mhurhangee/ep-ind-claims huggingface dataset:
Method for removing goods (a, b, c) from storage for order fulfilment from a distribution centre having a store comprising storage racks having storage rack aisles, wherein the order is a compilation of goods (a, b, c) from single-type and mixed containers, the goods (a, b, c) are initially placed into storage in the storage racks in the form of single-type containers and, when an order is present, all the goods (a, b, c) assigned to the order are removed from a particular order storage rack aisle of the storage racks, for which purpose goods (a, b, c) present as single-type containers in the storage racks which are required to fulfil the order but are not present within the particular order storage rack aisle of the storage racks are transferred within the storage racks by a cross-transport from another storage rack aisle into the order storage rack aisle, and for which purpose at least one mixed container of the order is produced by picking from single-type containers and at least one picking station is supplied with corresponding single-type containers from the same storage racks and the thus produced at least one mixed container is placed into storage in the order storage rack aisle of the storage racks, and finally all the goods (a, b, c) of the order comprising single-type containers and mixed containers are removed from storage from the particular order storage rack aisle as determined by the order, wherein the order storage rack aisle is predetermined by the placing into storage of the picked, mixed containers. for which purpose goods (a, b, c) present as single-type containers in the storage racks which are required to fulfil the order but are not present within the particular order storage rack aisle of the storage racks are transferred within the storage racks by a cross-transport from another storage rack aisle into the order storage rack aisle, and for which purpose at least one mixed container of the order is produced by picking from single-type containers and at least one picking station is supplied with corresponding single-type containers from the same storage racks and the thus produced at least one mixed container is placed into storage in the order storage rack aisle of the storage racks, and finally all the goods (a, b, c) of the order comprising single-type containers and mixed containers are removed from storage from the particular order storage rack aisle as determined by the order, wherein the order storage rack aisle is predetermined by the placing into storage of the picked, mixed containers.
Method for producing helical coils, in particular for helical screens, wherein a filament is conveyed in a filament conveying direction through a first channel portion of a first rotational body, wherein the first rotational body rotates about a first portion of a core element mounted in a rotationally fixed manner, wherein the filament is subsequently conveyed in the filament conveying direction through a second channel portion of a second rotational body which rotates about a second portion of the core element following the first portion in synchronisation with the first rotational body, and wherein the filament is subsequently wound around a winding mandrel projecting from the core element over the second channel portion in the filament conveying direction, so that a helical coil is produced from the filament by continuously feeding the windings of the filament wound around the winding mandrel, characterised in that a heated heating fluid flows with a positive pressure through the first channel portion as well as the second channel portion arranged downstream and thus heats the filament conveyed through the first channel portion and subsequently through the second channel portion.
A method for preparing a fermented soybean paste that includes: mixing a traditional Korean fermented soybean paste and a modified Korean fermented soybean paste to prepare a mixed fermented soybean paste; conducting a first aging for the mixed fermented soybean paste at room temperature; and conducting a second aging for the mixed fermented soybean paste at low temperature after completion of the first aging, wherein the traditional Korean fermented soybean paste is prepared from a Korean-style meju prepared by steaming and cooling down soybeans, shaping the soybeans into rectangular blocks with adding Aspergillus oryzae as a fermentation starter, in an amount of 0.1 to 1.0 wt.% with respect to the weight of the grains, and fermenting the blocks of soybeans, and wherein the modified Korean fermented soybean paste is prepared from a modified meju prepared by steaming and cooling down soybeans, adding a fermentation starter in an amount of 0.1 to 2.0 wt.% with respect to the weight of grains, and conducting a fermentation, and wherein the fermented soybeans keep their small ball shape. mixing a traditional Korean fermented soybean paste and a modified Korean fermented soybean paste to prepare a mixed fermented soybean paste; conducting a first aging for the mixed fermented soybean paste at room temperature; and conducting a second aging for the mixed fermented soybean paste at low temperature after completion of the first aging,
An inspection apparatus for optically examining bottles, comprising: - an image recording device for producing an image with a plurality of horizontally juxtaposed image areas (M, L 1, R 1), at least two (L 1, R 1) of these image areas being arranged laterally of the middle of the image; - a mirror cabinet comprising a plurality of beam paths (S M, S L1, S R1) for deflecting, in the direction of the image areas (M, L 1, R 1), different circumferential side views (A, B, C) of a bottle to be examined, each beam path having provided therein separate deflection mirrors (9 - 14) whose respective elevation is defined with respect to a base plate, characterized in that - two of the separate deflection mirrors (11 - 14) for beam paths (S L1, S R1) associated with the lateral image areas (L 1, R 1) are tilted relative to a normal to the base plate in such a way that an image distortion caused by central projection is compensated for in the lateral image areas (L 1, R 1). - an image recording device for producing an image with a plurality of horizontally juxtaposed image areas (M, L 1, R 1), at least two (L 1, R 1) of these image areas being arranged laterally of the middle of the image; - a mirror cabinet comprising a plurality of beam paths (S M, S L1, S R1) for deflecting, in the direction of the image areas (M, L 1, R 1), different circumferential side views (A, B, C) of a bottle to be examined, each beam path having provided therein separate deflection mirrors (9 - 14) whose respective elevation is defined with respect to a base plate, - two of the separate deflection mirrors (11 - 14) for beam paths (S L1, S R1) associated with the lateral image areas (L 1, R 1) are tilted relative to a normal to the base plate in such a way that an image distortion caused by central projection is compensated for in the lateral image areas (L 1, R 1).
- A footstep device for a vehicle, the device comprising at least one first step secured to a frame intended to be fixed to the vehicle as well as at least one arm comprising a second step fixed at a first end of the arm, the arm being pivotally mounted relative to the frame about a horizontal pin between an angular position, so-called raised position, and an angular position, so-called lowered position, in which the second step is substantially horizontal, the device being characterised in that it comprises a device for locking the second step in the raised position, a part of this locking device projecting above the first step in such a way that a pressure on the projecting part unlocks the locking device so that the second step pivots to its lowered position.
An apparatus for wireless communication comprising: means for transmitting (224a; 224ap) a clear to transmit, CTX, message to two or more stations, the CTX message indicating an uplink transmission opportunity, the CTX message further comprising a request for the two or more stations to concurrently transmit uplink data at a specific time; wherein the CTX message comprises a physical layer convergence protocol protocol data unit, PPDU, duration field indicating a duration for the transmission of the uplink data; and means for receiving (224a; 224ap) a plurality of uplink data transmissions at the specific time from at least two stations of the two or more stations. means for transmitting (224a; 224ap) a clear to transmit, CTX, message to two or more stations, the CTX message indicating an uplink transmission opportunity, the CTX message further comprising a request for the two or more stations to concurrently transmit uplink data at a specific time; wherein the CTX message comprises a physical layer convergence protocol protocol data unit, PPDU, duration field indicating a duration for the transmission of the uplink data; and means for receiving (224a; 224ap) a plurality of uplink data transmissions at the specific time from at least two stations of the two or more stations.
An elongated male connector for a medical device, the male connector having a longitudinal axis and comprises: - a plurality of conductive members, each having an outer contact surface and being separated from each other by insulating members, the conductive and insulating members (3, 5) being disposed along the male connector, such that the outer contact surfaces are arranged essentially at the same surface level, and that each of the conductive members has an elongated extension along the longitudinal axis of the male connector, characterized in that each conductive member is provided with a microrod extending at least partially along the length of the male connector, wherein said microrods are provided with contact surfaces at a distal end of said male connector, and said microrods are provided with an insulating coating such that electrical current can flow between each conductive member via a microrod to the contact surface, and that said conductive members are hollow and have an essentially cylindrical cross-section and form, together with said insulating members, a self-supporting male connector having no core wire, wherein the microrods support the conductive members and the insulating members to achieve a mechanically stable male connector. - a plurality of conductive members, each having an outer contact surface and being separated from each other by insulating members, the conductive and insulating members (3, 5) being disposed along the male connector, such that the outer contact surfaces are arranged essentially at the same surface level, and that each of the conductive members has an elongated extension along the longitudinal axis of the male connector, characterized in that each conductive member is provided with a microrod extending at least partially along the length of the male connector, wherein said microrods are provided with contact surfaces at a distal end of said male connector, and said microrods are provided with an insulating coating such that electrical current can flow between each conductive member via a microrod to the contact surface, and that said conductive members are hollow and have an essentially cylindrical cross-section and form, together with said insulating members, a self-supporting male connector having no core wire, wherein the microrods support the conductive members and the insulating members to achieve a mechanically stable male connector.
A method for separating rubber components and metal components of tread portions of vehicle tyres, each tread portion comprising a tread side and a back side, the method comprising the steps: forming a chain of tread portions; causing the tread side of at least a part of the chain of tread portions to contact a curved surface; and directing at least one high-pressure jet against the back side of the part of the chain of tread portions contacting the curved surface, to cause separation of the rubber components from the metal components; the method being characterised by the chain of tread portions being formed by connecting a plurality of tread portions in a longitudinal direction, said tread portions being connected such that the tread side of each tread portion faces in the same direction, such that the chain of tread portions comprises a tread side and a back side. forming a chain of tread portions; causing the tread side of at least a part of the chain of tread portions to contact a curved surface; and directing at least one high-pressure jet against the back side of the part of the chain of tread portions contacting the curved surface, to cause separation of the rubber components from the metal components; the method being characterised by the chain of tread portions being formed by connecting a plurality of tread portions in a longitudinal direction, said tread portions being connected such that the tread side of each tread portion faces in the same direction, such that the chain of tread portions comprises a tread side and a back side.
A battery pack, comprising: a) a battery cell having a first electrically conductive surface serving as a cell terminal; b) a second electrically conductive member having a second electrically conductive surface facing the first electrically conductive surface; and c) an electrically insulating material having one or more passages, wherein the first and second electrically conductive surfaces are electrically and physically connected to each other at the one or more passages; characterized in that: the electrically insulating material is positioned between (i) the first electrically conductive surface of the cell terminal and (ii) the second electrically conductive surface other than where the first and second electrically conductive surfaces are electrically and physically connected to each other at the one or more passages. a) a battery cell having a first electrically conductive surface serving as a cell terminal; b) a second electrically conductive member having a second electrically conductive surface facing the first electrically conductive surface; and c) an electrically insulating material having one or more passages, wherein the first and second electrically conductive surfaces are electrically and physically connected to each other at the one or more passages;
An electronic device (101,102) comprising: a housing (120,170) including a sensing surface; a light emitting unit configured to output a light through the sensing surface; a light receiving unit configured to collect a reflection light reflected from an external object in contact with the sensing surface, after the light is output from the light emitting unit, wherein the reflection light is introduced in a direction perpendicular to the sensing surface; and a first Fresnel lens disposed between the light receiving unit and the sensing surface, wherein a first surface of the first Fresnel lens totally reflects the reflection light,, and a second surface of the first Fresnel lens refracts the totally reflected light so as to be introduced to the light receiving unit, wherein the first Fresnel lens includes a notch between a point corresponding to the light emitting unit and a point corresponding to the light receiving unit, so as to prevent light output from the light emitting unit from being introduced directly to the light receiving unit without reflection by an external object, wherein the electronic device (101, 102) further comprises a reinforcement material satisfying a specified light absorption rate in the notch. a housing (120,170) including a sensing surface; a light emitting unit configured to output a light through the sensing surface; a light receiving unit configured to collect a reflection light reflected from an external object in contact with the sensing surface, after the light is output from the light emitting unit, wherein the reflection light is introduced in a direction perpendicular to the sensing surface; and a first Fresnel lens disposed between the light receiving unit and the sensing surface, a light emitting unit configured to output a light through the sensing surface; a light receiving unit configured to collect a reflection light reflected from an external object in contact with the sensing surface, after the light is output from the light emitting unit, wherein the reflection light is introduced in a direction perpendicular to the sensing surface; and a first Fresnel lens disposed between the light receiving unit and the sensing surface, wherein a first surface of the first Fresnel lens totally reflects the reflection light,, and a second surface of the first Fresnel lens refracts the totally reflected light so as to be introduced to the light receiving unit, wherein the first Fresnel lens includes a notch between a point corresponding to the light emitting unit and a point corresponding to the light receiving unit, so as to prevent light output from the light emitting unit from being introduced directly to the light receiving unit without reflection by an external object, wherein the electronic device (101, 102) further comprises a reinforcement material satisfying a specified light absorption rate in the notch.
A method of assessing a histologically stained specimen, the method comprising: a) obtaining a digital color image of the specimen; b) defining on the image a region of interest "ROI" based on a biological feature of the specimen; c) separating the digital color image into individual color channels; d) determining a color signature for the ROI; and e) comparing the determined color signature to a reference color signature that is specific to the biological feature and the histological stain to assess the histologically stained specimen; wherein the color signature comprises: a mean intensity for a first color channel, a second color channel, and a third color channel; characterized in that the color signature further comprises a first color coefficient calculated by determining the ratio of the mean intensity value for the first color channel to the mean intensity value for the second color channel; a second color coefficient calculated by determining the ratio of the mean intensity value for the third color channel to the mean intensity for the first or the second color channel; and a third color coefficient calculated by determining the ratio of the first color coefficient to the second color coefficient. a) obtaining a digital color image of the specimen; b) defining on the image a region of interest "ROI" based on a biological feature of the specimen; c) separating the digital color image into individual color channels; d) determining a color signature for the ROI; and e) comparing the determined color signature to a reference color signature that is specific to the biological feature and the histological stain to assess the histologically stained specimen;
A method comprising: calibrating a weld joint using a calibration tool, comprising detecting, using one or more cameras, a first position of the weld joint relative to the one or more cameras, wherein the first position corresponds to a first location of the weld joint that interfaces with a tip of the calibration tool; detecting, using the one or more cameras, a second position of the weld joint relative to the one or more cameras, wherein the second position corresponds to a second location of the weld joint that interfaces with the tip of the calibration tool; detecting, using the one or more cameras, a curved portion of the weld joint relative to the one or more cameras, wherein the curved portion extends between the first and second positions of the weld joint; and storing a representation of the curved portion of the weld joint for determining a quality of a welding operation. calibrating a weld joint using a calibration tool, comprising detecting, using one or more cameras, a first position of the weld joint relative to the one or more cameras, wherein the first position corresponds to a first location of the weld joint that interfaces with a tip of the calibration tool; detecting, using the one or more cameras, a second position of the weld joint relative to the one or more cameras, wherein the second position corresponds to a second location of the weld joint that interfaces with the tip of the calibration tool; detecting, using the one or more cameras, a curved portion of the weld joint relative to the one or more cameras, wherein the curved portion extends between the first and second positions of the weld joint; and storing a representation of the curved portion of the weld joint for determining a quality of a welding operation.
Medical product, preferably for use in treating, in particular filling and/or closing a bone cavity, wherein the product comprises a plurality of interconnected members, wherein each member has a peripheral boundary and the boundaries of adjacent members interlock, wherein the product comprises a three-dimensional structure composed of the members, wherein the three-dimensional structure has a multilayer construction, wherein each layer has interconnected members, wherein the boundaries of members engage with adjacent layers, characterized in that a part of the members are interconnected such that they are not moveable relative to one another, wherein the members have a single-part or monolithic configuration and are produced by means of an additive or generative production method.
A method for performing communication by using a spectrum resource, comprising: determining, by a first communications device in a first communications system, a first sub-timeslot and a second sub-timeslot in a unit timeslot; and performing, by the first communications device, communication in the first sub-timeslot by using a spectrum resource at a priority higher than that of a second communications device in a second communications system, wherein a priority at which the first communications device uses the spectrum resource in the second sub-timeslot is lower than a priority at which the second communications device uses the spectrum resource in the second sub-timeslot; wherein duration for which the spectrum resource is idle when the first communications device performs communication in the first sub-timeslot by using the spectrum resource is less than duration for which the second communications device waits to preempt the spectrum resource; and/or duration for which the spectrum resource is idle when the first communications device performs communication in the second sub-timeslot by using the spectrum resource is greater than duration for which the second communications device waits to preempt the spectrum resource. determining, by a first communications device in a first communications system, a first sub-timeslot and a second sub-timeslot in a unit timeslot; and performing, by the first communications device, communication in the first sub-timeslot by using a spectrum resource at a priority higher than that of a second communications device in a second communications system, wherein a priority at which the first communications device uses the spectrum resource in the second sub-timeslot is lower than a priority at which the second communications device uses the spectrum resource in the second sub-timeslot; wherein duration for which the spectrum resource is idle when the first communications device performs communication in the first sub-timeslot by using the spectrum resource is less than duration for which the second communications device waits to preempt the spectrum resource; and/or duration for which the spectrum resource is idle when the first communications device performs communication in the second sub-timeslot by using the spectrum resource is greater than duration for which the second communications device waits to preempt the spectrum resource.