mhurhangee/ep-ind-claims huggingface dataset:
Heat exchanger for removing heat from a medium, which comprises the following features: a. at least two outer walls defining an opening therebetween by means of which a gas flow is directable into a flow direction, b. at least a first and a second serpentine-shaped wing tube (20a; 20b; 20c; 20d), consisting of a tube and at least two opposite wings, which protrude radially therefrom, wherein the wing tube (20a; 20b; 20c; 20d) has at least three linear wing sections coupled via wingless curved tube sections, c. the wing sections of the at least first and second wing tube (20a; 20b; 20c; 20d) are arranged in two tube planes (R1; R2) per wing tube (20a; 20b; 20c; 20d) so that adjacent wing sections of the first wing tube (20a; 20b; 20c; 20d) and adjacent wing sections of the second wing tube (20a; 20b; 20c; 20d) are arranged in different tube planes (R1; R2) and that the tube planes are orientated perpendicular to the flow direction, d. the wings of the wing sections of the at least first wing tube (20a; 20b; 20c; 20d) are arranged in at least a plurality of first wing planes (F1; F2) arranged parallel to each other, which are arranged in a defined angle (a) in the range of 10° ≤ α ≤ 30° with respect to the flow direction. a. at least two outer walls defining an opening therebetween by means of which a gas flow is directable into a flow direction, b. at least a first and a second serpentine-shaped wing tube (20a; 20b; 20c; 20d), consisting of a tube and at least two opposite wings, which protrude radially therefrom, wherein the wing tube (20a; 20b; 20c; 20d) has at least three linear wing sections coupled via wingless curved tube sections, c. the wing sections of the at least first and second wing tube (20a; 20b; 20c; 20d) are arranged in two tube planes (R1; R2) per wing tube (20a; 20b; 20c; 20d) so that adjacent wing sections of the first wing tube (20a; 20b; 20c; 20d) and adjacent wing sections of the second wing tube (20a; 20b; 20c; 20d) are arranged in different tube planes (R1; R2) and that the tube planes are orientated perpendicular to the flow direction, d. the wings of the wing sections of the at least first wing tube (20a; 20b; 20c; 20d) are arranged in at least a plurality of first wing planes (F1; F2) arranged parallel to each other, which are arranged in a defined angle (a) in the range of 10° ≤ α ≤ 30° with respect to the flow direction.
Garment having a ventilation device which includes ducts (1, 5) for conducting air, wherein the ducts in an inward manner, towards the body, are covered by an air-permeable pre-tensioned fabric, characterized in that the ducts are provided by a foam material.
Wind turbine hub segment, - whereby the segment comprises a part of the outer surface of a hub, - whereby the segment comprises two areas to connect the segment to two other segments - whereby each area to connect the segment comprises a mainly closed surface, - characterized in that the two areas of the segment meet at an apex that is located, when assembled, adjacent to the apex of the other segments. - whereby the segment comprises a part of the outer surface of a hub, - whereby the segment comprises two areas to connect the segment to two other segments - whereby each area to connect the segment comprises a mainly closed surface, - characterized in that the two areas of the segment meet at an apex that is located, when assembled, adjacent to the apex of the other segments.
Film dressing (10, 30, 40, 60) comprising a polymer film and for easier handling of the film dressing an application system, wherein the application system is arranged on a first side of the polymer film and comprises at least one support film (14, 20, 34, 44c, 64a) onto which in addition at least one gripping strip (15, 25, 35, 45, 65) is formed, and wherein the support film (14, 20, 34, 44c, 64a) has a first side facing the polymer film and a second side facing away from the polymer film and the second side of the support film (14, 20, 34, 44c, 64a) has at least one adhesive region (18, 28, 38, 48, 68) and wherein the support film (14, 20, 34, 44c, 64a) may be adhesively bonded directly into a patient or document folder by means of the adhesive region (18, 28, 38, 48, 68).
A rear cover of an electronic device, comprising a body portion and a structure layer, wherein the structure layer is fixed on a rear surface of the body portion, a rear surface of the structure layer forms a smooth detection plane, and the detection plane is capable of being attached to an opening end of a hood body for detecting air tightness in a sealed manner; and a balance channel is provided through the body portion and the structure layer in a thickness direction, a waterproof and air-permeable balance valve is arranged in the balance channel, and a rear end of the balance channel is located within the detection plane, wherein the body portion is provided with a first balance hole, the structure layer is provided with a second balance hole, an air-permeable channel is provided between a front surface of the structure layer and the rear surface of the body portion, the first balance hole, the air-permeable channel, and the second balance hole are sequentially in communication with each other and form the balance channel, and the second balance hole is located at the rear end of the balance channel, characterized in that: the structure layer is a lens glass cover plate, and the rear cover of the electronic device further comprises a flash shield, wherein the lens glass cover plate is provided with a first mounting hole adapted to the flash shield, and a gap between an inner wall of the first mounting hole and an outer wall of the flash shield forms the second balance hole. a balance channel is provided through the body portion and the structure layer in a thickness direction, a waterproof and air-permeable balance valve is arranged in the balance channel, and a rear end of the balance channel is located within the detection plane, wherein the body portion is provided with a first balance hole, the structure layer is provided with a second balance hole, an air-permeable channel is provided between a front surface of the structure layer and the rear surface of the body portion, the first balance hole, the air-permeable channel, and the second balance hole are sequentially in communication with each other and form the balance channel, and the second balance hole is located at the rear end of the balance channel, characterized in that: the structure layer is a lens glass cover plate, and the rear cover of the electronic device further comprises a flash shield, wherein the lens glass cover plate is provided with a first mounting hole adapted to the flash shield, and a gap between an inner wall of the first mounting hole and an outer wall of the flash shield forms the second balance hole. the structure layer is a lens glass cover plate, and the rear cover of the electronic device further comprises a flash shield, wherein the lens glass cover plate is provided with a first mounting hole adapted to the flash shield, and a gap between an inner wall of the first mounting hole and an outer wall of the flash shield forms the second balance hole.
An absorbent article comprising an absorbent core sandwiched between a liquid-permeable topsheet and a liquid-impermeable backsheet, said article being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis, said article comprising a front portion, a back portion and a crotch portion and said absorbent core comprises an absorbent component (5a, 5b, 5c) having a width in the transversal direction and the absorbent component (5a, 5b, 5c) is enclosed by a core cover (11, 12) comprising an upper side and a lower side wherein two channel sealings (9, 10), positioned within two corresponding channels (13, 14), are extending along said longitudinal axis in said crotch portion for joining said upper and lower side of the core cover (11, 12), the absorbent component (5a, 5b, 5c) has one centre segment having a first width between the channel sealings (9, 10), and two side segments (5b, 5c) outside each channel sealing (9, 10), characterized in the absorbent component (5a, 5b, 5c) is formed so that the total amount of absorbent material in the centre segment is generally equal to, or greater than, the total amount of absorbent material in each one of the side segments (5b, 5c) and that the channel sealings (9, 10) and the centre segment are generally parallel to the longitudinal axis and that the absorbent component (5a, 5b, 5c) is configured with an ability to expand on wetting and displaying a first volume in dry condition and a second volume in completely expanded wet condition, the second volume being greater than the first volume, and the core cover (11,12), which is arranged around the absorbent component (5a, 5b, 5c), constitutes volume-limiting means and defines and limits an expansion space for the centre segment so that the centre segment is prevented from reaching complete expansion to the second volume on wetting, and that the ratio of the first width of the centre segment and the width of the absorbent component (5a, 5b, 5c), in dry condition, is 0.25-0.45, wherein said channels (13, 14) constitute sections of the absorbent core which are generally free from absorbent material.
An electrode lead assembly (50; 50') with an implantable electrode lead and at least one implantable curved shaping part (50.4; 50.5'; 50.6'), wherein the electrode lead (50; 50') has a first electrode pole and a second electrode pole, wherein the shaping part has a first and a second end, wherein the shaping part, for externally shaping an implantable electrode lead, has a continuous lumen (10a; 20a), extending from the first end of the shaping part to the second end of the shaping part, to allow a portion of the electrode lead to pass through, wherein the shaping part has a portion of an extruded spiral tube, wherein the material of the spiral tube has a Shore hardness, in particular of 60 Shore or more, characterised in that the shaping part (50.4; 50.5', 50.6') fully surrounds a portion between two electrode poles (50.2, 50.3; 50.2', 50.3', 50.4') in such a way that the first end of the shaping part directly contacts the first electrode pole and the second end of the shaping part directly contacts the second electrode pole.
An UV inkjet printer comprising an UV radiation device to irradiate jetted ink on a receiver, wherein the UV radiation device comprises an UV bulb lamp; and the UV radiation device is attached to the inkjet print head module; and the UV radiation device comprises a shutter system; wherein the shutter system comprises a controlling means to switch from a first irradiation zone to a second irradiation zone; and wherein the controlling means of the shutter system controls the dimension in the slow scan direction of the first irradiation zone; and wherein the shutter system is characterized by comprising: - a second shutter means to create the second irradiation zone on the receiver when the second shutter is open; and - a first shutter means to create together with the open second shutter means the first irradiation zone on the receiver when the first shutter is open. - a second shutter means to create the second irradiation zone on the receiver when the second shutter is open; and - a first shutter means to create together with the open second shutter means the first irradiation zone on the receiver when the first shutter is open.
A method for producing an igniter base for pyrotechnic systems, wherein - a steel main body is strain-hardened by forming structural transformations, - a passage opening is introduced into the steel main body, - a first metal pin and a glass material that insulates the first metal pin from the passage opening are arranged in the passage opening, wherein the fusible assembly thus formed from the steel main body, the glass material and the first metal pin is heated to a glass wetting temperature, wherein a fusing time period for the heating of the fusible assembly is greater than a glass fusing duration, characterized in that the fusing time period is so low that deformation martensite and/or dislocations in the structure of the steel main body are maintained. - a steel main body is strain-hardened by forming structural transformations, - a passage opening is introduced into the steel main body, - a first metal pin and a glass material that insulates the first metal pin from the passage opening are arranged in the passage opening,
A biomass carrier for use in a fluid treatment system, the biomass carrier comprising: an extruded circumferential mesh structure; and solid elongated elements positioned in a space confined by the circumferential mesh structure, which are kept solid during extrusion of the mesh structure, wherein at least some of the elongated elements are joined to an inner portion of the mesh structure after the extruded mesh structure exits a die of a mesh extruder, wherein the biomass carrier is compressible. an extruded circumferential mesh structure; and solid elongated elements positioned in a space confined by the circumferential mesh structure, which are kept solid during extrusion of the mesh structure, wherein at least some of the elongated elements are joined to an inner portion of the mesh structure after the extruded mesh structure exits a die of a mesh extruder,
A cosmetics applicator consisting of a handle section, an applicator element and a shaft section connecting the applicator element and the handle section, wherein the applicator element consists of a core element of a first material and a bristle element which at least partially envelops the core element, and which consists of a second material preferably different from the first material preferably with regard to its hardness and/or flexibility, wherein the core element comprises a coupling section which protrudes freely from the bristle element, for connecting the applicator element to the shaft section or the handle section and comprises a tube section which is hollow on the inside in the direction along its longitudinal axis and thus forms a cavity, wherein said cavity is filled by the second material of the bristle element and the bristle element, integrally therewith, at the same time forms a bristle carrier tube covered with outwardly protruding bristles which envelops the outer jacket of the tube section at least in some sections, wherein the core element comprises on its coupling section a sealing surface with which the core element can rest against a complementary sealing section of a injection mold during the production of the bristle element in such a manner that the mold compound forming the bristle element is thus prevented from entering the area of the coupling section, characterized in that the sealing surface is formed at least substantially in an area of the coupling section of the core element which is hollow inside.
A seat cover with a recessed seam structure comprising: a recessed seam formed by pulling part of a cover toward a side of a cushion material, wherein the cushion material is suitable to be provided with a depressed portion that extends along the recessed seam wherein the recessed seam includes an opening-and-closing fastener configured to couple the cover and the cushion material, the opening-and-closing fastener including: a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, characterized in that the second fastener half includes: a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, wherein the tape-shaped base material is attached to the base portion for being fixed to the cushion material. a recessed seam formed by pulling part of a cover toward a side of a cushion material, wherein the cushion material is suitable to be provided with a depressed portion that extends along the recessed seam wherein the recessed seam includes an opening-and-closing fastener configured to couple the cover and the cushion material, the opening-and-closing fastener including: a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, characterized in that the second fastener half includes: a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, wherein the tape-shaped base material is attached to the base portion for being fixed to the cushion material.
Method for joining two essentially metal-sheet type workpieces (1, 2) using a friction squeeze welding procedure, in which those peripheral regions (3, 4) of the workpiece that are to be joined are reshaped from a plane of the respective workpiece (1, 2) by up to 90°, wherein the reshaped peripheral regions (3, 4) are placed against one another, characterized in that the peripheral regions (3, 4) are subsequently heated to a plasticizing temperature by means of at least one first frictional element that is undergoing a relative movement in relation to the peripheral regions (3, 4) and by means of pressing the frictional element onto the peripheral regions (3, 4) said peripheral regions are influenced with a pressing pressure that acts perpendicular with respect to a centre plane of the workpieces (1, 2) and are joined whilst being reshaped in such a manner that the peripheral regions (3, 4) are pressed flat so as to form a joining seam.
A method of ex vivo generating a population of astrocytes, the method comprising expressing exogenous miR-101 in a population of MSCs and expressing a miR-138 polynucleotide inhibitor in said population of MSCs, thereby generating said population of astrocytes.
A mobile communication system, comprising: a terminal (1, 101) adapted to support a Machine Type Communication, MTC, service; a radio access device (11, 171); and a specific Mobility Management Entity, MME, or a specific Serving GPRS, General Packet Radio Service, Support Node, SGSN, wherein the terminal (1, 101) is configured to provide the radio access device (11, 171) with information indicating that the terminal needs to be connected to the specific MME or the specific SGSN, wherein the radio access device (11, 171) is configured to use information provided by the terminal (1, 101) to select the specific MME or the specific SGSN, and wherein the selected specific MME or specific SGSN is configured as an MME or an SGSN for providing the MTC service. a terminal (1, 101) adapted to support a Machine Type Communication, MTC, service; a radio access device (11, 171); and a specific Mobility Management Entity, MME, or a specific Serving GPRS, General Packet Radio Service, Support Node, SGSN, wherein the terminal (1, 101) is configured to provide the radio access device (11, 171) with information indicating that the terminal needs to be connected to the specific MME or the specific SGSN, wherein the radio access device (11, 171) is configured to use information provided by the terminal (1, 101) to select the specific MME or the specific SGSN, and wherein the selected specific MME or specific SGSN is configured as an MME or an SGSN for providing the MTC service.
Dry-type vacuum pump, comprising: - at least one oil sump, - at least one pumping stage, - two rotating shafts, each of which bears at least one rotor extending into the at least one pumping stage, the rotors being configured to turn synchronously in opposite directions in order to entrain a gas that is to be pumped between an intake and a delivery of the vacuum pump, the shafts being supported by bearings that are lubricated by a lubricant situated in the at least one oil sump, and - at least one sealing device for sealing against lubricants, which is interposed between the at least one oil sump and a pumping stage at each shaft passage, characterized in that the vacuum pump moreover comprises at least one expansion device configured to reduce the variations in pressure between a pumping-side volume (11; 24) and the at least one oil sump. - at least one oil sump, - at least one pumping stage, - two rotating shafts, each of which bears at least one rotor extending into the at least one pumping stage, the rotors being configured to turn synchronously in opposite directions in order to entrain a gas that is to be pumped between an intake and a delivery of the vacuum pump, the shafts being supported by bearings that are lubricated by a lubricant situated in the at least one oil sump, and - at least one sealing device for sealing against lubricants, which is interposed between the at least one oil sump and a pumping stage at each shaft passage,
A gap configuration method comprising: receiving, by a first user equipment, UE, first enabling information from a network device, wherein the first enabling information is used to indicate whether a first need configuration of a first gap is enabled, the first gap comprise one or more gaps comprising at least one of N gap types, and N is a positive integer, the first gap comprises a gap for a second UE, the first UE and the second UE are different UEs in a same terminal device, and the first UE and the second UE correspond to different subscriber identity modules, SIMs; sending, by the first UE, first request information to the network device in a case that the first enabling information indicates that the first need configuration is enabled, wherein the first request information is used to request a first target gap, and a gap type of the first target gap is at least one of the N gap types; and receiving, by the first UE, first configuration information from the network device, wherein the first configuration information is used to configure the first target gap. receiving, by a first user equipment, UE, first enabling information from a network device, wherein the first enabling information is used to indicate whether a first need configuration of a first gap is enabled, the first gap comprise one or more gaps comprising at least one of N gap types, and N is a positive integer, the first gap comprises a gap for a second UE, the first UE and the second UE are different UEs in a same terminal device, and the first UE and the second UE correspond to different subscriber identity modules, SIMs; sending, by the first UE, first request information to the network device in a case that the first enabling information indicates that the first need configuration is enabled, wherein the first request information is used to request a first target gap, and a gap type of the first target gap is at least one of the N gap types; and receiving, by the first UE, first configuration information from the network device, wherein the first configuration information is used to configure the first target gap.