mhurhangee/patent-ind-claim-en huggingface dataset:
Guiding tool for a surface trimming device , comprising a main body with a front side base portion and a backside base portion , which are connected by at least one connection portion of the main body , wherein the main body exhibits a recess on a bottom side between the front side base portion and the backside base portion , wherein the main body comprises a fixation means on a top side of the main body opposing the recess , wherein the surface trimming device is mountable to the fixation means in such manner that a movable trimming means of the surface trimming device is located in the recess between the front side base portion and the back side base portion , wherein the front side base portion and the backside base portion each comprises at least one first guiding roller , and wherein the main body comprises at least one guiding means comprising at least one second guiding roller attached to a connection arm of the guiding means , so that the second guiding roller is arranged distanced to the main body .
Linear drive , comprising - a drive shaft , which is arranged along a longitudinal axis (X), - at least two propulsion teeth , and - at least one gear rack with numerous teeth , - wherein the propulsion teeth are lift-moveable transversely to the longitudinal axis (X) and are drivingly coupled to the drive shaft such that the at least two propulsion teeth execute at least one cyclical lifting movement in the course of one rotation (φ) of the drive shaft and move in and out of the at least one gear rack to generate a propulsion in the longitudinal axis (X), and - wherein the cyclical lifting movement of the at least two propulsion teeth is executed with a phase shift (Δφ). - a drive shaft , which is arranged along a longitudinal axis (X), - at least two propulsion teeth , and - at least one gear rack with numerous teeth , - wherein the propulsion teeth are lift-moveable transversely to the longitudinal axis (X) and are drivingly coupled to the drive shaft such that the at least two propulsion teeth execute at least one cyclical lifting movement in the course of one rotation (φ) of the drive shaft and move in and out of the at least one gear rack to generate a propulsion in the longitudinal axis (X), and - wherein the cyclical lifting movement of the at least two propulsion teeth is executed with a phase shift (Δφ).
A stator core comprising a plurality of stator segments assembled together, each stator segment comprising: only one tooth section ; a back iron section , the back iron section comprising a retainer interface being a cut-out having a dovetail shape, the retainer interface being located at a peripheral surface of the back iron; and an end cap comprising an electrically non-conductive material, characterized in that the end cap comprises an insulator engaging segment for retaining one or more insulating elements loose fit into respective notches between stator teeth prior to winding, wherein the end cap comprises an end cap dovetail interface , the end cap dovetail interface being at least partially dovetail in shape and being a dovetail shaped groove, and wherein a periphery of the end cap dovetail interface is configured to coincide with a periphery of the retainer interface . only one tooth section ; a back iron section , the back iron section comprising a retainer interface being a cut-out having a dovetail shape, the retainer interface being located at a peripheral surface of the back iron; and an end cap comprising an electrically non-conductive material, characterized in that the end cap comprises an insulator engaging segment for retaining one or more insulating elements loose fit into respective notches between stator teeth prior to winding, wherein the end cap comprises an end cap dovetail interface , the end cap dovetail interface being at least partially dovetail in shape and being a dovetail shaped groove, and wherein a periphery of the end cap dovetail interface is configured to coincide with a periphery of the retainer interface .
Use of a pivoting kinematic system, which can be actuated by means of a screw manipulator, for providing a hardness adjustment for an upholstered furniture device having a base frame and a seat/reclining cushion which is fixed thereto at least in the edge region and, for the purpose of adjusting the hardness of the cushion, is gripped underneath by a plate which is arranged in the base frame so as to be pivotably adjustable in height, in that the plate is articulated in the base frame so as to be pivotable on one side about a horizontal pivot axis , wherein an elevation attachment body is provided on the plate projecting on the upper side, which elevation attachment body engages under the seat/lounger cushion or ends at a defined distance thereunder, wherein the elevation attachment body limits the pushing through of the seat/lounger cushion or compresses the seat/lounger cushion against a fixed and tensioned cover of the seat/lounger cushion in accordance with the height adjustment height of the plate ; wherein the plate is arranged with its end opposite to the swivel axis exposed in the base frame , and wherein a height adjustment device acts on the plate from below with an adjustable pressure/pretensioning force (F), wherein the height adjustment device is supported downwards in the base frame against the pressure/pretensioning force, wherein the screw manipulator is coupled to a transverse beam for exerting a pressure/pretensioning force directed upwards, which is supported on the lateral plan of the base frame of the upholstered furniture device, the transverse beam being arranged at a lever distance from the pivot axis which is at least 20%, preferably at least 30%, shorter than the seat/lying surface of the upholstered furniture device to be adjusted, the pivot kinematics being used for providing a hardness adjustment for an upholstered furniture device in the form of a sofa or reclining furniture, in particular for stationary use in a property.
A method for arranging at least one composite element on a component , said at least one composite element comprising at least one sleeve element and at least one plug element , said method comprising the following steps: a) placing the sleeve element in a bore of the component ; b) connecting the sleeve element to the plug element so that the at least one composite element is formed; c) inserting a engagement device into the at least one composite element , wherein the engagement device aligns and/or joins the sleeve element and the plug element to each other, characterised in that an adhesive is applied into the bore and/or onto the sleeve element before the sleeve element is placed. a) placing the sleeve element in a bore of the component ; b) connecting the sleeve element to the plug element so that the at least one composite element is formed; c) inserting a engagement device into the at least one composite element ,
A connection fitting for the detachable fastening of a pipe or hose having a diameter (D1, D2) which changes in a wave-shaped manner at least in an end region which can be accommodated in the connection fitting comprising: - an elastically deformable sealing body extendable axially over two or more corrugations of the end region, which sealing body can radially surround the end region of the pipe or hose , - a connecting piece with a core cavity surrounded by a wall having an insertion opening for accommodating an end of the pipe or hose and the sealing body that is slidable over the end region of the pipe or hose and a through-opening opposite the insertion opening, and - a clamping body that overlaps the outside of the connecting piece and can be fixed to the connecting piece in the assembly end position, wherein the clamping body has a region which lies transversely to a longitudinal axis of the pipe or hose that can be accommodated in the connecting piece , through which region the pipe or the hose can be passed and which compresses and/or compacts at least one part of the sealing body in the assembled state in the axial direction, wherein the sealing body can elastically abut at least against the outside of the pipe or hose , characterized in that on a side facing away from the end of the pipe or hose it has an outwardly facing collar , and in that the at least one part of the sealing body axially compacted and/or compressed in the assembled state comprises the collar . - an elastically deformable sealing body extendable axially over two or more corrugations of the end region, which sealing body can radially surround the end region of the pipe or hose , - a connecting piece with a core cavity surrounded by a wall having an insertion opening for accommodating an end of the pipe or hose and the sealing body that is slidable over the end region of the pipe or hose and a through-opening opposite the insertion opening, and - a clamping body that overlaps the outside of the connecting piece and can be fixed to the connecting piece in the assembly end position, wherein the clamping body has a region which lies transversely to a longitudinal axis of the pipe or hose that can be accommodated in the connecting piece , through which region the pipe or the hose can be passed and which compresses and/or compacts at least one part of the sealing body in the assembled state in the axial direction,
Expansion anchor, comprising an anchor bolt and an expansion sleeve which surrounds the anchor bolt , an expansion body for the expansion sleeve being provided on the anchor bolt , which expansion body is arranged at least partially in front of the expansion sleeve , and the expansion sleeve having, on the outside in a front region of the expansion sleeve , a first annular groove comprising a front flank and a rear flank , at least in at least one radial plane, the angle of inclination (β 61 ) of the rear flank of the first annular groove and the angle of inclination (α 27 ) of the expansion body in a counter-zone of the expansion body differing by less than 4°, characterized in that the expansion sleeve has, on the outside in front of the first annular groove , at least one second annular groove . at least in at least one radial plane, the angle of inclination (β 61 ) of the rear flank of the first annular groove and the angle of inclination (α 27 ) of the expansion body in a counter-zone of the expansion body differing by less than 4°, characterized in that the expansion sleeve has, on the outside in front of the first annular groove , at least one second annular groove .
A method in a node of a mesh network, the method comprising: receiving a plurality of neighbor count values, from a plurality of neighbor nodes, wherein each neighbor count value relating to the number of neighbors associated with a particular neighbor of the node; and controlling the transmission of a beacon message from the node based on the received neighbor count values of the node's neighbors, wherein controlling the transmission of the beacon message comprises controlling the frequency of transmission of beacon messages from the node based on lowest neighbor count value associated with the plurality of neighbor nodes, wherein the frequency of transmission of beacon messages is inversely proportional to the lowest neighbor count value associated with the plurality of neighbor nodes. receiving a plurality of neighbor count values, from a plurality of neighbor nodes, wherein each neighbor count value relating to the number of neighbors associated with a particular neighbor of the node; and controlling the transmission of a beacon message from the node based on the received neighbor count values of the node's neighbors, wherein controlling the transmission of the beacon message comprises controlling the frequency of transmission of beacon messages from the node based on lowest neighbor count value associated with the plurality of neighbor nodes, wherein the frequency of transmission of beacon messages is inversely proportional to the lowest neighbor count value associated with the plurality of neighbor nodes.
A method for producing a housing , comprising the steps: (a) producing a salt moulded part , which comprises the following steps: (i) introducing salt or a salt mixture into a salt moulded part mould that encloses a support body , the liquid salt or liquid salt mixture coming into contact with a support body , and (ii) de-moulding the salt moulded part , (b) casting metal around the salt moulded part , resulting in a blank, (i) the salt moulded part being supported by means of a support body during casting, and (ii) the support body being permanently joined to a casting made of the solidified metal due to the casting with metal, and (c) dissolving the salt moulded part out of the blank, resulting in a cast part . (a) producing a salt moulded part , which comprises the following steps: (i) introducing salt or a salt mixture into a salt moulded part mould that encloses a support body , the liquid salt or liquid salt mixture coming into contact with a support body , and (ii) de-moulding the salt moulded part , (i) introducing salt or a salt mixture into a salt moulded part mould that encloses a support body , the liquid salt or liquid salt mixture coming into contact with a support body , and (ii) de-moulding the salt moulded part , (b) casting metal around the salt moulded part , resulting in a blank, (i) the salt moulded part being supported by means of a support body during casting, and (ii) the support body being permanently joined to a casting made of the solidified metal due to the casting with metal, and (i) the salt moulded part being supported by means of a support body during casting, and (ii) the support body being permanently joined to a casting made of the solidified metal due to the casting with metal, and (c) dissolving the salt moulded part out of the blank, resulting in a cast part .
A lyophilized composition comprising: (i) Compound 1 in an amount from 1% to 10% w/w or a pharmaceutically acceptable salt thereof, and (ii) cyclodextrin in an amount from 90% to 99% w/w. (i) Compound 1 in an amount from 1% to 10% w/w or a pharmaceutically acceptable salt thereof, and (ii) cyclodextrin in an amount from 90% to 99% w/w.
Supporting structure for façade elements , comprising at least one supporting bar made of a metal profile material with at least one supporting element projecting away from the supporting bar in horizontal direction, in particular made of a metal or plastic full profile material, for at least partially supporting a façade element , wherein the support element is fastened to a fastening profile section of the supporting bar , wherein a seal extends substantially over the entire adjoining region formed between said fastening profile section of the supporting bar and the supporting element , and wherein first support elements are arranged in the seal , are introduced in the seal and/or protrude through the seal in mounting position in the lower region of this adjoining region at several positions, via which the supporting element is supported on the fastening profile section of the supporting bar . wherein the support element is fastened to a fastening profile section of the supporting bar , wherein a seal extends substantially over the entire adjoining region formed between said fastening profile section of the supporting bar and the supporting element , and wherein first support elements are arranged in the seal , are introduced in the seal and/or protrude through the seal in mounting position in the lower region of this adjoining region at several positions, via which the supporting element is supported on the fastening profile section of the supporting bar .
A housing of an electric machine, comprising: a body formed into a cylindrical structure extending along an axial direction; a plurality of radiation ribs extending along the axial direction and arranged circumferentially outside the body ; at least one pair of ventilation windows arranged to radially protrude outward from two ends of the body in the axial direction respectively, so as to allow a part of the plurality of radiation ribs to be arranged therebetween; and at least one ventilation duct arranged radially outside the radiation ribs along the axial direction and coupled to the at least one pair of ventilation windows , to enable an internal heat radiating airstream within the electric machine to flow through the ventilation duct . a body formed into a cylindrical structure extending along an axial direction; a plurality of radiation ribs extending along the axial direction and arranged circumferentially outside the body ; at least one pair of ventilation windows arranged to radially protrude outward from two ends of the body in the axial direction respectively, so as to allow a part of the plurality of radiation ribs to be arranged therebetween; and at least one ventilation duct arranged radially outside the radiation ribs along the axial direction and coupled to the at least one pair of ventilation windows , to enable an internal heat radiating airstream within the electric machine to flow through the ventilation duct .
Film comprising polyvinyl-co-acetal characterized in a thickness of 1 μm to 1000 μm, less than 10 whgt% of at least one plasticizer wherein the polyvinyl-co-acetal is obtained by reacting at least one polyvinyl alcohol with a first and a second aliphatic keto compounds and the ratio of the groups of the polyvinyl-co-acetal originating from the first aliphatic keto compound and the second aliphatic keto compound is between 50:50 and 20:80.
A method for transmitting a configuration in a wireless communication system, the method comprising: transmitting, by a base station , the configuration for a discovery signal , wherein the configuration indicates a periodicity and an offset of the discovery signal, wherein the discovery signal is used to perform a measurement by a user equipment , wherein the discovery signal includes a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Cell-specific Reference Signal, CRS, received within a predefined duration, wherein the offset of the discovery signal is in a number of subframes, wherein the predefined duration for transmitting all of the PSS, SSS, and CRS is set to 6ms, and wherein the periodicity for transmitting all of the PSS, SSS, and CRS is set to 40ms or 80ms. transmitting, by a base station , the configuration for a discovery signal , wherein the configuration indicates a periodicity and an offset of the discovery signal, wherein the discovery signal is used to perform a measurement by a user equipment , wherein the discovery signal includes a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Cell-specific Reference Signal, CRS, received within a predefined duration, wherein the offset of the discovery signal is in a number of subframes, wherein the predefined duration for transmitting all of the PSS, SSS, and CRS is set to 6ms, and wherein the periodicity for transmitting all of the PSS, SSS, and CRS is set to 40ms or 80ms.
A computer implemented method, comprising: receiving, by one or more processors , an input pattern from a touch based input device, the input pattern comprising one or more directional changes corresponding to directional changes of user gestures made on the input device, wherein the directional changes of the input pattern are based on last portions of the user gestures while ignoring other portions of the user gestures, and wherein the input pattern is formed on the input device using one or more fingers; determining, by one or more processors , if the directional changes of the input pattern match directional changes of a security pattern associated with a user's security profile; and providing an unlock signal if the directional changes of the input pattern match the directional changes of the security pattern , the unlock signal granting user access to a user device or a user account. receiving, by one or more processors , an input pattern from a touch based input device, the input pattern comprising one or more directional changes corresponding to directional changes of user gestures made on the input device, wherein the directional changes of the input pattern are based on last portions of the user gestures while ignoring other portions of the user gestures, and wherein the input pattern is formed on the input device using one or more fingers; determining, by one or more processors , if the directional changes of the input pattern match directional changes of a security pattern associated with a user's security profile; and providing an unlock signal if the directional changes of the input pattern match the directional changes of the security pattern , the unlock signal granting user access to a user device or a user account.
A computer-implemented method comprising: receiving, by a processing unit , an instruction to perform a masked shift add operation with a set of operands; performing a logical AND operation on a first pair of operands from the set of operands to obtain a first intermediate result; shifting the first intermediate result by a first shift amount that is based on a first operand from the first pair of operands; characterised by performing a logical AND operation on a second pair of operands from the set of operands to obtain a second intermediate result; shifting the second intermediate result by a second shift amount that is based on a first operand from the second pair of operands; adding the shifted first intermediate result and the shifted second intermediate result; and outputting, as a result of the masked shift add operation, an output of the adding. receiving, by a processing unit , an instruction to perform a masked shift add operation with a set of operands; performing a logical AND operation on a first pair of operands from the set of operands to obtain a first intermediate result; shifting the first intermediate result by a first shift amount that is based on a first operand from the first pair of operands; characterised by performing a logical AND operation on a second pair of operands from the set of operands to obtain a second intermediate result; shifting the second intermediate result by a second shift amount that is based on a first operand from the second pair of operands; adding the shifted first intermediate result and the shifted second intermediate result; and outputting, as a result of the masked shift add operation, an output of the adding.