mhurhangee/ep-ind-claims huggingface dataset:
Housed semiconductor component, comprising a heat sink, wherein - the heat sink has an upper side, a lower side, side surfaces connecting the upper side with the lower side and a cooling structure, which extends within the heat sink, with a feed line (16.1) as well as a drain line (16.2) for a cooling medium, the heat sink consisting of an electrically conductive material with a first thermal coefficient of expansion at the upper side and a second thermal coefficient of expansion at the lower side, - a respective die (14.1, 14.2) is arranged on each of the upper side and the lower side of the heat sink and is electrically conductively connected with the heat sink, - the thermal coefficient of expansion of each of the upper side and the lower side of the heat sink corresponds with the thermal coefficient of expansion of the die (14.1, 14.2) arranged thereon or differs by at most 10% or at most 20% from the thermal coefficient of expansion of the die (14.1, 14.2) arranged thereon, - the heat sink is fastened by one of the side surfaces to an electrically insulating carrier, - two terminal pins are secured to the carrier and - the heat sink together with the dies (14.1, 14.2) and a part of the terminal pins are surrounded by an encapsulating material. - the heat sink has an upper side, a lower side, side surfaces connecting the upper side with the lower side and a cooling structure, which extends within the heat sink, with a feed line (16.1) as well as a drain line (16.2) for a cooling medium, the heat sink consisting of an electrically conductive material with a first thermal coefficient of expansion at the upper side and a second thermal coefficient of expansion at the lower side, - a respective die (14.1, 14.2) is arranged on each of the upper side and the lower side of the heat sink and is electrically conductively connected with the heat sink, - the thermal coefficient of expansion of each of the upper side and the lower side of the heat sink corresponds with the thermal coefficient of expansion of the die (14.1, 14.2) arranged thereon or differs by at most 10% or at most 20% from the thermal coefficient of expansion of the die (14.1, 14.2) arranged thereon, - the heat sink is fastened by one of the side surfaces to an electrically insulating carrier, - two terminal pins are secured to the carrier and - the heat sink together with the dies (14.1, 14.2) and a part of the terminal pins are surrounded by an encapsulating material.
A vehicle body rear structure, comprising: a wheel house which is located on one side in a rear of a vehicle and houses a rear wheel; a suspension tower plate that is coupled to the wheel house and supports an upper end portion of a suspension which supports the rear wheel; a bracket package tray that is located inside the extended portion in a vehicle width direction and on a vehicle rear side of the upper back cross-sectional portion and has a front end portion which is joined to the upper bask cross-sectional portion; a roof side inner that is located on a vehicle top side of the extended portion and has a lower end portion which is joined to an upper end portion of the extended portion; a roof side outer that is located outside the extended portion and the roof side inner in a vehicle width direction and which has a lower end portion which is joined to the wheel house, a front end portion which is joined to the upper back cross-sectional portion, and a rear end portion which is joined to the bracket package tray; characterised in that it further comprises: an upper ack cross-sectional portion that is located inside an extended portion which extends toward a top of the vehicle from the wheel house in a vehicle width direction and forms a skeleton that is elongated in a vehicle width direction; and a bulk that couples the roof side outer and the upper back cross-sectional portion. a wheel house which is located on one side in a rear of a vehicle and houses a rear wheel; a suspension tower plate that is coupled to the wheel house and supports an upper end portion of a suspension which supports the rear wheel; a bracket package tray that is located inside the extended portion in a vehicle width direction and on a vehicle rear side of the upper back cross-sectional portion and has a front end portion which is joined to the upper bask cross-sectional portion; a roof side inner that is located on a vehicle top side of the extended portion and has a lower end portion which is joined to an upper end portion of the extended portion; a roof side outer that is located outside the extended portion and the roof side inner in a vehicle width direction and which has a lower end portion which is joined to the wheel house, a front end portion which is joined to the upper back cross-sectional portion, and a rear end portion which is joined to the bracket package tray; characterised in that it further comprises: an upper ack cross-sectional portion that is located inside an extended portion which extends toward a top of the vehicle from the wheel house in a vehicle width direction and forms a skeleton that is elongated in a vehicle width direction; and a bulk that couples the roof side outer and the upper back cross-sectional portion. an upper ack cross-sectional portion that is located inside an extended portion which extends toward a top of the vehicle from the wheel house in a vehicle width direction and forms a skeleton that is elongated in a vehicle width direction; and a bulk that couples the roof side outer and the upper back cross-sectional portion.
Drive system for driving a crusher of a material comminution plant, having a main drive and a transfer gearbox driven by the main drive, the transfer gearbox driving at least one generator and a first hydraulic pump connected in a switchable manner to the transfer gearbox, characterised in that a switchable fluid coupling is connected in the transmission path from the transfer gearbox to the crusher, in that the switchable fluid coupling and a pump are fluidically connected to one another in a pump circuit, and in that a fluid can be fed to the switchable fluid coupling by means of the pump.
An information processing apparatus (12;13A;13B) comprising: a first generator configured to generate first shaping data for shaping a first solid object, said first solid object representing identification information allowing identification of a shaping unit for shaping solid objects, wherein the shaping unit is a 3D printer; wherein the first solid object is in a form of a three-dimensionally shaped pattern in which a plurality of layer regions are stacked and at least one pair of adjacent ones of the layer regions differ from each other in at least one feature quantity, wherein the feature quantity is a value representing visually or mechanically distinguishable features of the adjacent layer regions; a second generator (16C;17C) configured to generate third shaping data that includes second shaping data for shaping a second solid object serving as a shaping target and also includes the first shaping data, the third shaping data being used for shaping a third solid object in which the first solid object is arranged in the second solid object; and a shaping controller configured to control the shaping unit to shape the third solid object using the third shaping data. a first generator configured to generate first shaping data for shaping a first solid object, said first solid object representing identification information allowing identification of a shaping unit for shaping solid objects, wherein the shaping unit is a 3D printer; wherein the first solid object is in a form of a three-dimensionally shaped pattern in which a plurality of layer regions are stacked and at least one pair of adjacent ones of the layer regions differ from each other in at least one feature quantity, wherein the feature quantity is a value representing visually or mechanically distinguishable features of the adjacent layer regions; a second generator (16C;17C) configured to generate third shaping data that includes second shaping data for shaping a second solid object serving as a shaping target and also includes the first shaping data, the third shaping data being used for shaping a third solid object in which the first solid object is arranged in the second solid object; and a shaping controller configured to control the shaping unit to shape the third solid object using the third shaping data.
A lubricating composition comprising: (a) an oil of lubricating viscosity; and (b) 0.5 to 30 percent by weight of a poly(meth)acrylate viscosity modifier polymer having a weight average molecular weight of at least 200,000 and comprising (i) 15 weight percent to 35 weight percent monomer units of methyl (meth)acrylate, (ii) 0 to 10 weight percent monomer units of one or more C 2 -C 6 alkyl (meth)acrylates, (iii) 50 to 85 weight percent monomer units of one or more C 8 -C 30 alkyl (meth)acrylates, and (iv) 1 to 8 weight percent monomer units of one or more nitrogen-containing monomers. (a) an oil of lubricating viscosity; and (b) 0.5 to 30 percent by weight of a poly(meth)acrylate viscosity modifier polymer having a weight average molecular weight of at least 200,000 and comprising (i) 15 weight percent to 35 weight percent monomer units of methyl (meth)acrylate, (ii) 0 to 10 weight percent monomer units of one or more C 2 -C 6 alkyl (meth)acrylates, (iii) 50 to 85 weight percent monomer units of one or more C 8 -C 30 alkyl (meth)acrylates, and (iv) 1 to 8 weight percent monomer units of one or more nitrogen-containing monomers. (i) 15 weight percent to 35 weight percent monomer units of methyl (meth)acrylate, (ii) 0 to 10 weight percent monomer units of one or more C 2 -C 6 alkyl (meth)acrylates, (iii) 50 to 85 weight percent monomer units of one or more C 8 -C 30 alkyl (meth)acrylates, and (iv) 1 to 8 weight percent monomer units of one or more nitrogen-containing monomers.
A method for acquiring context configuration information, comprising: determining, by a terminal device, a connection recovery request message, the connection recovery request message being used for the terminal device to request for recovering or establishing a connection with an access network device, the connection recovery request message comprising network node information, the network node information being used to indicate a network node, the network node being an anchor access network device or a core network device, the network node storing context configuration information of all terminal devices within coverage of the network node, and the terminal device being within the coverage of the network node; and sending, by the terminal device, the connection recovery request message to the access network device; wherein the access network device is in the paging region where the terminal resides, the paging region is a paging region pre-configured for the terminal device by a core network device, the paging region includes one or more access network devices, one of the one or more access network devices is an anchor access network device, and the anchor access network device stores context configuration information of all the terminal devices in the paging region. determining, by a terminal device, a connection recovery request message, the connection recovery request message being used for the terminal device to request for recovering or establishing a connection with an access network device, the connection recovery request message comprising network node information, the network node information being used to indicate a network node, the network node being an anchor access network device or a core network device, the network node storing context configuration information of all terminal devices within coverage of the network node, and the terminal device being within the coverage of the network node; and sending, by the terminal device, the connection recovery request message to the access network device; wherein the access network device is in the paging region where the terminal resides, the paging region is a paging region pre-configured for the terminal device by a core network device, the paging region includes one or more access network devices, one of the one or more access network devices is an anchor access network device, and the anchor access network device stores context configuration information of all the terminal devices in the paging region.
Virtual Reality glasses comprising: a glasses body; a cover plate fixedly attached to the glasses body; and a receiving space formed between the glasses body and the cover plate, wherein the receiving space is configured to receive an electronic device, wherein a support pad is provided on a side of the cover plate that is facing towards the glasses body, characterized in that a surface of the support pad includes a plurality of projections, such that when the electronic device is placed into the receiving space, the plurality of projections are configured to deform and generate a support force towards the electronic device, so as to press against and hold the electronic device in the receiving space, and wherein the support pad is made of elastic material. a glasses body; a cover plate fixedly attached to the glasses body; and a receiving space formed between the glasses body and the cover plate, wherein the receiving space is configured to receive an electronic device, wherein a support pad is provided on a side of the cover plate that is facing towards the glasses body, characterized in that a surface of the support pad includes a plurality of projections, such that when the electronic device is placed into the receiving space, the plurality of projections are configured to deform and generate a support force towards the electronic device, so as to press against and hold the electronic device in the receiving space, and wherein the support pad is made of elastic material.
A 2p magnetic pole axial-flux electric motor including: a rotor; and an m-phase stator composed of at least one pair of layers of conductors on which conductor tracks constituting the phases of the stator are arranged, characterized in that the conductor tracks are arranged in half-phases, the conductor tracks comprising access points (85, 95A, 95B, 1104, 1204, 1402, 1502) of an electric current to the half-phases on the inner edge of the stator, the access points (85, 95A, 95B, 1104, 1204, 1402, 1502) allowing an electric current to enter and exit each phase of the stator, and return points (84, 1403, 1503) allow connecting the half-phases together. a rotor; and an m-phase stator composed of at least one pair of layers of conductors on which conductor tracks constituting the phases of the stator are arranged, characterized in that the conductor tracks are arranged in half-phases, the conductor tracks comprising access points (85, 95A, 95B, 1104, 1204, 1402, 1502) of an electric current to the half-phases on the inner edge of the stator, the access points (85, 95A, 95B, 1104, 1204, 1402, 1502) allowing an electric current to enter and exit each phase of the stator, and return points (84, 1403, 1503) allow connecting the half-phases together.
A mounting system for mounting a ceiling or wall device in or on a ceiling or wall, the mounting system comprising a ceiling or wall part for being provided in or on the ceiling or wall, and a device holding part for receiving the ceiling or wall device, the ceiling or wall part and the device holding part comprising connecting means (4a, 4b, 4c) adapted for removably fixing the device holding part to the ceiling or wall part, such that, when installed, the ceiling or wall part is provided on a first side of the ceiling or wall and the device holding part is provided on a second side of the ceiling or wall opposite to the first side, wherein a part of the device holding part is adapted to be provided through a hole of the ceiling or wall, so that the ceiling or wall is clamped between the ceiling or wall part and the device holding part, wherein the connecting means (4a, 4b) on the device holding part and the ceiling or wall part comprise a first part and a second part (4b, 4c) for removably fixing the device holding part to the ceiling or wall part by means of a combination of a linear movement and a rotating movement, and wherein the ceiling or wall part comprises a split, wherein - both sides of the split can be torn away from each other in opposite directions so as to deform the ceiling or wall part to put it through the hole in the ceiling or wall, and characterised in that - the connecting means (4a, 4b, 4c) is further adapted for, when being installed, adjusting the distance between the ceiling or wall part and the device holding part, wherein the connecting means comprise at least one partial screw thread on the device holding part for removably fixing the device holding part by a rotating movement, and further a guide on the device holding part for removably fixing the device holding part by a linear movement and wherein the first part of the connecting means comprises at least one barb or at least one rib on the ceiling or wall part for engaging with the guide and with the partial screw thread. - both sides of the split can be torn away from each other in opposite directions so as to deform the ceiling or wall part to put it through the hole in the ceiling or wall, and characterised in that - the connecting means (4a, 4b, 4c) is further adapted for, when being installed, adjusting the distance between the ceiling or wall part and the device holding part, wherein the connecting means comprise at least one partial screw thread on the device holding part for removably fixing the device holding part by a rotating movement, and further a guide on the device holding part for removably fixing the device holding part by a linear movement and wherein the first part of the connecting means comprises at least one barb or at least one rib on the ceiling or wall part for engaging with the guide and with the partial screw thread.
A braided protective sleeve, comprising: a wall extending along a longitudinal axis of said sleeve, said wall including a plurality of braided monofilament and multifilament yarns forming inner and outer surfaces of said sleeve, said inner surface bounding an internal cavity and said outer surface being exposed to the surrounding environment, said braided yarns being braided with one another in a X/Y braid pattern with X and Y being different numerical values from one another, characterised in that the yarns used in the greater of the X and Y numerical values comprise multifilaments and the yarns used in the lesser of the X and Y numerical values comprise monofilaments.
A method for screening for candidate compounds for hydrating the skin, comprising the following steps: a. bringing at least one test compound in contact with a sample of keratinocytes; b. measuring the intranuclear amount of tonicity-responsive enhancer binding protein (TonEBP) in said keratinocytes; c. selecting the compounds which increase the intranuclear amount of TonEBP in the keratinocytes treated in a. compared with untreated keratinocytes, wherein said method further comprises a step wherein the keratinocytes are osmostressed between steps a. and b. a. bringing at least one test compound in contact with a sample of keratinocytes; b. measuring the intranuclear amount of tonicity-responsive enhancer binding protein (TonEBP) in said keratinocytes; c. selecting the compounds which increase the intranuclear amount of TonEBP in the keratinocytes treated in a. compared with untreated keratinocytes,
Extractor hood that comprises a rear side and two side surfaces and means for generating at least two light cones (140, 150), wherein at least one first light cone is emitted in a direction that is oriented downward onto the surface of the perpendicular projection of the extractor hood, characterised in that the means for generating at least two light cones (140, 150) comprise an illuminating unit and are adapted so that at least one second light cone is emitted in a direction, the horizontal component of which points to the plane, in which the rear side of the extractor hood lies, or to at least one plane, in which one of the two side surfaces of the extractor hood lies that the illuminating unit has a single light source and an optical system, wherein the optical system is connected downstream of the single light source that the at least two light cones (140, 150) are generated by decoupling a portion of the light that is emitted by the single light source. that the illuminating unit has a single light source and an optical system, wherein the optical system is connected downstream of the single light source that the at least two light cones (140, 150) are generated by decoupling a portion of the light that is emitted by the single light source.
A method performed by a network element (130, 220, 330, 430, 520, 620, 630, 1170) of a multiple input multiple output 'MIMO' system, the method comprising: transmitting (152, 154, 1030) downlink control information 'DCI' that contains information regarding transport blocks to be utilized by a user equipment 'UE' (110, 120, 210, 310, 320, 410, 420, 510, 530, 610, 640, 1020, 1100) and regarding dedicated reference signal ports to be utilized by the UE, wherein if the information signifies that one transport block is used, a first set of layer combinations or associated combinations of dedicated reference signal ports is to be utilized by the UE, and wherein if the information signifies that two transport blocks are used, a second set of layer combinations or associated combinations of dedicated reference signal ports is to be utilized by the UE, and wherein up to eight dedicated reference signal ports are indicated for use by the UE. transmitting (152, 154, 1030) downlink control information 'DCI' that contains information regarding transport blocks to be utilized by a user equipment 'UE' (110, 120, 210, 310, 320, 410, 420, 510, 530, 610, 640, 1020, 1100) and regarding dedicated reference signal ports to be utilized by the UE, wherein if the information signifies that one transport block is used, a first set of layer combinations or associated combinations of dedicated reference signal ports is to be utilized by the UE, and wherein if the information signifies that two transport blocks are used, a second set of layer combinations or associated combinations of dedicated reference signal ports is to be utilized by the UE, and wherein up to eight dedicated reference signal ports are indicated for use by the UE.
A spectacle lens provided in a form suitable for simultaneous lamination of a pressure sensitive adhesive layer and of a thermoplastic film, the said spectacle lens comprising a convex and a concave optical surface (11,12) facing each other, wherein the convex and/or the concave optical surface(s) (11,12) is (are) a receiving surface(s) intended to receive the pressure sensitive adhesive on which the thermoplastic film is intended to be arranged and wherein the said receiving surface has an arithmetic average profile roughness, R a, greater or equal to 0.01 μm and less or equal to 0.3 μm and/or wherein the said receiving surface has a profile roughness root mean square slope, R dq, greater or equal to 0.2° and less or equal to 1.2°.