mhurhangee/patent-ind-claim-en huggingface dataset:
Forming machine to process stretched-curd cheeses comprising a frame supporting feed means of stretched curd (F) toward a forming roll having a plurality of cavities on its lateral surface, which are able to house respective portions (P) of stretched curd and are positioned along a plurality of rows in correspondence with respective generator lines (G) of the roll , and associated with motor means to drive the roll in rotation around its longitudinal axis (A), during the rotation of the forming roll each row of cavities being able to transit through at least an angular loading position and an angular unloading position , and separation means also being provided, interposed between the feed means and the forming roll in correspondence with the angular loading position in order to cut the portions (P) of stretched curd housed inside the cavities from the remaining mass of stretched curd (F) during the rotation of the forming roll , wherein said cavities are distributed on a plurality of circumferential lines (C) of said forming roll so that each of said rows of cavities has one cavity disposed in correspondence with each of said circumferential lines (C), wherein said separation means comprise a partition with an aperture for the passage of the stretched curd (F) from said feed means toward said forming roll in correspondence with each of said circumferential lines (C), characterized in that said forming roll comprises at least an intermediate angular position between said angular unloading position and said angular loading position in the direction of rotation (R) of said forming roll , and wherein said machine comprises a flap to cover said forming roll in correspondence with said at least one intermediate angular position that is associated with said partition , washing means being provided to wash the cavities in transit through the at least one intermediate angular position associated with the covering flap .
A surgical instrument manipulator assembly comprising: a low backlash coupler and a drive output disk ; the low backlash coupler comprising a central body with a central lumen , a first beam , a second beam , a third beam , and a fourth beam ; each of the first beam , the second beam , the third beam , and the fourth beam being stiff in torsion about an axis extending through the central lumen , but flexible relative to lateral offsets; each of the first beam , the second beam , the third beam , and the fourth beam comprising a first end and a second end; each of the first ends of the first beam , the second beam , the third beam , and the fourth beam being connected to the central body ; the second end of the first beam comprising a first driven cylinder ; the second end of the second beam comprising a second driven cylinder ; the second end of the third beam comprising a first driving cylinder ; the second end of the fourth beam comprising a second driving cylinder ; the drive output disk being coupled to the low backlash coupler via input pins of the drive output disk mounted in central bores of the first driving cylinder and the second driving cylinder ; and the low backlash coupler being coupled to a drive unit via output pins of the drive unit mounted in central bores of the first driven cylinder and the second driven cylinder such that the low backlash coupler transfers torque from the drive unit to the drive output disk . a low backlash coupler and a drive output disk ; the low backlash coupler comprising a central body with a central lumen , a first beam , a second beam , a third beam , and a fourth beam ; each of the first beam , the second beam , the third beam , and the fourth beam being stiff in torsion about an axis extending through the central lumen , but flexible relative to lateral offsets; each of the first beam , the second beam , the third beam , and the fourth beam comprising a first end and a second end; each of the first ends of the first beam , the second beam , the third beam , and the fourth beam being connected to the central body ; the second end of the first beam comprising a first driven cylinder ; the second end of the second beam comprising a second driven cylinder ; the second end of the third beam comprising a first driving cylinder ; the second end of the fourth beam comprising a second driving cylinder ; the drive output disk being coupled to the low backlash coupler via input pins of the drive output disk mounted in central bores of the first driving cylinder and the second driving cylinder ; and the low backlash coupler being coupled to a drive unit via output pins of the drive unit mounted in central bores of the first driven cylinder and the second driven cylinder such that the low backlash coupler transfers torque from the drive unit to the drive output disk .
Rail vehicle having a central body portion and a vehicle head , which adjoins the body portion and, when the vehicle is in operation, forms a free end of the vehicle, characterized in that the vehicle head has a roof region , which provides a hood-like overhang and arches over a side-wall region of the vehicle head , said side-wall region being located beneath the roof region and being curved inwards in the direction of the centre of the vehicle, the roof region , which provides a hood-like overhang, and the inwardly curved side-wall region , which is located beneath the roof region, are separated by an edge at which the outer surface of the overhanging roof region and an upper surface-area portion of the inwardly curved side-wall region meet at an angle in relation to one another, and - as seen in the longitudinal direction of the vehicle - the edge, in its entirety or at least in part, forms a separation edge on the leeward side for crosswind, in particular for crosswind with a direction of airflow between 10° and 30° in relation to the direction of travel.
A pneumatic tire carcass having a radial direction and a circumferential direction, wherein the tire carcass comprises: (i) at least one ply of stabilizing fabric which - comprises a plurality of reinforcing yarns comprising monoaxially drawn tape elements having a rectangular cross-section, an upper surface , and a lower surface , wherein the tape elements comprise at least a first layer comprising a polymer selected from polyamide, polyester, co-polymers and mixtures thereof, and having a draw ratio of at least 5, a modulus of at least 2 GPa, and a density of at least 0.85 g/cm 3 , and - is disposed within the carcass such that the reinforcing yarns are arranged in the radial direction of the carcass ; and (ii) an air-blocking layer attached to the stabilizing fabric . (i) at least one ply of stabilizing fabric which - comprises a plurality of reinforcing yarns comprising monoaxially drawn tape elements having a rectangular cross-section, an upper surface , and a lower surface , wherein the tape elements comprise at least a first layer comprising a polymer selected from polyamide, polyester, co-polymers and mixtures thereof, and having a draw ratio of at least 5, a modulus of at least 2 GPa, and a density of at least 0.85 g/cm 3 , and - is disposed within the carcass such that the reinforcing yarns are arranged in the radial direction of the carcass ; and - comprises a plurality of reinforcing yarns comprising monoaxially drawn tape elements having a rectangular cross-section, an upper surface , and a lower surface , wherein the tape elements comprise at least a first layer comprising a polymer selected from polyamide, polyester, co-polymers and mixtures thereof, and having a draw ratio of at least 5, a modulus of at least 2 GPa, and a density of at least 0.85 g/cm 3 , and - is disposed within the carcass such that the reinforcing yarns are arranged in the radial direction of the carcass ; and (ii) an air-blocking layer attached to the stabilizing fabric .
An erecting aid for erecting a person, comprising a frame , at least one support arm movably arranged on the frame and having a handle , and a drive device coupled to the frame and the at least one support arm for moving the at least one support arm into a lowered position and into a raised position, and at least one cushioning support made of a viscoelastic foam for supporting shins of the person while moving the at least one support arm , characterized in that the cushion support has a thickness of at least 6 cm, and is dimensioned such that kneecaps of the person always rest against the cushion support when the support arm is moved, that the cushion support has on a rear side a fixed shell on which the foam material is arranged, and in that a base layer of a cold foam is arranged between the foam material and the shell .
A method comprising: receiving, by a user equipment, UE, from a base station, configuration information associated with data transmission resources for data transmission between UEs, wherein the configuration information comprises information of a data allocation period ; determining (S1400), by the UE, a data transmission resource in each data allocation period, the data transmission resource comprising a pool of subframes; selecting, by the UE and based on a pattern derived by repeating a basic pattern, data transmission subframes from among the pool of subframes; and transmitting (S1440), from the UE to a different UE, data based on the selected data transmission subframes, characterized in that the pattern derived by repeating the basic pattern comprises a partial portion of the basic pattern at an end of the pattern such that a length of the pattern derived by repeating the basic pattern corresponds to a quantity of subframes in the pool of subframes. receiving, by a user equipment, UE, from a base station, configuration information associated with data transmission resources for data transmission between UEs, wherein the configuration information comprises information of a data allocation period ; determining (S1400), by the UE, a data transmission resource in each data allocation period, the data transmission resource comprising a pool of subframes; selecting, by the UE and based on a pattern derived by repeating a basic pattern, data transmission subframes from among the pool of subframes; and transmitting (S1440), from the UE to a different UE, data based on the selected data transmission subframes, characterized in that the pattern derived by repeating the basic pattern comprises a partial portion of the basic pattern at an end of the pattern such that a length of the pattern derived by repeating the basic pattern corresponds to a quantity of subframes in the pool of subframes.
Method for controlling alkali emissions of a glass element during hot forming, comprising the steps of - Heating (S1) of the glass element by using one or more burner units each providing a burner flame , - Sensing (S2) light emissions of the heated glass element and light emissions of burner flames of said one or more burner units via one or more sensor units , preferably at least periodically, in particular continuously, wherein said one or more sensor units being adapted such that the total light emitting areas of the glass element and burner flame areas are sensed, - Providing (S3) one or more signals by said sensor units when sensing said light emissions, - Comparing (S4) said one or more signals with one or more reference signals, - Determining (S5), based on said compared one or more signals with said one or more reference signals, alkali emissions of said glass element , and - Controlling (S6) said one or more burner units based on the determined alkali emissions such that the determined alkali emissions are in a pre-given interval, preferably wherein controlling (S6) of the burner units is performed by adapting the parameters of a mass flow rate of a fluid of said one or more burner units and/or an application time of the burner flame of said one or more burner units. - Heating (S1) of the glass element by using one or more burner units each providing a burner flame , - Sensing (S2) light emissions of the heated glass element and light emissions of burner flames of said one or more burner units via one or more sensor units , preferably at least periodically, in particular continuously, wherein said one or more sensor units being adapted such that the total light emitting areas of the glass element and burner flame areas are sensed, - Providing (S3) one or more signals by said sensor units when sensing said light emissions, - Comparing (S4) said one or more signals with one or more reference signals, - Determining (S5), based on said compared one or more signals with said one or more reference signals, alkali emissions of said glass element , and - Controlling (S6) said one or more burner units based on the determined alkali emissions such that the determined alkali emissions are in a pre-given interval,
Tool for a mixing device with a container for receiving material to be mixed, in which the tool rotates in a first direction of rotation around a rotational axis to crush and/or mix the material to be mixed, wherein the tool has a rotary shaft with at least one tool blade radially extending outwardly from the rotary shaft , wherein the tool blade forms an end face in a first direction of rotation and a rear side in a direction opposing the first direction of rotation ; wherein the end face has an outwardly curved contour on a plane perpendicular to the rotational axis and the rear side has an inwardly curved contour on a plane perpendicular to the rotational axis ; wherein the tool blade has at least one nozzle for supplying gases, liquids and/or solids, and the tool blade ends in a radial direction in a blunt outer section , characterized in that the tool blade has a plurality of nozzles at least on the end face .
A method comprising: in a communication system comprising a first network operatively coupled to a second network , wherein the first network comprises a first security edge protection proxy element operatively coupled to a second security edge protection proxy element of the second network , wherein the first network is a visited public land mobile network and the second network is a home public land mobile network; constructing a message at a network function in the first network destined for the second network , wherein the message comprises at least one information element including an indicator, wherein the indicator is set to specify at least one security operation to be applied, by the first security edge protection proxy element , to the at least one information element before sending the message to the second security edge protection proxy element of the second network . in a communication system comprising a first network operatively coupled to a second network , wherein the first network comprises a first security edge protection proxy element operatively coupled to a second security edge protection proxy element of the second network , wherein the first network is a visited public land mobile network and the second network is a home public land mobile network; constructing a message at a network function in the first network destined for the second network , wherein the message comprises at least one information element including an indicator, wherein the indicator is set to specify at least one security operation to be applied, by the first security edge protection proxy element , to the at least one information element before sending the message to the second security edge protection proxy element of the second network .
A compound containing a polymerizable functional group and a mesogenic group, which includes a silicon compound at a concentration of 1 ppm by weight to 1000 ppm by weight.
An audio device , comprising: an acoustic radiator that emits acoustic radiation from a first side; a housing that defines an acoustic cavity that receives the acoustic radiation emitted from the first side of the acoustic radiator ; and first and second sound-emitting outlets in the housing and acoustically coupled to the acoustic cavity such that the outlets emit sound from the acoustic cavity ; wherein the second sound-emitting outlet has a greater equivalent acoustic impedance than the first sound-emitting outlet , characterized in that it further comprises a support structure that is adapted to be worn on a user's body, wherein the support structure holds the acoustic radiator proximate but not covering an ear of the user when the support structure is worn on the user's body, the first sound-emitting outlet emits sound generally along a first sound-emission axis towards the ear canal and the second sound-emitting outlet emits sound generally along a second sound-emission axis , and wherein the first and second sound-emitting outlets are directly opposed to one another such that their sound-emission axes are generally parallel. an acoustic radiator that emits acoustic radiation from a first side; a housing that defines an acoustic cavity that receives the acoustic radiation emitted from the first side of the acoustic radiator ; and first and second sound-emitting outlets in the housing and acoustically coupled to the acoustic cavity such that the outlets emit sound from the acoustic cavity ; wherein the second sound-emitting outlet has a greater equivalent acoustic impedance than the first sound-emitting outlet , characterized in that it further comprises a support structure that is adapted to be worn on a user's body, wherein the support structure holds the acoustic radiator proximate but not covering an ear of the user when the support structure is worn on the user's body, the first sound-emitting outlet emits sound generally along a first sound-emission axis towards the ear canal and the second sound-emitting outlet emits sound generally along a second sound-emission axis , and wherein the first and second sound-emitting outlets are directly opposed to one another such that their sound-emission axes are generally parallel.
Apparatus for treating containers and/or packages, with a first treatment device which treats the containers and/or packages in a first predefined fashion, with a second treatment device which treats the containers and/or packages in a second predefined fashion, and with a transport device for transporting the containers and/or packages, and with a monitoring device for monitoring the apparatus , wherein the monitoring device comprises an unmanned remote-controlled flying machine and a control device for wireless control of this flying machine , wherein the flying machine preferably has an imagerecording device , wherein the apparatus has a limiting device which limits a flying area of the flying machine and which comprises a plurality of electrical conductors arranged at various height positions, so that the flying machine cannot leave the region enclosed by this limiting device , and wherein the apparatus has a rest terminal to which the flying machine can fly in a rest position of the flying machine , and wherein the apparatus comprises a fault detection device which is suitable for detecting faults in the treatment devices and the control device controls the flying machine as a function of a fault detected by the fault detection device and instructs the flying machine to fly to the areas of these faults.
A pharmaceutical composition comprising spironolactone, pioglitazone and metformin for use in the prevention or treatment of polycystic ovary syndrome.
A robot cleaner comprising: a cleaner body including a controller and a wheel unit of which driving is controlled by the controller; a suction unit disposed at one side of the cleaner body and configured to suck dust or air through a suction port at a lower surface thereof; a front bumper disposed at a front portion of the suction unit , the front bumper configured to be movable to the inside of the suction unit when the front bumper is in contact with an external object, characterised in that the robot cleaner further comprises side bumpers (223', 223") respectively disposed at left and right side portions of the suction unit , and each configured to be movable to the inside of the suction unit when the side bumper (223', 223") is in contact with an obstacle; a link member disposed at the inside of the side bumper (223', 223") to allow the side bumper (223', 223") and the front bumper to interlock with each other; and projection parts protruded forward of the front bumper , wherein, when the projection parts are in contact with the external object: at least one portion of the front bumper is moved together with the side bumper (223', 223") to the inside of the suction unit , and a suction flow path communicating with the suction port is formed between the major surface of the front bumper and the external object. a cleaner body including a controller and a wheel unit of which driving is controlled by the controller; a suction unit disposed at one side of the cleaner body and configured to suck dust or air through a suction port at a lower surface thereof; a front bumper disposed at a front portion of the suction unit , the front bumper configured to be movable to the inside of the suction unit when the front bumper is in contact with an external object, characterised in that the robot cleaner further comprises side bumpers (223', 223") respectively disposed at left and right side portions of the suction unit , and each configured to be movable to the inside of the suction unit when the side bumper (223', 223") is in contact with an obstacle; a link member disposed at the inside of the side bumper (223', 223") to allow the side bumper (223', 223") and the front bumper to interlock with each other; and projection parts protruded forward of the front bumper , wherein, when the projection parts are in contact with the external object: at least one portion of the front bumper is moved together with the side bumper (223', 223") to the inside of the suction unit , and a suction flow path communicating with the suction port is formed between the major surface of the front bumper and the external object. at least one portion of the front bumper is moved together with the side bumper (223', 223") to the inside of the suction unit , and a suction flow path communicating with the suction port is formed between the major surface of the front bumper and the external object.