mhurhangee/patent-ind-claim-en huggingface dataset:
Short-pulse laser eye surgery system for treating an eye , comprising - a short-pulse laser eye surgery apparatus for generating a laser beam for treating the eye , - a liquid/patient interface for fixing the eye , the liquid/patient interface comprising a cavity for receiving a liquid, the cavity being arranged downstream from an output element of the liquid/patient interface in a direction of the laser beam and being open and sealable by the eye on a side remote from the output element , the short-pulse laser eye surgery apparatus comprising the following features: -- a beam generation device for emitting optical measurement beams from the short-pulse laser eye surgery apparatus into the liquid/patient interface , -- a detection device for detecting reflection and/or backscattering and/or transmission of the optical measurement beams from the liquid/patient interface in the short-pulse laser eye surgery apparatus , -- a determination device for determining at least one first measurement value out of the detected reflection and/or backscattering and/or transmission of the optical measurement beams, characterised in that the short-pulse laser eye surgery apparatus further comprises -- a comparison device for comparing the at least one first measurement value with a reference value to determine the fill level of the liquid in the cavity , the reference value being a fixedly predetermined reference value or the reference value being a second measurement value which was determined from reflection and/or backscattering and/or transmission of optical measurement beams while the cavity , sealed by the eye , was substantially completely filled with the liquid. - a short-pulse laser eye surgery apparatus for generating a laser beam for treating the eye , - a liquid/patient interface for fixing the eye , the liquid/patient interface comprising a cavity for receiving a liquid, the cavity being arranged downstream from an output element of the liquid/patient interface in a direction of the laser beam and being open and sealable by the eye on a side remote from the output element , -- a beam generation device for emitting optical measurement beams from the short-pulse laser eye surgery apparatus into the liquid/patient interface , -- a detection device for detecting reflection and/or backscattering and/or transmission of the optical measurement beams from the liquid/patient interface in the short-pulse laser eye surgery apparatus , -- a determination device for determining at least one first measurement value out of the detected reflection and/or backscattering and/or transmission of the optical measurement beams, -- a comparison device for comparing the at least one first measurement value with a reference value to determine the fill level of the liquid in the cavity ,
An automotive lighting device comprising: - a cooling device comprising: a heat sink intended to be in thermal contact with the light source, a plurality of fins in direct thermal contact with the heat sink ; - at least one light source arranged in thermal contact with the heat sink ; wherein: - the cooling device comprises at least four fins , characterised in that each fin comprises a base in direct contact with the heat sink, the base comprising first and second sides parallel to a first direction (d1) and third and fourth sides shorter than the first and second sides, the third side being oriented according to a second direction (d2) forming an angle between 25o and 75o with respect to the first direction (d1), wherein the four fins are arranged so that there is a passage parallel to the first direction between two of the four fins and the other two and there is a passage parallel to the second direction between two of the four fins and the other two. - a cooling device comprising: a heat sink intended to be in thermal contact with the light source, a plurality of fins in direct thermal contact with the heat sink ; a heat sink intended to be in thermal contact with the light source, a plurality of fins in direct thermal contact with the heat sink ; - at least one light source arranged in thermal contact with the heat sink ; wherein: - the cooling device comprises at least four fins , characterised in that each fin comprises a base in direct contact with the heat sink, the base comprising first and second sides parallel to a first direction (d1) and third and fourth sides shorter than the first and second sides, the third side being oriented according to a second direction (d2) forming an angle between 25o and 75o with respect to the first direction (d1), wherein the four fins are arranged so that there is a passage parallel to the first direction between two of the four fins and the other two and there is a passage parallel to the second direction between two of the four fins and the other two. - the cooling device comprises at least four fins , characterised in that each fin comprises a base in direct contact with the heat sink, the base comprising first and second sides parallel to a first direction (d1) and third and fourth sides shorter than the first and second sides, the third side being oriented according to a second direction (d2) forming an angle between 25o and 75o with respect to the first direction (d1), wherein the four fins are arranged so that there is a passage parallel to the first direction between two of the four fins and the other two and there is a passage parallel to the second direction between two of the four fins and the other two.
A device comprising: - a semiconductor structure comprising a light emitting layer; - a luminescent material positioned in a path of light emitted by the light emitting layer; and - a thermal coupling material disposed in a transparent material ; wherein: - the thermal coupling material is non-wavelength converting of light emitted by the light emitting layer; - the thermal coupling material has a thermal conductivity greater than a thermal conductivity of the transparent material; - the thermal coupling material is positioned to dissipate heat from the luminescent material; and - an index of refraction of the thermal coupling material differs from an index of refraction of the transparent material by less than 10%; and wherein: - the luminescent material is a powder phosphor disposed in the transparent material ; and - the thermal coupling material is a powder; characterized in that the thermal coupling material powder has a median particle size greater than a median particle size of the powder phosphor. - a semiconductor structure comprising a light emitting layer; - a luminescent material positioned in a path of light emitted by the light emitting layer; and - a thermal coupling material disposed in a transparent material ; wherein: - the thermal coupling material is non-wavelength converting of light emitted by the light emitting layer; - the thermal coupling material has a thermal conductivity greater than a thermal conductivity of the transparent material; - the thermal coupling material is positioned to dissipate heat from the luminescent material; and - an index of refraction of the thermal coupling material differs from an index of refraction of the transparent material by less than 10%; and wherein: - the luminescent material is a powder phosphor disposed in the transparent material ; and - the thermal coupling material is a powder;
A terminal apparatus comprising: a coding unit configured to map, to a set of resource elements: a first sequence for an uplink shared channel, UL-SCH; a second sequence for a channel state information, CSI, -part 1; and a third sequence for a CSI-part 2, wherein each of the resource elements of the set is identified by an index pair formed of a subcarrier index for a physical uplink shared channel, PUSCH, and an orthogonal frequency division multiplexing, OFDM, symbol index for the PUSCH; and a transmitter configured to transmit the PUSCH, characterized in that the first sequence is mapped to a resource element group, the resource element group being formed of resource elements of one or multiple second antenna ports, the resource elements of the resource element group having the index pairs being the same as the index pairs of the resource elements of one or multiple first antenna ports to which an uplink phase tracking reference signal, UL PTRS, corresponding to the first antenna port is mapped, the second sequence is mapped avoiding the resource element group, the mapping of the second sequence is given, the giving of the mapping of the second sequence is based on the resource element group, the third sequence is mapped to the resource element group, and the resource element group is given based on a number of hybrid automatic repeat request acknowledgement, HARQ-ACK, bits mapped to the PUSCH. a coding unit configured to map, to a set of resource elements: a first sequence for an uplink shared channel, UL-SCH; a second sequence for a channel state information, CSI, -part 1; and a third sequence for a CSI-part 2, a first sequence for an uplink shared channel, UL-SCH; a second sequence for a channel state information, CSI, -part 1; and a third sequence for a CSI-part 2, wherein each of the resource elements of the set is identified by an index pair formed of a subcarrier index for a physical uplink shared channel, PUSCH, and an orthogonal frequency division multiplexing, OFDM, symbol index for the PUSCH; and a transmitter configured to transmit the PUSCH, characterized in that the first sequence is mapped to a resource element group, the resource element group being formed of resource elements of one or multiple second antenna ports, the resource elements of the resource element group having the index pairs being the same as the index pairs of the resource elements of one or multiple first antenna ports to which an uplink phase tracking reference signal, UL PTRS, corresponding to the first antenna port is mapped, the second sequence is mapped avoiding the resource element group, the mapping of the second sequence is given, the giving of the mapping of the second sequence is based on the resource element group, the third sequence is mapped to the resource element group, and the resource element group is given based on a number of hybrid automatic repeat request acknowledgement, HARQ-ACK, bits mapped to the PUSCH.
An absorbent article comprising a liquid permeable topsheet, a liquid impermeable backsheet and an absorbent core positioned between said topsheet and said backsheet, said absorbent core comprising absorbent material selected from the group consisting of cellulose fibers, superabsorbent polymers and combinations thereof, wherein said absorbent material is contained within at least one core wrap substrate enclosing said absorbent material, and wherein a top layer of said core wrap is bonded via a hot melt adhesive to a bottom layer of said core wrap at one or more attachment zones to form one or more channels substantially free of absorbent material, characterized in that said hot melt adhesive is selected from the group consisting of rubber-based adhesives, adhesives having a viscosity of at least 5500 mPa·s at 150°C and rubber-based adhesives having a viscosity of at least 5500 mPa·s at 150°C.
A bandage , in particular designed as protector , wherein the bandage can be applied around an extremity, namely a joint, characterized in that the bandage has a plurality of elastic strips (8a-8d) on a side applied to the extremity, wherein elastic strips (8a-8d) first extend laterally, starting laterally at the joint, and are then redirected downwards, and wherein further elastic strips (8a-8d) extend upwards obliquely to the sides, and wherein elastic strips (8a-8d) are omitted in a central region , which is designed to be roundish.
A recharge system for a battery system for a vehicle , said recharge system comprising a recharge station comprising a support element and a mobile arm carried by said support element , said mobile arm comprising an end element and an intermediate connection element , said intermediate element being carried by said support element so that said end element can move with at least two degrees of freedom in respect to said support element , said end element comprising electric connection means carried by said end element so that said electric connection means can move with at least two degrees of freedom in respect to said end element , said electric connection means being configured to be coupled with an electric connection element carried by said vehicle so as to enable the charging of said battery system, characterised in that said intermediate element comprises a first end hinged in respect to said support element and comprises a portion configured such that it enables to change the distance between said first end and a second end of said intermediate element and wherein said end element is hinged in respect to an end portion of said intermediate element and said electric connection means are carried by said end element by means of handling means configured to at least vary the distance of said electric connection means in respect to said end element between a minimum and a maximum distance.
Cell connector structure for a rechargeable battery pack for supplying electrical drive power (AL) to an electrically driven gardening and/or forestry work appliance , wherein the cell connector structure has: - a plurality of cell connectors , wherein the cell connectors are designed for electrically connecting rechargeable battery cells , - at least one cell connector element , wherein the cell connectors and the at least one cell connector element are designed for being arranged on one another and for being secured against becoming detached from one another, - a plurality of voltage tap elements , wherein the voltage tap elements have voltage tap cables , wherein the voltage tap cables are designed for being electrically connected to the cell connectors , and - at least one tap element body , wherein the voltage tap elements and the at least one tap element body are designed for being arranged on another and for being secured against becoming detached from one another, - wherein the at least one cell connector element with the cell connectors and the at least one tap element body with the voltage tap elements are designed for being mechanically connected to one another, - wherein the voltage tap elements and the at least one tap element body are different, - wherein the voltage tap elements and the at least one tap element body are designed for being connected to one another with a snap action. - a plurality of cell connectors , wherein the cell connectors are designed for electrically connecting rechargeable battery cells , - at least one cell connector element , wherein the cell connectors and the at least one cell connector element are designed for being arranged on one another and for being secured against becoming detached from one another, - a plurality of voltage tap elements , wherein the voltage tap elements have voltage tap cables , wherein the voltage tap cables are designed for being electrically connected to the cell connectors , and - at least one tap element body , wherein the voltage tap elements and the at least one tap element body are designed for being arranged on another and for being secured against becoming detached from one another, - wherein the at least one cell connector element with the cell connectors and the at least one tap element body with the voltage tap elements are designed for being mechanically connected to one another, - wherein the voltage tap elements and the at least one tap element body are different, - wherein the voltage tap elements and the at least one tap element body are designed for being connected to one another with a snap action.
A water-cooled column for a circulating fluidized bed boiler furnace, wherein the water-cooled column is formed by connecting membrane water-cooled walls , and characterized in that the water-cooled column comprises: a lower section (A) configured to be a single column and provided with inner secondary air ports on a side wall thereof; an upper section comprising a plurality of sub-columns (B-F); and a transition section, through which the membrane water-cooled walls at the lower section (A) extend to the upper section, wherein each of the sub-columns (B-F) is formed by connecting extension portions extending upward from respective membrane water-cooled walls in the membrane water-cooled walls which are connected to form the lower section (A), and the plurality of sub-columns (B-F) are separated from each other. a lower section (A) configured to be a single column and provided with inner secondary air ports on a side wall thereof; an upper section comprising a plurality of sub-columns (B-F); and a transition section, through which the membrane water-cooled walls at the lower section (A) extend to the upper section, wherein each of the sub-columns (B-F) is formed by connecting extension portions extending upward from respective membrane water-cooled walls in the membrane water-cooled walls which are connected to form the lower section (A), and the plurality of sub-columns (B-F) are separated from each other.
Ilumination device for a motor vehicle (K), the illumination device having at least two transparent elements and at least one light (L) emitting light source , the light (L) of which is conducted through the transparent elements and decoupled therefrom in at least one light main emission direction (LH), wherein the transparent elements are optically separated from one another transversely to the at least one light main emission direction (LH) by at least one opaque element , wherein both the transparent elements and the at least one opaque element are integrally connected to one another; wherein the illumination device has at least one end-side light entry surface (LE) and at least one end-side light exit surface (LA) of the transparent elements , opposite to the at least one end-side light entry surface (LE), for decoupling the light (L) in at least one light main emission direction (LH) and therewith implementing at least one light function; and wherein at least one further external surface (A) of the respective transparent element , from which light (L) is diffusely decoupled at least regionally, is arranged between these surfaces (LE, LA) approximately perpendicular to these surfaces (LE, LA); wherein the at least one light function is selected among at least one of the following: a brake light, a travel direction indicator, a reversing light, and a fog taillight; wherein least part of the at least one further external surface (A) protrudes from the motor vehicle (K), when the illumination device is mounted to the vehicle (K). wherein the transparent elements are optically separated from one another transversely to the at least one light main emission direction (LH) by at least one opaque element , wherein both the transparent elements and the at least one opaque element are integrally connected to one another; wherein the illumination device has at least one end-side light entry surface (LE) and at least one end-side light exit surface (LA) of the transparent elements , opposite to the at least one end-side light entry surface (LE), for decoupling the light (L) in at least one light main emission direction (LH) and therewith implementing at least one light function; and wherein at least one further external surface (A) of the respective transparent element , from which light (L) is diffusely decoupled at least regionally, is arranged between these surfaces (LE, LA) approximately perpendicular to these surfaces (LE, LA); wherein the at least one light function is selected among at least one of the following: a brake light, a travel direction indicator, a reversing light, and a fog taillight; wherein least part of the at least one further external surface (A) protrudes from the motor vehicle (K), when the illumination device is mounted to the vehicle (K).
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information on identifiers on control resource sets, CORESETs; receiving, from the base station, first downlink control information, DCI, for scheduling of a first physical downlink shared channel, PDSCH, wherein the first DCI is associated with a first identifier of a CORESET, and the CORESET of the first identifier is for a first transmission and reception point, TRP; receiving, from the base station, second DCI for scheduling of a second PDSCH, wherein the second DCI is associated with a second identifier of the CORESET, and the CORESET of the second identifier is for a second TRP; identifying whether a first bandwidth part, BWP indicator included in the first DCI and a second BWP indicator included in the second DCI indicate the same value or not; and receiving, from the base station, the first PDSCH and the second PDSCH, in case that the first BWP indicator and the second BWP indicator indicate the same value. receiving, from a base station, configuration information on identifiers on control resource sets, CORESETs; receiving, from the base station, first downlink control information, DCI, for scheduling of a first physical downlink shared channel, PDSCH, wherein the first DCI is associated with a first identifier of a CORESET, and the CORESET of the first identifier is for a first transmission and reception point, TRP; receiving, from the base station, second DCI for scheduling of a second PDSCH, wherein the second DCI is associated with a second identifier of the CORESET, and the CORESET of the second identifier is for a second TRP; identifying whether a first bandwidth part, BWP indicator included in the first DCI and a second BWP indicator included in the second DCI indicate the same value or not; and receiving, from the base station, the first PDSCH and the second PDSCH, in case that the first BWP indicator and the second BWP indicator indicate the same value.