mhurhangee/ep-ind-claims huggingface dataset:
A head support device attached to a treatment table, where the treatment table comprises a back portion pivotably joined to a seat portion, where further the head support device is attached to the back portion and comprises a head support bowl, characterised in that the head support device comprises a head support sled arranged in a first bearing for linear forwards and backwards movement in a carrier unit in the head support device, where the head support device is provided with a weight balancing unit compensating for the weights of the constituting parts, i.e. the longitudinally displaceable parts.
A method for transmitting a sounding reference symbol, SRS, comprising: applying a SRS configuration for a plurality of uplink component carriers, UL CCs, determining whether a SRS and other uplink channels are transmitted on multiple uplink, UL, component carriers, CCs, in a subframe; and based on the determination, applying a multiplexing rule for simultaneous transmission during a subframe of a SRS transmission and the other uplink channels on multiple UL CCs, wherein a SRS is simultaneously transmitted with other uplink channels on different CCs in a subframe, the other uplink channels being transmitted on a secondary CC, and a PUSCH is transmitted with the SRS in a same, primary CC of the subframe. applying a SRS configuration for a plurality of uplink component carriers, UL CCs, determining whether a SRS and other uplink channels are transmitted on multiple uplink, UL, component carriers, CCs, in a subframe; and based on the determination, applying a multiplexing rule for simultaneous transmission during a subframe of a SRS transmission and the other uplink channels on multiple UL CCs, wherein a SRS is simultaneously transmitted with other uplink channels on different CCs in a subframe, the other uplink channels being transmitted on a secondary CC, and a PUSCH is transmitted with the SRS in a same, primary CC of the subframe.
A base station that relays data between a first information processing apparatus and a second information processing apparatus, the first information processing apparatus including a first wireless communication unit that transmits and receives data in a wireless manner, a first wired communication unit that transmits and receives data, a first storage unit that stores a physical address of the first wireless communication unit, and a first processing unit, the second information processing apparatus including a second wireless communication unit that transmits and receives data in a wireless manner, a second wired communication unit that transmits data to and receives data from the first wired communication unit in a wired manner, and a second processing unit, the base station comprising: a second storage unit that stores the physical address in advance; a communication unit that transmits data to and receives data from the second wireless communication unit in a wireless manner; and an authentication unit that, upon receiving a request from the second wireless communication unit via the communication unit, the request including the physical address which has been transmitted from the first processing unit to the second processing unit and requesting connection, compares the physical address included in the received request with the physical address stored in the second storage unit in advance, and thereby permits the first information processing apparatus to transmit data to and receive data from the base station via the second information processing apparatus. a second storage unit that stores the physical address in advance; a communication unit that transmits data to and receives data from the second wireless communication unit in a wireless manner; and an authentication unit that, upon receiving a request from the second wireless communication unit via the communication unit, the request including the physical address which has been transmitted from the first processing unit to the second processing unit and requesting connection, compares the physical address included in the received request with the physical address stored in the second storage unit in advance, and thereby permits the first information processing apparatus to transmit data to and receive data from the base station via the second information processing apparatus.
An apparatus (10, 18, 310, 730) for producing a nanofiber comprising: a spinning solution jetting means (11, 21, 721) having a conductive nozzle (13, 20, 720) for jetting a stock spinning solution for nanofiber production, an electrode (14, 19, 314, 710) located away from the nozzle (13, 20, 720), a voltage generating means (101, 40, 740) generating a voltage between the nozzle (13, 20, 720) and the electrode (14, 19, 314, 710), an air jetting means (15, 23, 15A, 723) located at such a position as to direct an air jet between the nozzle (13, 20, 720) and the electrode (14, 19, 314, 710), and a nanofiber collecting means, the voltage generating means (101, 40, 740) generating a voltage in such a manner that the nozzle (13, 20, 720) serves as a positive pole and the electrode (14, 19, 314, 710) as a negative pole, at least 90% of the entire area of the electrode side facing the nozzle (13, 20, 720) being covered with a covering (17, 207, 307, 730) having a dielectric exposed on the surface of the covering (17, 207, 307, 730), and the dielectric exposed on the surface of the covering (17, 207, 307, 730) having a thickness of 0.8 mm or greater. a spinning solution jetting means (11, 21, 721) having a conductive nozzle (13, 20, 720) for jetting a stock spinning solution for nanofiber production, an electrode (14, 19, 314, 710) located away from the nozzle (13, 20, 720), a voltage generating means (101, 40, 740) generating a voltage between the nozzle (13, 20, 720) and the electrode (14, 19, 314, 710), an air jetting means (15, 23, 15A, 723) located at such a position as to direct an air jet between the nozzle (13, 20, 720) and the electrode (14, 19, 314, 710), and a nanofiber collecting means,
Burner (5, 143, 158, 179, 269) for a gas burning hand tool, of the type comprising an elongated burner body (21, 147, 161, 183, 273), associated at opposite ends of the burner body with a gas injection zone (17, 145, 159, 181, 271) and a gas combustion zone (19, 155, 163, 185, 276), characterised in that the gas injection zone (17, 145, 159, 181, 271) comprises at least one outlet orifice (35, 171, 211, 309) terminating flush with the outside of the periphery (25, 153, 240, 270) of the burner body (21, 147, 161, 183, 273), so that this periphery (25, 153, 240, 270) attractively supports the circulation of the gas on the outside of the burner body (21, 147, 161, 183, 273) towards the combustion zone (19, 155, 163, 185, 276).
An inhibitor of NC Ca-ATP channel for use in a method of treating intraventricular hemorrhage in the brain of an infant or preventing intraventricular hemorrhage in the brain of an infant at risk for developing intraventricular hemorrhage by administration of said inhibitor to the infant following birth and/or the mother prior to birth.
A system of a chuck (1, 1') for clamping of workpieces or tools in a clamping space with a clamping force and a drive motor, as well as a replacement means for replacing the chuck (1, 1'), the chuck (1, 1') having: - at least two chuck jaws (2, 2') which can move in translation along one clamping plane in the direction of one center Z of the clamping space, the clamping space being formed by faces (2s, 2s') of the chuck jaws (2, 2') and - a purely mechanical gear train which is located at least largely within the chuck for transfer of a driving torque of the drive motor, which can be coupled with the gear train by coupling means of the gear train, to the chuck jaws (2, 2') for moving the chuck jaws (2, 2'), wherein the clamping space is displaceable solely by the drive motor and the movement from the maximum size of the clamping space to the minimum size of the clamping space which is executed by the drive motor via the gear train, characterized in that the coupling means are able to be coupled by automation with the corresponding coupling connection of the drive motor, wherein the coupling means comprise mechanical alignment means in the form of an approach bevel, which surrounds the drive shaft, for the automatic alignment during coupling of the chuck with the drive motor, wherein the approach bevel interacts with a corresponding approach bevel of the coupling connection of the drive motor in the form of a tongue- and-groove connection during coupling. - at least two chuck jaws (2, 2') which can move in translation along one clamping plane in the direction of one center Z of the clamping space, the clamping space being formed by faces (2s, 2s') of the chuck jaws (2, 2') and - a purely mechanical gear train which is located at least largely within the chuck for transfer of a driving torque of the drive motor, which can be coupled with the gear train by coupling means of the gear train, to the chuck jaws (2, 2') for moving the chuck jaws (2, 2'),
Household appliance, in particular refrigerator, with a door, which can tilt about a tilt axis, and a braking device for damping the tilt motion of the door, characterised in that a transferring unit is provided, for transferring the rotation of the tilt axis to a braking axis during the tilt motion of the door, which is offset relative to the tilt axis, and the braking device is in functional cooperation with the braking axis.
An inductive heater comprising: a ferrite base defining a peripheral sidewall, a central core, a bottom wall, and a cavity disposed between the peripheral sidewall and the central core and defined by the peripheral sidewall, the central core and the bottom wall, the ferrite base being formed of a ferrite oxide having a transition metal element; and magnetic wire disposed within the cavity and wound around the central core to form an induction coil; wherein the inductive heater comprises a non-metallic cover plate disposed on top of the ferrite base and a ferromagnetic bottom plate disposed on a top surface of the non-metallic cover plate and being formed of a material having a higher loss property than that of ferrite base, wherein the induction coil is selectively energized to produce magnetic flux, which is constrained in a continuous path through the peripheral sidewall, the bottom wall, and the core of the ferrite base and the ferromagnetic bottom plate and alternating magnetic polarizations that generate heat due to the higher loss property of the ferromagnetic bottom plate, characterised by the heat being conductively transferred to a heating target disposed above the ferromagnetic bottom plate, the ferromagnetic bottom plate remaining cool during heating of the heating target and being removable relative to the non-metallic cover plate after the heating target is heated. a ferrite base defining a peripheral sidewall, a central core, a bottom wall, and a cavity disposed between the peripheral sidewall and the central core and defined by the peripheral sidewall, the central core and the bottom wall, the ferrite base being formed of a ferrite oxide having a transition metal element; and magnetic wire disposed within the cavity and wound around the central core to form an induction coil; wherein the inductive heater comprises a non-metallic cover plate disposed on top of the ferrite base and a ferromagnetic bottom plate disposed on a top surface of the non-metallic cover plate and being formed of a material having a higher loss property than that of ferrite base,
A cup impactor assembly comprising: a shaft; a cup coupler at a cup end of the shaft adapted to releasably connect a cup in fixed relation; a handle at an impacting end of the shaft; and a visual guide mounted to at least one of the shaft and the handle, the visual guide producing visual guidance for pointing at at least two landmarks of the pelvis or fixed relative to the pelvis, based on a pre-planned patient-specific relation between the at least two landmarks and a desired acetabular cup orientation relative to the landmarks, characterised in that the visual guide has a body supporting light sources emitting at least two light beams, wherein a first of the two light beams is configured to point at a first of the two landmarks, and a second of the two light beams is configured to point at a second of the two landmarks. a shaft; a cup coupler at a cup end of the shaft adapted to releasably connect a cup in fixed relation; a handle at an impacting end of the shaft; and a visual guide mounted to at least one of the shaft and the handle, the visual guide producing visual guidance for pointing at at least two landmarks of the pelvis or fixed relative to the pelvis, based on a pre-planned patient-specific relation between the at least two landmarks and a desired acetabular cup orientation relative to the landmarks, characterised in that the visual guide has a body supporting light sources emitting at least two light beams, wherein a first of the two light beams is configured to point at a first of the two landmarks, and a second of the two light beams is configured to point at a second of the two landmarks.
A composition comprising at least one propylene/a-olefin block interpolymer, comprising hard blocks and soft blocks, wherein the propylene/a-olefin block interpolymer is characterized by a molecular weight distribution, M w /M n, in the range of from 1.4 to 2.8 and an average block index greater than zero and up to 1.0; and, wherein the propylene/a-olefin block interpolymer is mesophase separated, wherein the propylene/a-olefin block copolymer comprises domains wherein the domains have a smallest dimension in the range of from 40 nm to 300 nm.
An element (110, 220) comprising: at least one aero- or hydrodynamic surface; and at least one oscillatory vorticity generator device (130, 200), the oscillatory vorticity generator device comprising: four side walls having proximal and distal ends; a connector connecting the walls at their proximal ends; wherein the walls and the connector form a cavity within the element, wherein the distal ends of the four walls are connected to an opening within the aero- or hydrodynamic surface; and wherein two of the four walls are main walls, positioned opposite to each other; at least one actuator mounted on at least one of the main walls, such that when activated the at least one activator in conjunction with the at least one main wall produce oscillatory pressures within the cavity; and wherein the opening is contiguous with the distal ends of the four walls. at least one aero- or hydrodynamic surface; and at least one oscillatory vorticity generator device (130, 200), the oscillatory vorticity generator device comprising: four side walls having proximal and distal ends; a connector connecting the walls at their proximal ends; wherein the walls and the connector form a cavity within the element, wherein the distal ends of the four walls are connected to an opening within the aero- or hydrodynamic surface; and wherein two of the four walls are main walls, positioned opposite to each other; four side walls having proximal and distal ends; a connector connecting the walls at their proximal ends; wherein the walls and the connector form a cavity within the element, wherein the distal ends of the four walls are connected to an opening within the aero- or hydrodynamic surface; and wherein two of the four walls are main walls, positioned opposite to each other; at least one actuator mounted on at least one of the main walls, such that when activated the at least one activator in conjunction with the at least one main wall produce oscillatory pressures within the cavity; and wherein the opening is contiguous with the distal ends of the four walls.
A copper alloy comprising hard particles and optionally solid lubricants, the copper alloy being an alloy of the type: CuNi6Sn5Fe2P0,15, comprising 5.5 to 6.4% of Ni, 4.5 to 5.4% of Sn, 1.5 to 2.4% of Fe, 0.145 to 0.154% of P and as balance (Cu) and inevitable impurities, or a copper alloy of the type CuSn5Ni4Fe2P0,15, comprising 4.5 to 5.4% of Sn, 3.5 to 4.4% ofNi, 1.5 to 2.4% of Fe, 0.145 to 0.154% of P and as balance Cu and inevitable impurities.
A nutritional composition comprising a) 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and b1) 0.5 to 20 wt.% phospholipids based on total lipid and/or b2) 0.6 to 25 wt.% of polar lipids based on total lipids, wherein polar lipids are the sum of phospholipids, glycosphingolipids and cholesterol, and said composition comprising lipid globules with a core comprising said vegetable lipids and a coating comprising said phospholipids or polar lipids for use in altering brain membrane fatty acid composition selected from the group consisting of i) increasing brain membrane fluidity, ii) increasing brain membrane PUFA, iii) increasing brain membrane LC-PUFA, iv) decreasing ratio of brain membrane n6/n3 LC-PUFA, v) decreasing ratio of brain membrane n6/n3 PUFA, vi) increasing brain membrane n3 PUFA, vii) increasing brain membrane n3 LC-PUFA and viii) increasing brain membrane DHA, in a human subject. a) 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and b1) 0.5 to 20 wt.% phospholipids based on total lipid and/or b2) 0.6 to 25 wt.% of polar lipids based on total lipids, wherein polar lipids are the sum of phospholipids, glycosphingolipids and cholesterol,
A vibration damper for a wind energy installation comprising a nacelle which is arranged on a tower of the wind energy installation and a rotor comprising at least one rotor blade, wherein the vibration damper comprises at least one substantially "U"-shaped tuned liquid column damper (TLCD) (70, 70') comprising riser tubes (72, 72') and a horizontal tube (74, 74') for receiving a liquid, wherein the TLCD (70, 70') consists of a plurality of individual parts which can be assembled or are assembled in a tower of a wind energy installation so as to form the TLCD (70, 70'), wherein each two of the individual parts of the TLCD (70, 70') each comprise a riser tube (72, 72'), characterised in that the vibration damper comprises connecting means (75, 76, 76') which are constructed in the form of tube connections with couplings (76, 76'), with which connecting means (75, 76, 76') each of the individual parts of each TLCD can be connected or are connected to one another by assembling the pipe connections by means of a coupling (76, 76') in each case.
Extractor hood, which has at least one air passage (50, 51, 151, 152, 153) and at least one cover (12, 22, 32), which is assigned to an air passage (50, 51, 151, 152, 153), wherein the cover (12, 22, 32) can be moved relative to the assigned air passage (50, 51, 151, 152, 153) and in a rest position is accommodated at least partially on a holder, characterised in that in the rest position the cover (12, 22, 32) closes the assigned air passage (50, 51, 151, 152, 153) and in an operating position uncovers an edge gap (14, 24, 34) and that the edge (121, 221, 321) of the cover (12, 22, 32) is chamfered such that the cover (12, 22, 32) tapers in the direction of the assigned air passage (50, 51, 151, 152, 153).
A method of wireless communication implemented by a first communication device, comprising: receiving a signaling message, the signaling message configuring a flexible transport block, TB, extending over more than one slot within a current transmission opportunity, wherein the flexible TB comprise a plurality of code block groups, CBGs, each of the CBGs comprising a plurality of code blocks and the signaling message comprises a grant for each slot of the more than one slot; and receiving a first portion of the flexible TB, based on the received signaling message, the method characterized in that receiving the first portion of the flexible TB further comprises receiving a subset of the CBGs of the flexible TB in a slot of the more than one slot with a Hybrid automatic repeat request, HARQ, process identifier, ID, of the TB, and a new data indicator, NDI, without sending an Acknowledgement/Negative Acknowledgement, ACK/NACK, for the received CBGs until an expected number of CBGs has been received. receiving a signaling message, the signaling message configuring a flexible transport block, TB, extending over more than one slot within a current transmission opportunity, wherein the flexible TB comprise a plurality of code block groups, CBGs, each of the CBGs comprising a plurality of code blocks and the signaling message comprises a grant for each slot of the more than one slot; and receiving a first portion of the flexible TB, based on the received signaling message, the method characterized in that receiving the first portion of the flexible TB further comprises receiving a subset of the CBGs of the flexible TB in a slot of the more than one slot with a Hybrid automatic repeat request, HARQ, process identifier, ID, of the TB, and a new data indicator, NDI, without sending an Acknowledgement/Negative Acknowledgement, ACK/NACK, for the received CBGs until an expected number of CBGs has been received.
Patch panel, in particular for optical waveguides, comprising: a housing with a housing bottom, housing side walls having side attachment sections that are bent in a rectangular manner and respectively have two mounting holes for attaching the patch panel at a cable cabinet, and optionally a housing cover that can be attached thereto; and at least one splice cassette that can be inserted into the housing and that has a splice cassette bottom, a splice cassette back wall having optical waveguide cable inlets with optical waveguide cable fasteners; a cassette holder that is located therein, as well as a perpendicular front wall with connector holders for the optical waveguide plugs that exit from the splice cassette; characterized by having a dismountable front plate (26, 28) with at least one section corresponding to the couplings that are to be plugged in at the optical waveguide plugs and lateral front plate attachment sections with respectively one screw hole for attaching the front plate (26, 28) at one of the two mounting holes and a section for the other mounting hole of one of the side attachment sections of the housing. a housing with a housing bottom, housing side walls having side attachment sections that are bent in a rectangular manner and respectively have two mounting holes for attaching the patch panel at a cable cabinet, and optionally a housing cover that can be attached thereto; and at least one splice cassette that can be inserted into the housing and that has a splice cassette bottom, a splice cassette back wall having optical waveguide cable inlets with optical waveguide cable fasteners; a cassette holder that is located therein, as well as a perpendicular front wall with connector holders for the optical waveguide plugs that exit from the splice cassette; characterized by having a dismountable front plate (26, 28) with at least one section corresponding to the couplings that are to be plugged in at the optical waveguide plugs and lateral front plate attachment sections with respectively one screw hole for attaching the front plate (26, 28) at one of the two mounting holes and a section for the other mounting hole of one of the side attachment sections of the housing.