mhurhangee/patent-ind-claim-en huggingface dataset:
A material collecting equipment comprising: a handle ; an implement portion attached to the handle and having a pair of wheels rotatably connected to the implement portion , the implement portion having a fore surface adapted to define an arcuate groove disposed parallel to the pair of wheels ; a stand slidably coupled to the arcuate groove , the stand comprising: a bar extending partway between the pair of wheels ; and a locking element disposed on the bar to correspond with the arcuate groove , the locking element being selectively operable to adjust a position of the bar in relation to the handle ; characterized in that : at least one leg is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels and the at least one leg resting against the ground surface to support the material collection equipment (1 0 0). a handle ; an implement portion attached to the handle and having a pair of wheels rotatably connected to the implement portion , the implement portion having a fore surface adapted to define an arcuate groove disposed parallel to the pair of wheels ; a stand slidably coupled to the arcuate groove , the stand comprising: a bar extending partway between the pair of wheels ; and a locking element disposed on the bar to correspond with the arcuate groove , the locking element being selectively operable to adjust a position of the bar in relation to the handle ; characterized in that : at least one leg is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels and the at least one leg resting against the ground surface to support the material collection equipment (1 0 0). a bar extending partway between the pair of wheels ; and a locking element disposed on the bar to correspond with the arcuate groove , the locking element being selectively operable to adjust a position of the bar in relation to the handle ; characterized in that : at least one leg is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels and the at least one leg resting against the ground surface to support the material collection equipment (1 0 0).
A hinge for the arrangement between a leaf and a frame comprising a first fastening device , a second fastening device , at least one hinge bracket , which connects the first fastening device and the second fastening device to one another, wherein the hinge bracket is connected to the second fastening device so as to be rotatable in an axis of rotation , and with an electrical line , which is arranged between the two fastening devices and which, in a completely open state, has a first line section and a second line section adjacent to a lead-away point , at which the electrical line leaves the hinge bracket , wherein the first line section is at least partially received by the hinge bracket , and, in a lateral direction, which runs obliquely to the axis of rotation, the second line section is guided on the hinge bracket to a wall section of the second fastening device , characterized in that in the completely open state, the ratio between a distance between the axis of rotation and the lead-away point on the one hand and the length of the second line section on the other hand is less than 1:3.
A device for emptying tubes, comprising at least a first and a second toothed roller , a housing and an electric motor ; - wherein the housing has at least one opening in proximity to the two toothed rollers , characterized in that the first toothed roller is arranged within the housing above the second toothed roller , the first toothed roller is freely rotatable, the second toothed roller is driven by the electric motor , and the torque on the second toothed roller is 15 to 30 Ncm; - wherein the two toothed rollers are arranged one above the other in such a way that a tube which is introduced through the opening with the tube fold first between the two toothed rollers can be drawn in by the toothed rollers and the tube contents can be pressed out of the tube. - wherein the housing has at least one opening in proximity to the two toothed rollers , characterized in that the first toothed roller is arranged within the housing above the second toothed roller , the first toothed roller is freely rotatable, the second toothed roller is driven by the electric motor , and the torque on the second toothed roller is 15 to 30 Ncm; - wherein the two toothed rollers are arranged one above the other in such a way that a tube which is introduced through the opening with the tube fold first between the two toothed rollers can be drawn in by the toothed rollers and the tube contents can be pressed out of the tube.
Method for vulcanizing tyres, in which the tyre to be vulcanized is inserted in the region of a tyre heating press into a mould and in which the mould is heated and in which a heat transfer fluid is conducted into the region of the inner surface of the tyre, and also in which a carrier for an expandable bellows is used, wherein the carrier is provided with a ring-like design, and wherein the fluid is introduced into a bellows , such that a ring/bellows system is produced, characterized in that the method steps "loading of the ring/bellows system" , "transport of the green tyre on the ring/bellows system" , "vulcanization of the tyre on the ring/bellows system" , "transport of the vulcanized tyre on the ring/bellows system" , "unloading of the vulcanized tyre from the ring/bellows system" and "transport of the ring/bellows system without a tyre" are carried out in full or in parts.
A thin, abrasion resistant supported glove , comprising: a knitted liner comprising at least one yarn; and a polymeric layer disposed on at least a portion of the knitted liner , wherein the polymeric layer comprises a polymeric composition including a mixture of a nitrile-butadiene material and a water-based polyurethane material, characterized in that the polymeric composition has a total solids content of less than or equal to 35% and penetrates the at least one yarn 50% or less of a thickness of the yarn, resulting in a thin, abrasion resistant glove , wherein the polymeric layer is 0.01 to 0.02 mm in thickness. a knitted liner comprising at least one yarn; and a polymeric layer disposed on at least a portion of the knitted liner , wherein the polymeric layer comprises a polymeric composition including a mixture of a nitrile-butadiene material and a water-based polyurethane material, characterized in that the polymeric composition has a total solids content of less than or equal to 35% and penetrates the at least one yarn 50% or less of a thickness of the yarn, resulting in a thin, abrasion resistant glove , wherein the polymeric layer is 0.01 to 0.02 mm in thickness.
A process for the manufacturing the compound of the formula (I) by reduction of the compound of the formula (III) wherein R 1 , R 2 and R 3 independently represent either H or a C 1-4 -alkyl group with the proviso that at least one of the residues R 1 , R 2 and R 3 is different from H; characterized in that the reduction is performed by a reducing agent in at least one solvent of the formula (X) wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group; or in a two-phase solvent mixture comprising at least one solvent ( A ) being of a solvent of the formula (X) and at least one solvent ( B ) which is not miscible with solvent of the formula (X) at room temperature in a volume ratio of ( A )/( B ) of between 1/50 and 50/1. wherein R 1 , R 2 and R 3 independently represent either H or a C 1-4 -alkyl group with the proviso that at least one of the residues R 1 , R 2 and R 3 is different from H; characterized in that the reduction is performed by a reducing agent in at least one solvent of the formula (X) wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group; or in a two-phase solvent mixture comprising at least one solvent ( A ) being of a solvent of the formula (X) and at least one solvent ( B ) which is not miscible with solvent of the formula (X) at room temperature in a volume ratio of ( A )/( B ) of between 1/50 and 50/1.
A biodegradable zwitterion polymer, wherein the polymer consists of the general structure: R'-[OOC-CR 1 R 2 -(CH 2 ) m ] n1 -OR", wherein m=0-10, n1=1-10000, and R 1 and R 2 are independently selected from hydrogen or a side chain comprising at least one carbon atom, wherein at least one of R 1 and R 2 is a side chain comprising -L-zwitterion, wherein L is a linker molecule that links zwitterion to the polymer through one end of the zwitterion, wherein R' and R" are end groups. wherein m=0-10, n1=1-10000, and R 1 and R 2 are independently selected from hydrogen or a side chain comprising at least one carbon atom, wherein at least one of R 1 and R 2 is a side chain comprising -L-zwitterion, wherein L is a linker molecule that links zwitterion to the polymer through one end of the zwitterion, wherein R' and R" are end groups.
Railway locomotive including: - a safety interface with an enabled and a disabled configuration, - a braking system comprising a general braking pipe and a main supply pipe , the braking system being capable of slowing down, preferably immobilising, the railway locomotive , and - an emergency braking device comprising at least one emergency braking module , the emergency braking module comprising: - a group of emergency valves , - a solenoid valve defining an open position, in which the emergency valve group is pneumatically supplied by the main supply line , and a closed position, in which the emergency valve group is isolated from the main supply line ; when the safety interface is in the activated configuration and the solenoid valve is in the open position, the emergency valve group is in a state in which it is supplied pneumatically from the main supply line , when the safety interface is in the deactivated configuration or the solenoid valve is in the closed position, the emergency valve group being in a state of pneumatic isolation from the main supply line , characterised in that the emergency braking module further comprises a pressure switch disposed between the solenoid valve and the emergency valve assembly , the pressure switch being capable of communicating the energised or pneumatically isolated state of the emergency valve assembly to the safety interface at least in the activated configuration. - a safety interface with an enabled and a disabled configuration, - a braking system comprising a general braking pipe and a main supply pipe , the braking system being capable of slowing down, preferably immobilising, the railway locomotive , and - an emergency braking device comprising at least one emergency braking module , the emergency braking module comprising: - a group of emergency valves , - a solenoid valve defining an open position, in which the emergency valve group is pneumatically supplied by the main supply line , and a closed position, in which the emergency valve group is isolated from the main supply line ; - a group of emergency valves , - a solenoid valve defining an open position, in which the emergency valve group is pneumatically supplied by the main supply line , and a closed position, in which the emergency valve group is isolated from the main supply line ; when the safety interface is in the activated configuration and the solenoid valve is in the open position, the emergency valve group is in a state in which it is supplied pneumatically from the main supply line , when the safety interface is in the deactivated configuration or the solenoid valve is in the closed position, the emergency valve group being in a state of pneumatic isolation from the main supply line , characterised in that the emergency braking module further comprises a pressure switch disposed between the solenoid valve and the emergency valve assembly , the pressure switch being capable of communicating the energised or pneumatically isolated state of the emergency valve assembly to the safety interface at least in the activated configuration.
An apparatus for controlling launch conditions for optical fiber testing, comprising: a fiber bending apparatus configured to provide bending to an optical fiber , the fiber bending apparatus comprising an adjustable plunger configured to enable adjustment of an amount of bending provided by the fiber bending apparatus, wherein the adjustment of the amount of bending is provided by moving the adjustable plunger along an axis; test equipment configured to measure transmission characteristics of the optical fiber ; and a fixing element configured to fix the fiber bending apparatus to a desired degree of bending by securing the optical fiber in place at which the optical fiber provides desired transmission characteristics. a fiber bending apparatus configured to provide bending to an optical fiber , the fiber bending apparatus comprising an adjustable plunger configured to enable adjustment of an amount of bending provided by the fiber bending apparatus, wherein the adjustment of the amount of bending is provided by moving the adjustable plunger along an axis; test equipment configured to measure transmission characteristics of the optical fiber ; and a fixing element configured to fix the fiber bending apparatus to a desired degree of bending by securing the optical fiber in place at which the optical fiber provides desired transmission characteristics.
A method of preparing a compounded pharmaceutical composition comprising the step of i) providing a container including solid or semi-solid particles of an excipient, diluent or carrier, optionally at least one active pharmaceutical ingredient (API), in a planetary mixer, ii) obtaining pre-determined or determining dispersing pattern parameters to obtain a melt, and iii) dispersing the solid or semi-solid particles using superimposed revolution and rotation movements performed on the container at least based on the pre-determined or determined parameters to obtain the melt without requiring the addition of external heat.
A method, comprising: within a network function virtualization environment which comprises a plurality of layers, the layers representing a ranking order of lower and upper layers, respectively; wherein a respective layer represents a lower layer, if the respective layer is forwarding towards a layer, which is an upper layer compared to the respective layer; and wherein the respective layer represents an upper layer, if a layer, which is a lower layer compared to the respective layer, is forwarding towards the respective layer; correlating alarms within a lower layer of the network function virtualization environment; including , at the lower layer, information relevant to an upper layer of the network function virtualization environment for further correlation without the information being explicitly requested by the upper layer; and forwarding at least one of the correlated alarms and said information to an entity managing the upper layer for said further correlation with upper layer alarms. within a network function virtualization environment which comprises a plurality of layers, the layers representing a ranking order of lower and upper layers, respectively; wherein a respective layer represents a lower layer, if the respective layer is forwarding towards a layer, which is an upper layer compared to the respective layer; and wherein the respective layer represents an upper layer, if a layer, which is a lower layer compared to the respective layer, is forwarding towards the respective layer; correlating alarms within a lower layer of the network function virtualization environment; including , at the lower layer, information relevant to an upper layer of the network function virtualization environment for further correlation without the information being explicitly requested by the upper layer; and forwarding at least one of the correlated alarms and said information to an entity managing the upper layer for said further correlation with upper layer alarms.
A process for producing a circuit arrangement, comprising the following steps: - placing a barrier element on a first plate side of a carrier plate comprising at least one circuit component such that a volume is enclosed between the barrier element and the first plate side, - placing a prepreg plate or plural prepreg plates stacked upon each other on the first plate side, - hot pressing the resulting arrangement, wherein the barrier element is placed in a peripheral area of the carrier plate , and said at least one circuit component is accomondated in the volume enclosed between the barrier element and the first plate side, and by a further step for - forming an opening from a side edge of the circuit arrangement to the volume enclosed between the barrier element and the first plate side. - placing a barrier element on a first plate side of a carrier plate comprising at least one circuit component such that a volume is enclosed between the barrier element and the first plate side, - placing a prepreg plate or plural prepreg plates stacked upon each other on the first plate side, - hot pressing the resulting arrangement, wherein the barrier element is placed in a peripheral area of the carrier plate , and said at least one circuit component is accomondated in the volume enclosed between the barrier element and the first plate side, and by a further step for - forming an opening from a side edge of the circuit arrangement to the volume enclosed between the barrier element and the first plate side.
A liquid cartridge configured to be inserted into an attachment portion of a printing device in an insertion direction crossing a gravitational direction and to be attached to the attachment portion in an upright posture, the attachment portion including a contact , the liquid cartridge comprising: a housing comprising: a liquid chamber storing liquid therein; and a liquid passage in communication with the liquid chamber and extending forward in the insertion direction from the liquid chamber , the liquid passage having a front end in the insertion direction , an opening being formed in the front end; a sealing member disposed in the liquid passage ; a circuit board positioned rearward in the insertion direction relative to the sealing member in the upright posture, the circuit board comprising: a contact facing at least upward in the upright posture, the contact of the cartridge being electrically connectable to the contact of the device ; and a memory electrically connected to the contact of the cartridge ; a support member supporting the circuit board , the circuit board supported by the support member being resiliently movable upward and downward relative to the housing in the upright posture; and a resilient member connecting the support member to the housing characterised in that the support member has a sloped surface facing upward and forward in the insertion direction in the upright posture. a housing comprising: a liquid chamber storing liquid therein; and a liquid passage in communication with the liquid chamber and extending forward in the insertion direction from the liquid chamber , the liquid passage having a front end in the insertion direction , an opening being formed in the front end; a liquid chamber storing liquid therein; and a liquid passage in communication with the liquid chamber and extending forward in the insertion direction from the liquid chamber , the liquid passage having a front end in the insertion direction , an opening being formed in the front end; a sealing member disposed in the liquid passage ; a circuit board positioned rearward in the insertion direction relative to the sealing member in the upright posture, the circuit board comprising: a contact facing at least upward in the upright posture, the contact of the cartridge being electrically connectable to the contact of the device ; and a memory electrically connected to the contact of the cartridge ; a contact facing at least upward in the upright posture, the contact of the cartridge being electrically connectable to the contact of the device ; and a memory electrically connected to the contact of the cartridge ; a support member supporting the circuit board , the circuit board supported by the support member being resiliently movable upward and downward relative to the housing in the upright posture; and a resilient member connecting the support member to the housing characterised in that the support member has a sloped surface facing upward and forward in the insertion direction in the upright posture.
A circuit breaker comprising: a fixed member having a fixed contact ; a movable member having a movable contact that is connected to and disconnected from the fixed contact ; and an arc chute arranged with a plurality of laminated grids, each of which has a notch portion into which an arc generated between the fixed contact and the movable contact is drawn and an insulating portion which is adjacent to a peak portion of the notch portion and is extended in a width direction, wherein a direction toward the notch portion and a direction toward a top portion opposite to the notch portion are a length direction and a direction perpendicular to the length direction is the width direction, characterized in that each grid is supported by a support plate having an opening portion in the center thereof, and wherein the insulating portion of each grid is arranged so as to overlap with the opening portion of the corresponding support plate . a fixed member having a fixed contact ; a movable member having a movable contact that is connected to and disconnected from the fixed contact ; and an arc chute arranged with a plurality of laminated grids, each of which has a notch portion into which an arc generated between the fixed contact and the movable contact is drawn and an insulating portion which is adjacent to a peak portion of the notch portion and is extended in a width direction, wherein a direction toward the notch portion and a direction toward a top portion opposite to the notch portion are a length direction and a direction perpendicular to the length direction is the width direction, characterized in that each grid is supported by a support plate having an opening portion in the center thereof, and wherein the insulating portion of each grid is arranged so as to overlap with the opening portion of the corresponding support plate .
Method for classifying and dedusting granular polysilicon, wherein the granular polysilicon is fed into a screening plant , divided into fractions by means of a plurality of screen surfaces , wherein a throwing motion of the granular polysilicon in the screening plant removes adhering dust particles from the granular polysilicon, wherein the removed dust particles are taken off from the screening plant by means of a gas flow supplied to the screening plant, wherein the screening plant is of gas-tight design and supply and takeoff of the gas flow are effected such that the screening plant is at positive pressure compared to the surroundings and wherein the screening plant comprises a lid and a bottom , characterized in that uniform injection of a gas stream is effected at the lid of the screening plant via filtration mats during the screening process, thereby transporting the dust particles in cocurrent with the particle flux to a discharge at the bottom of the screening plant and removing said particles as a separate fraction at the bottom of the screening plant.