mhurhangee/ep-ind-claims huggingface dataset:
Vehicle seat having a lower part, an upper part which is displaceable relative to the lower part in a longitudinal direction, and a spring element for cushioning longitudinal horizontal movements of the upper part relative to the lower part, wherein a scissors frame is provided which connects the lower part and the upper part in a height direction so that they can move relative to one another, characterised in that the spring element comprises a first holding arm which is connected to the upper part, and a second holding arm which is connected to the scissors frame, the first holding arm and the second holding arm being connected to one another by means of a first connecting element, in such a way that the first holding arm is displaced towards the second holding arm during a displacement of the upper part relative to the lower part, and wherein a resiliently deformable spring element part is provided which is at least in operative contact with the first holding arm and the second holding arm and is deformed during a displacement of the first holding arm relative to the second holding arm, wherein the first connecting element comprises a first connecting element part and a second connecting element part, the first connecting element part and the second connecting element part being connected to the first holding arm so as to be rotatable about a first axis of rotation and connected to the second holding arm so as to be rotatable about a second axis of rotation, wherein in a height direction the first axis of rotation above the second axis of rotation arranged is. the spring element comprises a first holding arm which is connected to the upper part, and a second holding arm which is connected to the scissors frame, the first holding arm and the second holding arm being connected to one another by means of a first connecting element, in such a way that the first holding arm is displaced towards the second holding arm during a displacement of the upper part relative to the lower part, and wherein a resiliently deformable spring element part is provided which is at least in operative contact with the first holding arm and the second holding arm and is deformed during a displacement of the first holding arm relative to the second holding arm, wherein the first connecting element comprises a first connecting element part and a second connecting element part, the first connecting element part and the second connecting element part being connected to the first holding arm so as to be rotatable about a first axis of rotation and connected to the second holding arm so as to be rotatable about a second axis of rotation, wherein in a height direction the first axis of rotation above the second axis of rotation arranged is.
A can comprising a body, in particular made from aluminium, wherein a closure region on an end wall of the can is at least partially delimited by a predetermined breaking edge and wherein the can comprises an opening element, which in the starting position thereof lies at least partially against the end wall of the can and is connected to the end wall at least one point by means of a connecting element, which is formed as part of the opening element and in particular is connected with the end wall, - wherein on pivoting the opening element with respect to the can from the starting position into an open position, the closure region breaks along the predetermined breaking edge and forms an opening in the intermediate region delimited by the predetermined breaking edge in order to empty the contents of the can, characterised in that - the opening element comprises a carrier body made of electrically and/or magnetically insulating material or consists of same, - the opening element bears an antenna arranged on or in the carrier body and a transponder chip connected to the antenna, - an electrical connection lead is provided, which electrically connects together and short-circuits the two connections of the antenna in the starting position, and - the electrical connection lead is arranged such that it is irreversibly interrupted on opening of the can through the pivoting of the opening element from the starting position into the open position, and the antenna is thus activated. - wherein on pivoting the opening element with respect to the can from the starting position into an open position, the closure region breaks along the predetermined breaking edge and forms an opening in the intermediate region delimited by the predetermined breaking edge in order to empty the contents of the can, characterised in that - the opening element comprises a carrier body made of electrically and/or magnetically insulating material or consists of same, - the opening element bears an antenna arranged on or in the carrier body and a transponder chip connected to the antenna, - an electrical connection lead is provided, which electrically connects together and short-circuits the two connections of the antenna in the starting position, and - the electrical connection lead is arranged such that it is irreversibly interrupted on opening of the can through the pivoting of the opening element from the starting position into the open position, and the antenna is thus activated.
A fabric printer comprising a wrinkle detector for detecting creases or wrinkles to protect a print head of said fabric printer from occlusion by protruding fabric, the wrinkle detector comprising a mounting located in advance of a print head relative to fabric approaching to be printed, the mounting comprising at least one deflectable element extending into a predetermined clearance zone between said printing head and said fabric, wherein deflection of said at least one deflectable element is used as an indicator of fabric protruding into the clearance zone, characterized in that a plurality of said at least one deflectable element form a comb structure wherein teeth of said comb extend into said clearance zone in advance of said print head as said print head moves relative to fabric to be printed.
A liquid creamer composition comprising high oleic oils; micellar casein; emulsifiers comprising a mixture of mono- and di-glycerides and diacetyl tartaric acid esters of mono- and di-glycerides; and hydrocolloids comprising a mixture of carrageenan, microcrystalline cellulose and carboxymethyl cellulose, wherein the high oleic oils ranges from 2 to 10 % of the creamer composition. high oleic oils; micellar casein; emulsifiers comprising a mixture of mono- and di-glycerides and diacetyl tartaric acid esters of mono- and di-glycerides; and hydrocolloids comprising a mixture of carrageenan, microcrystalline cellulose and carboxymethyl cellulose, wherein the high oleic oils ranges from 2 to 10 % of the creamer composition.
An apparatus comprising: a sterile cover including; a first portion that defines a first cavity such that the first portion is configured to secure a non-sterile inverter of a wide angle viewing attachment for a microscope within the first cavity, a second portion integral with the first portion, said second portion defines a second cavity continuous with the first cavity, said second portion configured to secure an imaging lens of the wide angle viewing attachment for the microscope within the second cavity; and a tab provided along the first portion, wherein the tab is provided to disengage the first portion from the non-sterile inverter and prevent reuse of the sterile cover. a sterile cover including; a first portion that defines a first cavity such that the first portion is configured to secure a non-sterile inverter of a wide angle viewing attachment for a microscope within the first cavity, a second portion integral with the first portion, said second portion defines a second cavity continuous with the first cavity, said second portion configured to secure an imaging lens of the wide angle viewing attachment for the microscope within the second cavity; and a tab provided along the first portion, wherein the tab is provided to disengage the first portion from the non-sterile inverter and prevent reuse of the sterile cover.
Protective helmet, in particular a firefighting helmet, rescue worker's helmet, work helmet, industrial helmet, having a helmet shell and coupling arrangements which are disposed or arranged on either side of the helmet shell, in a temple region in each case, and have first coupling elements for coupling in a releasable manner in each case to a second coupling element which can be disposed or arranged on an accessory, the first coupling elements respectively being retained on the helmet shell via retaining means of a connecting device in a plurality of different positions one behind the other along a longitudinal axis of an adjustment path to provide an arrangement whereby the position of the accessory to be attached can be varied relative to the helmet shell, wherein each of the first coupling elements has arranged thereon at least one coupling member (11, 21), which at least one first coupling member is arranged in a first laterally offset position in relation to the retaining means of the connecting device disposed along the longitudinal axis of the adjustment path.
An external controller for controlling sub-perception stimulation provided by an implantable stimulator device having an electrode array, array (16, E1-E16), comprising: control circuitry configured to render a graphical user interface (64, 900), GUI, including a location at which the sub-perception stimulation is provided within the electrode array, and a pre-defined region in which the location can be moved, wherein the pre-defined region is constrained to less than the entire electrode array, wherein the control circuitry is configured to receive one or more inputs to move the location of the sub-perception stimulation within the region, wherein moving the location causes the control circuitry to send programming instructions to the implantable stimulator device to move the sub-perception stimulation to the moved location in the electrode array. control circuitry configured to render a graphical user interface (64, 900), GUI, including a location at which the sub-perception stimulation is provided within the electrode array, and a pre-defined region in which the location can be moved, wherein the pre-defined region is constrained to less than the entire electrode array, wherein the control circuitry is configured to receive one or more inputs to move the location of the sub-perception stimulation within the region, wherein moving the location causes the control circuitry to send programming instructions to the implantable stimulator device to move the sub-perception stimulation to the moved location in the electrode array.
Method for calibration of an optical emission spectrometer producing spectral light by a spark produced by a spark generator incident upon a target of which knowledge of its elemental composition is desired, wherein a reference material (1, 2) is used for calibration of the spectrometer wherein the reference material (1, 2) has a homogeneous content of elements of the periodic table which is protected by an inert coating, wherein the inert coating does not comprise elements to be measured in a steel or iron alloy, wherein the thickness of the inert coating is 0,1 to 10 μm, wherein the reference material (1, 2) is kept under an inert gas atmosphere or vacuum prior to calibration, and wherein the inert gas is used to protect the homogeneous content in addition to the inert coating.
A beverage dispenser for use in combination with a water cooler, wherein the water cooler comprises a cooling device and a water bottle, and the beverage dispenser is intended to be positioned between the cooling device and the water bottle, wherein the beverage dispenser comprises: - a dispensing station where a receptacle can be placed or held whilst a beverage is dosed therein, - a dedicated water nozzle for dispensing water at the dispensing station, - a conduit for supply of water from the water cooler to the water nozzle, - a connector for attachment to a container comprising concentrate, - a dedicated concentrate nozzle for dispensing concentrate at the dispensing station, - a conduit for supply of concentrate from the container to the concentrate nozzle; wherein the water nozzle and the concentrate nozzle are arranged such that water dispensed from the water nozzle and concentrate dispensed from the concentrate nozzle intersect, and wherein the angle (β) of the concentrate nozzle relative to the horizontal is from 25° to 90°, and the angle (α) of the water nozzle relative to the horizontal is from 45° to 90°; and wherein the beverage dispenser does not comprise a mixing chamber. - a dispensing station where a receptacle can be placed or held whilst a beverage is dosed therein, - a dedicated water nozzle for dispensing water at the dispensing station, - a conduit for supply of water from the water cooler to the water nozzle, - a connector for attachment to a container comprising concentrate, - a dedicated concentrate nozzle for dispensing concentrate at the dispensing station, - a conduit for supply of concentrate from the container to the concentrate nozzle;
An internal combustion engine, in particular for a motor vehicle, - having a cylinder head, which has a plurality of intake channels, which lead to combustion chambers of the internal combustion engine, - having a fresh gas distributor for feeding fresh gas to the intake channels, - wherein the fresh gas distributor has a flap arrangement, which has a flap shaft, which bears at least one flap for controlling such an intake channel and is mounted such that it can rotate about a flap shaft rotation axis, - wherein the fresh gas distributor has a housing flange, with which the fresh gas distributor is fastened to the cylinder head, - wherein the flap arrangement is arranged in the region of the housing flange in a distributor housing of the fresh gas distributor, - wherein the cylinder head has a recess, into which the fresh gas distributor is inserted in the region of the flap arrangement, - wherein the region of the flap arrangement that is inserted into the recess projects beyond the housing flange in the direction of the cylinder head, - wherein the flap shaft has input teeth, - wherein a drive shaft is arranged on a side of the flap shaft that faces away from the cylinder head, which drive shaft is mounted such that it can rotate about a drive shaft rotation axis running parallel to the flap shaft rotation axis and has output teeth that mesh with the input teeth, - wherein the drive shaft is connected or can be connected to a flap drive, characterised in that a partition is arranged in the distributor housing, which partition separates a gearing space, in which the input teeth and the output teeth are arranged, from a gas distributor space, in which the at least one flap is arranged. - having a cylinder head, which has a plurality of intake channels, which lead to combustion chambers of the internal combustion engine, - having a fresh gas distributor for feeding fresh gas to the intake channels, - wherein the fresh gas distributor has a flap arrangement, which has a flap shaft, which bears at least one flap for controlling such an intake channel and is mounted such that it can rotate about a flap shaft rotation axis, - wherein the fresh gas distributor has a housing flange, with which the fresh gas distributor is fastened to the cylinder head, - wherein the flap arrangement is arranged in the region of the housing flange in a distributor housing of the fresh gas distributor, - wherein the cylinder head has a recess, into which the fresh gas distributor is inserted in the region of the flap arrangement, - wherein the region of the flap arrangement that is inserted into the recess projects beyond the housing flange in the direction of the cylinder head, - wherein the flap shaft has input teeth, - wherein a drive shaft is arranged on a side of the flap shaft that faces away from the cylinder head, which drive shaft is mounted such that it can rotate about a drive shaft rotation axis running parallel to the flap shaft rotation axis and has output teeth that mesh with the input teeth, - wherein the drive shaft is connected or can be connected to a flap drive,
Vehicle seat, having a backrest on which a head support is fitted, said head support having a headrest for supporting the head of a seat occupant who may or may not, depending on the circumstances, be wearing a protective helmet, characterized in that the headrest has at least three stable positions: - a first position for cervical support of the seat occupant's head, in which position the head support provides cervical support whether or not a helmet is being worn, - a second position for occipital support of the seat occupant's head, in which position the head support provides occipital support when a helmet is not being worn, - a third position for occipital support of the seat occupant's head, in which position the head support provides occipital support when a helmet is being worn, the position of the headrest being changed between the at least three stable positions by means of rotations about a single rotational axis at a height with respect to the seat substantially between the hollow of the nape and an upper part of the nape of a pilot of generally average size, and the headrest has two translational positions along the rotational axis: a stable position in which the headrest is locked and an unstable position in which the headrest can rotate freely about the rotational axis. - a first position for cervical support of the seat occupant's head, in which position the head support provides cervical support whether or not a helmet is being worn, - a second position for occipital support of the seat occupant's head, in which position the head support provides occipital support when a helmet is not being worn, - a third position for occipital support of the seat occupant's head, in which position the head support provides occipital support when a helmet is being worn,
A handheld tool, comprising: a tool head; a handle body connected to the tool head; characterised in that it further comprises a ranger configured to scan and measure a radius of rotation of the handle body, wherein the radius of rotation of the handle body indicates a minimum value of a maximum unobstructed length of the handle body in each radial direction of a rotation direction; and a controller connected to the handle body and the ranger and configured to: detect an operation instruction with regard to the tool, and in response to the operation instruction, control the ranger to measure the radius of rotation of the handle body and adjust a shape of the handle body based on the measured radius of rotation. a tool head; a handle body connected to the tool head; characterised in that it further comprises a ranger configured to scan and measure a radius of rotation of the handle body, wherein the radius of rotation of the handle body indicates a minimum value of a maximum unobstructed length of the handle body in each radial direction of a rotation direction; and a controller connected to the handle body and the ranger and configured to: detect an operation instruction with regard to the tool, and in response to the operation instruction, control the ranger to measure the radius of rotation of the handle body and adjust a shape of the handle body based on the measured radius of rotation. detect an operation instruction with regard to the tool, and in response to the operation instruction, control the ranger to measure the radius of rotation of the handle body and adjust a shape of the handle body based on the measured radius of rotation.
Handheld machine tool with a hammer mechanism which can be driven via a motor, which has an excitation element which may be moved back and forth in a guide pipe on a central hammer mechanism axis as well as a hammer element which is displaceably guided in the guide pipe on the central hammer mechanism axis und which may be driven by means of a spring via the excitation element, a cam gear which has an axis of rotation which is stationary in relation to the hammer mechanism axis, can be motor-driven and has a bearing pin, in which the axis of rotation is arranged vertically to a plane encompassing the hammer mechanism axis and in which the axis of rotation is arranged at a distance to the hammer mechanism axis in the plane. in which the excitation element may be shifted in a back and forth movement via a connecting rod eccentrically mounted on the cam gear, characterised in that one end of the connecting rod is affixed to the bearing pin and another end of the connecting rod is affixed to the excitation element, in which the hammer mechanism is a pneumatic hammer mechanism and in which the spring is an air spring.
A method for transmitting information, characterized by comprising: sending, by a terminal, slicing information of a slice required by the terminal to a network device through a Radio Resource Control, RRC, message or an uplink message in a random access process; wherein the uplink message comprises message 1 in a four-step random access process; receiving, by the terminal, a control result sent by the network device according to whether the network device can provide the terminal with the slice required by the terminal, wherein the control result comprises: a result of a random access process determined according to the slicing information; wherein the slicing information of the slice required by the terminal comprises: a slicing identity of the terminal, a type to which a slice of the terminal belongs, a priority of a slice of the terminal, a priority of a type to which a slice of the terminal belongs, location information of the terminal, and a preferred Public Land Mobile Network, PLMN, identifier. sending, by a terminal, slicing information of a slice required by the terminal to a network device through a Radio Resource Control, RRC, message or an uplink message in a random access process; wherein the uplink message comprises message 1 in a four-step random access process; receiving, by the terminal, a control result sent by the network device according to whether the network device can provide the terminal with the slice required by the terminal, wherein the control result comprises: a result of a random access process determined according to the slicing information; wherein the slicing information of the slice required by the terminal comprises: a slicing identity of the terminal, a type to which a slice of the terminal belongs, a priority of a slice of the terminal, a priority of a type to which a slice of the terminal belongs, location information of the terminal, and a preferred Public Land Mobile Network, PLMN, identifier.