part fastening element, which has a thread for detachably fastening the roof add-on part, wherein the roof-add-on-part fastening element is fastened to a support plate, which is arranged on a flange of the outer roof side frame and the support plate is fixed by means of a blind rivet only to the flange of the outer roof side frame.
Glue dam seal assembly for a glue-application installation (11, 28) of a corrugated board plant, comprising a) a support installation; and b) a first glue dam sealing element (60; 60a; 60b) for the tight disposal on a first roller (14, 29) of a glue-application installation (11, 28), characterized in that c) the first glue dam sealing element (60; 60a; 60b) is pivotable in relation to the support installation; and d) the glue dam seal assembly furthermore comprises a first urging installation (73, 73a, 83) for urging in a sealing manner the first glue dam sealing element (60; 60a; 60b) onto the first roller (14, 29) while generating a resultant first urging force on the first glue dam sealing element (60; 60a; 60b). a) a support installation; and b) a first glue dam sealing element (60; 60a; 60b) for the tight disposal on a first roller (14, 29) of a glue-application installation (11, 28), characterized in that c) the first glue dam sealing element (60; 60a; 60b) is pivotable in relation to the support installation; and d) the glue dam seal assembly furthermore comprises a first urging installation (73, 73a, 83) for urging in a sealing manner the first glue dam sealing element (60; 60a; 60b) onto the first roller (14, 29) while generating a resultant first urging force on the first glue dam sealing element (60; 60a; 60b).
A control device configured to control a medical aerosol delivery device, the control device comprising: - a provision unit, - a processing unit, and - a control unit, wherein the provision unit is configured to provide inhalation duration data per breath, wherein the processing unit is configured to process the provided inhalation duration data into a moving average value per breath, to compare the provided inhalation duration data with a predetermined inhalation duration threshold, and to filter provided inhalation duration data below the predetermined inhalation duration threshold, wherein the filtering comprises a removal of provided inhalation duration data below the predetermined inhalation duration threshold and a replacement of the provided inhalation duration data below the predetermined inhalation duration threshold by a moving average value of a previous breath, and wherein the control unit is configured to control the medical aerosol delivery device based on the filtered inhalation duration data. - a provision unit, - a processing unit, and - a control unit, wherein the provision unit is configured to provide inhalation duration data per breath, wherein the processing unit is configured to process the provided inhalation duration data into a moving average value per breath, to compare the provided inhalation duration data with a predetermined inhalation duration threshold, and to filter provided inhalation duration data below the predetermined inhalation duration threshold, wherein the filtering comprises a removal of provided inhalation duration data below the predetermined inhalation duration threshold and a replacement of the provided inhalation duration data below the predetermined inhalation duration threshold by a moving average value of a previous breath, and wherein the control unit is configured to control the medical aerosol delivery device based on the filtered inhalation duration data.