mhurhangee/ep-ind-claims huggingface dataset:
Electronic module (10; 10a), comprising a carrier film, wherein at least one electrically conductive structure and electronic components (26, 28) connected to the electrically conductive structure as part of an electronic circuit are arranged on the carrier film, wherein the electronic circuit is connected to a sensor, in particular a pressure sensor (30; 30a), and wherein the carrier film is at least regionally covered by a protective compound at a top side or an underside, wherein the sensor, in particular the pressure sensor (30; 30a), has an elastically deformable sensing region (32; 32a), characterized in that the sensing region (32, 32a) is formed by a partial region of the carrier film and additionally by a detection film connected to the carrier film and having a micro-structuring, wherein the detection film consists of silicon, in order to achieve a contacting of the detection film that is protected against mechanical loads and media, in that means for sensing the deformation of the sensing region (32; 32a) are provided, and in that the protective compound or a fixing body has a cutout within which the carrier film and the detection film are exposed, wherein the cutout marginally delimits the sensing region (32; 32a), such that the protective compound or the fixing body fixes the sensing region (32; 32a) with respect to the carrier film, wherein the wall of the cutout extends slightly obliquely, such that the diameter of the cutout increases with increasing distance from the carrier film. wherein the sensor, in particular the pressure sensor (30; 30a), has an elastically deformable sensing region (32; 32a), characterized in that the sensing region (32, 32a) is formed by a partial region of the carrier film and additionally by a detection film connected to the carrier film and having a micro-structuring, wherein the detection film consists of silicon, in order to achieve a contacting of the detection film that is protected against mechanical loads and media, in that means for sensing the deformation of the sensing region (32; 32a) are provided, and in that the protective compound or a fixing body has a cutout within which the carrier film and the detection film are exposed, wherein the cutout marginally delimits the sensing region (32; 32a), such that the protective compound or the fixing body fixes the sensing region (32; 32a) with respect to the carrier film, wherein the wall of the cutout extends slightly obliquely, such that the diameter of the cutout increases with increasing distance from the carrier film.
Drive unit for motor vehicles, comprising at least one electric motor and comprising at least one transmission assembly, wherein the electric motor and the transmission assembly are operatively connected to one another by means of a rotor shaft which is in the form of a hollow shaft, and wherein a further shaft of the drive unit is fitted in the rotor shaft and in the process the rotor shaft is rotatably mounted by means of at least one first rolling bearing which is located in a rotary leadthrough for the rotor shaft in the transmission assembly, and wherein the drive unit has a second rolling bearing for bearing one of the shafts (6, 12), which second rolling bearing is arranged at a distance from the first rolling bearing, wherein the rolling bearings (39, 49) are each sealed off from the electric motor by a seal which is in slidingly sealing contact with a sealing surface at at least one point, and in the process each of the rolling bearings (39, 40) is open toward the other side by way of at least one radial annular gap through which lubricating oil can pass, wherein rolling bodies of each of the rolling bearings are arranged axially between the respective seal and the radial annular gap, and wherein the annular gap and the transmission assembly are connected to one another by way of at least one lubricating channel, wherein the lubricating channel is at least partially a radial further annular gap which is formed between the hollow shaft and the further shaft and in which at least one delivery device for lubricating oil is formed between the hollow shaft and the further shaft.
A specimen analyzing method comprising steps of: sucking a specimen stored in a specimen container and sampling the specimen into a first container; optically measuring said specimen in said first container; sampling said specimen into a second container and preparing a measurement sample by mixing the specimen with a reagent in the second container; and analyzing said measurement sample according to a result of the optical measurement of said specimen, wherein the analyzing step includes applying a light to said measurement sample, acquiring optical information from said measurement sample by applying the light from a light source to said measurement sample and obtaining an analysis result by analyzing said optical information, wherein said light source is capable of omitting lights of a plurality of wave lengths and wherein the optically measuring step performs the optical measurement with the light source of the analyzing step. sucking a specimen stored in a specimen container and sampling the specimen into a first container; optically measuring said specimen in said first container; sampling said specimen into a second container and preparing a measurement sample by mixing the specimen with a reagent in the second container; and analyzing said measurement sample according to a result of the optical measurement of said specimen, wherein the analyzing step includes applying a light to said measurement sample, acquiring optical information from said measurement sample by applying the light from a light source to said measurement sample and obtaining an analysis result by analyzing said optical information, wherein said light source is capable of omitting lights of a plurality of wave lengths and wherein the optically measuring step performs the optical measurement with the light source of the analyzing step.
A sewing machine, comprising: a creating portion that creates a projection image (500, 520, 550) being an image that includes a characteristic point (501, 521, 551, 552, 553, 554, 555, 556) and that is to be projected onto a sewing object; a projecting portion that projects onto the sewing object the projection image created by the creating portion; characterized by an image capture portion that is mounted in a position being different from a position of the projecting portion and that creates a captured image by image capture of the characteristic point projected by the projecting portion; and a computing portion that computes a thickness of the sewing object based on the projection image created by the creating portion, the captured image created by the image capture portion, parameters for the projection portion, and parameters for the image capture portion. a creating portion that creates a projection image (500, 520, 550) being an image that includes a characteristic point (501, 521, 551, 552, 553, 554, 555, 556) and that is to be projected onto a sewing object; a projecting portion that projects onto the sewing object the projection image created by the creating portion; an image capture portion that is mounted in a position being different from a position of the projecting portion and that creates a captured image by image capture of the characteristic point projected by the projecting portion; and a computing portion that computes a thickness of the sewing object based on the projection image created by the creating portion, the captured image created by the image capture portion, parameters for the projection portion, and parameters for the image capture portion.
An article of footwear, comprising: a sole structure including a lower portion, a lateral portion and a medial portion; the sole structure including a cavity defined by an upper surface recessed from the lower portion, a first sidewall surface extending between the upper surface and the lower portion and a second sidewall surface extending between the upper surface and the lower portion, the cavity having a medial opening disposed on the medial portion, a lateral opening disposed on the lateral portion, a lower opening disposed on the lower portion and a first peripheral portion, the first peripheral portion is associated with a lowered peripheral ledge extending around edges of the upper surface, the first sidewall surface, and the second sidewall surface; and a transparent member, the transparent member being approximately U-shaped, and wherein a second peripheral portion of the transparent member corresponds to the lowered peripheral ledge; wherein the transparent member corresponds to the cavity and wherein the transparent member is configured to cover the lateral opening, the medial opening and the lower opening, and wherein the transparent member is substantially flush with the lower portion, the medial portion and the lateral portion. a sole structure including a lower portion, a lateral portion and a medial portion; the sole structure including a cavity defined by an upper surface recessed from the lower portion, a first sidewall surface extending between the upper surface and the lower portion and a second sidewall surface extending between the upper surface and the lower portion, the cavity having a medial opening disposed on the medial portion, a lateral opening disposed on the lateral portion, a lower opening disposed on the lower portion and a first peripheral portion, the first peripheral portion is associated with a lowered peripheral ledge extending around edges of the upper surface, the first sidewall surface, and the second sidewall surface; and a transparent member, the transparent member being approximately U-shaped, and wherein a second peripheral portion of the transparent member corresponds to the lowered peripheral ledge; wherein the transparent member corresponds to the cavity and wherein the transparent member is configured to cover the lateral opening, the medial opening and the lower opening, and wherein the transparent member is substantially flush with the lower portion, the medial portion and the lateral portion.
A terminal apparatus comprising: a transmission unit configured to and/or programmed to transmit a random access preamble on a Physical Random Access Channel, PRACH, to a base station apparatus, and a reception unit configured to and/or programmed to receive downlink control information with attached Cyclic Redundancy Check, CRC, parity bits that have been scrambled with a Random Access - Radio Network Temporary Identifier, RA-RNTI, from the base station apparatus, wherein the RA-RNTI is determined at least based on an index of an Orthogonal Frequency-Division Multiplexing, OFDM, symbol at which the PRACH starts, and the random access preamble on the PRACH is transmitted based on a PRACH mask index included in a Physical Downlink Control Channel, PDCCH, order. a transmission unit configured to and/or programmed to transmit a random access preamble on a Physical Random Access Channel, PRACH, to a base station apparatus, and a reception unit configured to and/or programmed to receive downlink control information with attached Cyclic Redundancy Check, CRC, parity bits that have been scrambled with a Random Access - Radio Network Temporary Identifier, RA-RNTI, from the base station apparatus, wherein the RA-RNTI is determined at least based on an index of an Orthogonal Frequency-Division Multiplexing, OFDM, symbol at which the PRACH starts, and the random access preamble on the PRACH is transmitted based on a PRACH mask index included in a Physical Downlink Control Channel, PDCCH, order.
A handheld lance for high pressure jetting of tubes of a heat exchanger core, comprising a fluid conduit defining an internal plenum chamber having at least one nozzle for emitting a jet of fluid for cleaning the outer surfaces of the tubes of the core and a coupling for connecting the plenum chamber to a high pressure fluid supply line, characterised in that the conduit is formed of a tube having an outer diameter not exceeding 6mm to permit the conduit to fit between all the tubes of the heat exchanger core and the lance further comprises an elongate stabiliser bar (364,366) mounted on the coupling and positioned to one side of the conduit with the axis of the bar lying in the same plane as the adjacent conduit, the combined width of the conduit and the stabiliser bar being significantly greater than the diameter of the conduit, the bar (364,366) having a thickness not exceeding 6mm, thereby being sufficiently thin to fit between the tubes of the heat exchanger core and being sufficiently rigid to prevent lateral displacement of the adjacent conduit by reaction forces of the emitted fluid jet(s).
A blanking-type granular aerosol generating product, wherein, the product comprises a main part and an outer sleeve located outside the main part; the main part comprises an inner tube and a filter component and a hollow component arranged in turn from the proximal lip end to the distal lip end in the inner tube, the hollow cavity of the hollow component comprising an aerosol source-material granule component; the outer sleeve has a top opening and a sealing bottom surface, wherein the top opening is located on one side of the filter component, the sealing bottom surface is located on one side of the hollow component, and the sealing bottom surface is configured to plug the aerosol source-material granule component in the hollow component; the outer sleeve configured to move axially relative to the main part, so that there is an axial distance between the upstream end face of the hollow component and the sealing bottom surface, the axial distance being formed by the outer sleeve into a cavity, and the aerosol source-material granule component in the hollow component being configured to move to the cavity. the main part comprises an inner tube and a filter component and a hollow component arranged in turn from the proximal lip end to the distal lip end in the inner tube, the hollow cavity of the hollow component comprising an aerosol source-material granule component; the outer sleeve has a top opening and a sealing bottom surface, wherein the top opening is located on one side of the filter component, the sealing bottom surface is located on one side of the hollow component, and the sealing bottom surface is configured to plug the aerosol source-material granule component in the hollow component; the outer sleeve configured to move axially relative to the main part, so that there is an axial distance between the upstream end face of the hollow component and the sealing bottom surface, the axial distance being formed by the outer sleeve into a cavity, and the aerosol source-material granule component in the hollow component being configured to move to the cavity.
A stator winding method for winding conductive wires around an annular stator including a core having 3n (n: an integer number equal to or more than 2) teeth projecting toward an inner circumferential side of the stator and 3n slots each arranged between the adjacent teeth, the stator winding method comprising: preparing a bobbin machine having three nozzles arranged at intervals of 120 degrees radially; winding the conductive wires around the three teeth (4b, 4d, 4f) in the group in a n th winding process; characterized in that, in a group of three teeth (4b, 4d, 4f) of the 3n teeth radially arranged at intervals of 120 degrees, respective slot portions (5a-5f) of the slots positioned on both sides of each of the three teeth (4b, 4d, 4f) in the group and also positioned on the side of the each of the three teeth (4b, 4d, 4f) in the group are formed so that distances of the slot portions (5a-5f) from a center of the stator are smaller than distances of the remaining slot portions (5a-5f) from the center of the stator, and in that the stator winding method further comprises, at the final stage of the n th winding process, moving the nozzles from an outer circumferential side of the slots (5a-5f) toward the inner circumferential side, while winding the conductive wires around the teeth so that each gap between a part of conductive wires wound around each of the three teeth (4b, 4d, 4f) in the group in the n th winding process and another part of conductive wires wound around the teeth (4a, 4c, 4e) adjacent to the each of the three teeth (4b, 4d, 4f) in the group, is smaller than an outer diameter of the nozzle. preparing a bobbin machine having three nozzles arranged at intervals of 120 degrees radially; winding the conductive wires around the three teeth (4b, 4d, 4f) in the group in a n th winding process; characterized in that, in a group of three teeth (4b, 4d, 4f) of the 3n teeth radially arranged at intervals of 120 degrees, respective slot portions (5a-5f) of the slots positioned on both sides of each of the three teeth (4b, 4d, 4f) in the group and also positioned on the side of the each of the three teeth (4b, 4d, 4f) in the group are formed so that distances of the slot portions (5a-5f) from a center of the stator are smaller than distances of the remaining slot portions (5a-5f) from the center of the stator, and in that the stator winding method further comprises, at the final stage of the n th winding process, moving the nozzles from an outer circumferential side of the slots (5a-5f) toward the inner circumferential side, while winding the conductive wires around the teeth so that each gap between a part of conductive wires wound around each of the three teeth (4b, 4d, 4f) in the group in the n th winding process and another part of conductive wires wound around the teeth (4a, 4c, 4e) adjacent to the each of the three teeth (4b, 4d, 4f) in the group, is smaller than an outer diameter of the nozzle.
A management system that manages access from a communication terminal (10aa, 10ab, 10ac, 10ad) to an application, the access management system comprising: a receiving unit that receives model information indicating a model of the communication terminal (10aa, 10ab, 10ac, 10ad) and application information indicating an application that are transmitted from the communication terminal (10aa, 10ab, 10ac, lOad), the application information being associated with an application selected, by a user, from a plurality of applications being displayed on the communication terminal (10aa, 10ab, 10ac, lOad); an identification unit that identifies a function that is matched with a function capable of being provided by the application identified based on the application information received by the receiving unit out of functions available in the communication terminal (lOaa, 10ab, 10ac, 10ad) identified based on the model information received by the receiving unit; and a transmitting unit that transmits, to the communication terminal (10aa, 10ab, 10ac, lOad), approval information indicating that use of the function corresponding to the function identified by the identification unit is approved and access destination information indicating an access destination to access the application corresponding to the application information received by the receiving unit. a receiving unit that receives model information indicating a model of the communication terminal (10aa, 10ab, 10ac, 10ad) and application information indicating an application that are transmitted from the communication terminal (10aa, 10ab, 10ac, lOad), the application information being associated with an application selected, by a user, from a plurality of applications being displayed on the communication terminal (10aa, 10ab, 10ac, lOad); an identification unit that identifies a function that is matched with a function capable of being provided by the application identified based on the application information received by the receiving unit out of functions available in the communication terminal (lOaa, 10ab, 10ac, 10ad) identified based on the model information received by the receiving unit; and a transmitting unit that transmits, to the communication terminal (10aa, 10ab, 10ac, lOad), approval information indicating that use of the function corresponding to the function identified by the identification unit is approved and access destination information indicating an access destination to access the application corresponding to the application information received by the receiving unit.
A rechargeable battery comprising: an electrode assembly; a case for accommodating the electrode assembly therein; characterized in that a first elastic member is provided between the electrode assembly and the case, wherein a section through the first elastic member from an electrode assembly facing side to a case facing side has a tapered outer form with a correspondingly tapered hole in its center wherein the tapered hole and the tapered outer form have smaller widths on the electrode assembly facing side than on the case facing side. an electrode assembly; a case for accommodating the electrode assembly therein; characterized in that a first elastic member is provided between the electrode assembly and the case, wherein a section through the first elastic member from an electrode assembly facing side to a case facing side has a tapered outer form with a correspondingly tapered hole in its center wherein the tapered hole and the tapered outer form have smaller widths on the electrode assembly facing side than on the case facing side.
Household appliance for preparing hot-water-based drinks comprising: - a main tank open to the air, - a boiler comprising a boiling chamber gravity-fed with water from the main tank, - a hot water distribution head connected to the boiling chamber in such a way as to be supplied with hot water by said boiling chamber, the appliance further comprises an intermediate water reserve: - which is interposed between the main tank and the boiling chamber in such a way as to be gravity-fed with water by the main tank via a connector and to gravity-feed the boiling chamber with water, - and has a volume greater than or equal to the volume of the boiling chamber, the distribution head comprises a warm water discharge duct that is connected to the intermediate reserve, the boiling chamber comprising an outlet connected to the distribution head by an ascending pipeline which comprises means of separating the warm water, initially contained in the ascending pipe, from the warmer water from the boiling chamber, the separating means being adapted to discharge the warm water into the drainage outlet and the separating means comprising, in the terminal part of the ascending pipe, a vertical channel having an outlet mouth in a separation chamber of the distribution head, characterised in that the vertical channel is connected by a lateral outlet located below the outlet mouth to the warm water drainage channel, and in that the intermediate reserve is directly opened to the air via a vent duct, independent from the main tank. - a main tank open to the air, - a boiler comprising a boiling chamber gravity-fed with water from the main tank, - a hot water distribution head connected to the boiling chamber in such a way as to be supplied with hot water by said boiling chamber, the appliance further comprises an intermediate water reserve: - which is interposed between the main tank and the boiling chamber in such a way as to be gravity-fed with water by the main tank via a connector and to gravity-feed the boiling chamber with water, - and has a volume greater than or equal to the volume of the boiling chamber,