mhurhangee/ep-ind-claims huggingface dataset:
A baling machine for forming cylindrical bales of crop material, comprising: a baling chamber in which the bale is formed; rollers (21,22,23,30) for rolling crop material that is fed into the baling chamber in order to form a bale; a device for wrapping each bale with a wrapping web after it has reached a desired diameter, and a sensor arranged within the baling chamber; characterised by the sensor sensing the presence of crop material in a region close to and outside the circumference of the bale to produce a signal indicating if the bale is properly wrapped. a baling chamber in which the bale is formed; rollers (21,22,23,30) for rolling crop material that is fed into the baling chamber in order to form a bale; a device for wrapping each bale with a wrapping web after it has reached a desired diameter, and a sensor arranged within the baling chamber; characterised by the sensor sensing the presence of crop material in a region close to and outside the circumference of the bale to produce a signal indicating if the bale is properly wrapped.
A flat panel cardboard packaging for protecting a flat panel, wherein the packaging is formed from a flat panel cardboard packaging blank and comprises a base part, first and second side walls (6, 10) extending along parallel first and second sides (4, 8) of the base part, at least a first lid part (14, 18) adapted for covering a flat panel placed on the base part between the side walls (6, 10), and at least a first cushioning part arranged along a third side of the base part, said third side being perpendicular to said first and second sides (4, 8), wherein the first side wall is supported at a first angle (α1), which is different from 0° to a plane which is perpendicular to the base part, to form a first side deformation zone, characterised in that the first cushioning part comprises an outer gable portion, which is connected to the third side of the base part, and an inner gable portion which is arranged at a free inner distance from the outer gable portion, thereby forming an end deformation zone between the outer and inner gable portions (28, 30), wherein the first cushioning part comprises a gable connecting portion that connects the outer and inner gable portions (28, 30) to each other and holds them at the free inner distance from each other, wherein the first side wall is supported at the first angle (α1) by at least a first side edge of the first cushioning part, and wherein the at least first lid part (14, 18) is an integrated part of the packaging blank forming the packaging.
A communication method performed by an administration node in a content centric network, CNN, comprising: receiving a packet requesting deletion of an invalid content from a requesting node that detects the invalid content; generating, in response to the packet requesting deletion of the invalid content being received, a content revocation list comprising a name of the invalid content and a period of time over which the deletion is to be performed; and transmitting a data packet comprising the content revocation list to the requesting node and a normal node in the CCN. receiving a packet requesting deletion of an invalid content from a requesting node that detects the invalid content; generating, in response to the packet requesting deletion of the invalid content being received, a content revocation list comprising a name of the invalid content and a period of time over which the deletion is to be performed; and transmitting a data packet comprising the content revocation list to the requesting node and a normal node in the CCN.
A liquid-type cooling apparatus in which there are provided a jacket through which a coolant flows and a heat sink that makes contact with the coolant flowing in the jacket and in which heat generated by a heat-generating device (1, 2, 3) is transferred to the coolant through the intermediary of the heat sink so that the heat is radiated, wherein the heat sink includes a heat sink base member having a first surface portion that faces the inside of the jacket and a plurality of heat radiation fins that are provided on the first surface portion of the heat sink base member and make contact with the coolant flowing in the jacket, and wherein the plurality of heat radiation fins are inclined toward the downstream side of the coolant flowing in the jacket, characterized in that the heat radiation fin includes an inclination portion that makes contact with the first surface portion of the heat sink base member and is inclined toward the downstream side of the coolant flowing in the jacket and an erect portion that stands erect from the inclination portion with respect to the first surface portion.
A semiconductor device, comprising: a gallium nitride, GaN, channel region disposed above a substrate; a gate stack (222, 220) disposed on the GaN channel region, the gate stack (222, 220) comprising a composite gate dielectric layer disposed directly between the GaN channel region and a gate electrode, wherein the composite gate dielectric layer comprises a high band gap Group III-N layer, the high band gap Group III-N layer comprising AlInN, a first high-K dielectric oxide layer on the high band gap Group III-N layer, the first high-K dielectric oxide layer comprising aluminum oxide, Al2O3, and a second high-K dielectric oxide layer on the first high-K dielectric oxide layer, the second high-K dielectric oxide layer having a higher dielectric constant than the first high-K dielectric oxide layer; wherein the gate electrode is disposed on the second high-K dielectric oxide layer; and source/drain regions disposed on either side of the GaN channel region. a gallium nitride, GaN, channel region disposed above a substrate; a gate stack (222, 220) disposed on the GaN channel region, the gate stack (222, 220) comprising a composite gate dielectric layer disposed directly between the GaN channel region and a gate electrode, wherein the composite gate dielectric layer comprises a high band gap Group III-N layer, the high band gap Group III-N layer comprising AlInN, a first high-K dielectric oxide layer on the high band gap Group III-N layer, the first high-K dielectric oxide layer comprising aluminum oxide, Al2O3, and a second high-K dielectric oxide layer on the first high-K dielectric oxide layer, the second high-K dielectric oxide layer having a higher dielectric constant than the first high-K dielectric oxide layer; wherein the gate electrode is disposed on the second high-K dielectric oxide layer; and source/drain regions disposed on either side of the GaN channel region.
Method for processing a tyre, having the following steps: - providing a tyre, wherein the tyre has a tyre surface, wherein the tyre surface has at least one occurrence of flash; - providing a processing device, wherein the processing device is intended for removing occurrences of flash on the tyre surface, - providing a measuring device, wherein the measuring device is intended for measuring the tyre surface; - measuring the tyre surface by means of the measuring device, wherein the at least one occurrence of flash is measured by means of the measuring device and an item of information relating to the at least one occurrence of flash is generated and wherein this item of information can be transmitted to the closed-loop control component; - characterized in that the processing device has a closed-loop control component, wherein, by means of the closed-loop control component, the removal of the occurrences of flash by means of the processing device can be controlled on a closed-loop basis in a manner dependent on an item of information relating to an occurrence of flash on the tyre surface. - providing a tyre, wherein the tyre has a tyre surface, wherein the tyre surface has at least one occurrence of flash; - providing a processing device, wherein the processing device is intended for removing occurrences of flash on the tyre surface, - providing a measuring device, wherein the measuring device is intended for measuring the tyre surface; - measuring the tyre surface by means of the measuring device, wherein the at least one occurrence of flash is measured by means of the measuring device and an item of information relating to the at least one occurrence of flash is generated and wherein this item of information can be transmitted to the closed-loop control component; - characterized in that the processing device has a closed-loop control component, wherein, by means of the closed-loop control component, the removal of the occurrences of flash by means of the processing device can be controlled on a closed-loop basis in a manner dependent on an item of information relating to an occurrence of flash on the tyre surface.
A multipart adjustable head plate for an operating table, comprising: - a coupling assembly for releasably coupling the head plate to the operating table; - a positioning segment for positioning the head plate, wherein the positioning segment is pivotably connected to the coupling assembly via a first joint assembly lockable against pivoting; - a head support segment for supporting the head of a patient, wherein the head support segment is pivotably connected to the positioning segment via a second joint assembly lockable against pivoting; and - an unlocking device for unlocking both joint assemblies,, having: a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly, which mechanically couples the actuating device to the first joint assembly, characterized in that the first unlocking mechanism comprises an adjustable coupling device, in that the actuating device is arranged on the head support segment, and in that the coupling device extends starting from the head support segment from the actuating device to the second joint assembly and, in the unlocked state, assumes a position such that it is possible to pivot the head support segment in relation to the positioning segment into any angular position. - a coupling assembly for releasably coupling the head plate to the operating table; - a positioning segment for positioning the head plate, wherein the positioning segment is pivotably connected to the coupling assembly via a first joint assembly lockable against pivoting; - a head support segment for supporting the head of a patient, wherein the head support segment is pivotably connected to the positioning segment via a second joint assembly lockable against pivoting; and - an unlocking device for unlocking both joint assemblies,, having: a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly, which mechanically couples the actuating device to the first joint assembly, a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly, which mechanically couples the actuating device to the first joint assembly,
A radio communication method comprising: transmitting a first control signal including first information from a first radio communication device to a second radio communication device, the first information relating to an activation of a second logical entity that is in the second radio communication device in association with a first logical entity in the second radio communication device, the first logical entity being different from the second logical entity; transmitting a second control signal including second information indicating an instruction for activation or deactivation of the second logical entity from the first radio communication device to the second radio communication device; and activating or deactivating the second logical entity by the second radio communication device based on the first information in response to the reception of the second information; wherein the second information is transmitted using a reserved field or a reserved value in the second control signal. transmitting a first control signal including first information from a first radio communication device to a second radio communication device, the first information relating to an activation of a second logical entity that is in the second radio communication device in association with a first logical entity in the second radio communication device, the first logical entity being different from the second logical entity; transmitting a second control signal including second information indicating an instruction for activation or deactivation of the second logical entity from the first radio communication device to the second radio communication device; and activating or deactivating the second logical entity by the second radio communication device based on the first information in response to the reception of the second information; wherein the second information is transmitted using a reserved field or a reserved value in the second control signal.
A cable set with a plurality of electrical wires combined to form a unit, each one of which consists of an electrical conductor surrounded by an insulation, in which the insulation of all wires or of groups of wires consists of optically identical material and in which identical labels are attached to both ends of each wire for the unmistakable identification of the wires, which labels are designed differently for the different wires, characterized in that the labels are color rings consisting of insulation material, which are applied to the insulation of each wire at both of their ends.
Method for filling a via, the via being arranged in at least one first layer for a multilayer printed circuit board, and a side wall of the via being provided with a metal layer over the entire surface, characterized by the following steps: a) aligning a pin perpendicular to a first opening of the via; b) inserting the pin through the first opening in the via; c) shortening the pin to a pin length in such a way that the pin length corresponds to part of a whole or a multiple of a length of the via; d) pressing the first layer with a second layer, wherein a first prepreg layer is arranged between the first layer and the second layer, wherein, in step d), the first layer is pressed with the second layer until the pin is deformed within the via in such a way that substantially the whole of the via is filled by the pin. a) aligning a pin perpendicular to a first opening of the via; b) inserting the pin through the first opening in the via; c) shortening the pin to a pin length in such a way that the pin length corresponds to part of a whole or a multiple of a length of the via; d) pressing the first layer with a second layer, wherein a first prepreg layer is arranged between the first layer and the second layer, wherein, in step d), the first layer is pressed with the second layer until the pin is deformed within the via in such a way that substantially the whole of the via is filled by the pin.
An endoscope apparatus comprising: an illumination light source unit that emits illumination light to illuminate a subject; a specific light source unit that emits specific light; a light emission controller that performs a control of lighting of the illumination light and performs a control of repeatedly lighting and dimming of the specific light at a specific frame interval; an imaging element that images the subject; an imaging acquisition unit that acquires a first captured image obtained by imaging the subject illuminated with the illumination light and a second captured image obtained by imaging the subject illuminated with the illumination light and the specific light; a position specifying unit that specifies a position of a specific region to be obtained based on the specific light in the second captured image, based on the first captured image and the second captured image; an image processing unit that processes the first captured image or the second captured image to generate a specific image, based on the position of the specific region; and a display controller that causes a display unit to display the specific image. an illumination light source unit that emits illumination light to illuminate a subject; a specific light source unit that emits specific light; a light emission controller that performs a control of lighting of the illumination light and performs a control of repeatedly lighting and dimming of the specific light at a specific frame interval; an imaging element that images the subject; an imaging acquisition unit that acquires a first captured image obtained by imaging the subject illuminated with the illumination light and a second captured image obtained by imaging the subject illuminated with the illumination light and the specific light; a position specifying unit that specifies a position of a specific region to be obtained based on the specific light in the second captured image, based on the first captured image and the second captured image; an image processing unit that processes the first captured image or the second captured image to generate a specific image, based on the position of the specific region; and a display controller that causes a display unit to display the specific image.
A wearable article continuous in a longitudinal direction and a transverse direction, comprising a main body and a ring-like elastic belt comprising a front belt and a back belt, the center of the front belt is joined to a front waist panel of the main body, the center of the back belt is joined to a back waist panel of the main body, the front and back belt each having a left side panel and a right side panel where the main body does not overlap, and transverse edges of the front belt and back belt are joined by a seam to form a waist opening and two leg openings, wherein each of the front belt and back belt are formed by an inner sheet, an outer sheet, and a plurality of elastic bodies sandwiched therebetween and running in the transverse direction substantially parallel to each other, and at least a portion of the elasticity at least some of the elastic bodies are removed of its elasticity, the transverse width of the elastic body having the longest length removed of its elasticity defined as a maximum elastic cut window; wherein the length of the article along the longitudinal axis is from 300 mm to 440 mm; and maximum elastic cut window is less than 100 mm, wherein the front belt and back belt have the same transverse length, and transverse length is no less than 320 mm; and wherein the article has an Initial Gauge Circumference and a Full Stretch Circumference according to the Whole Article Force Measurement herein, wherein the Full Stretch Circumference is from 620 mm to 720 mm, and ratio of the Full Stretch Circumference to the Initial Gauge Circumference is no less than 2.5; and wherein each of the proximal edges and distal edges of the front belt and back belt are substantially parallel, the longitudinal length of the back belt being longer than that of the front belt, wherein the distal edge of the front belt is aligned with the distal edge of the back belt, and proximal edge of the front belt is not aligned with the proximal edge of the back belt; and wherein the main body comprises a pair of outmost leg elastic bodies along the longitudinally extending side edges, wherein the Leg Opening Length according to the Leg Opening Length Measurement herein is from 150 mm to 300 mm; and wherein the main body comprises an absorbent core, the absorbent core overlapping the area of the front belt and back belt wherein the elastic bodies are removed of elasticiy, wherein the maximum elastic cut window is at least 10mm shorter than the transverse width of the absorbent core.
Battery, in particular lithium-ion battery, comprising a battery housing comprising an inner chamber for accommodating galvanic cells, in particular lithium-ion cells, which are provided on each of their cell upper sides with at least one cut-out area which can be opened in the event of failure of the cell, wherein the interior of the battery housing has at least one dispenser for dispensing a flame-inhibiting, flame-retarding and/or flame-extinguishing agent, wherein the dispenser has at least one dispenser opening (5; 5a, 5b, 5c, 5d, 5e, 5f) which is arranged adjacent to a cut-out area of a cell and can be opened, wherein the dispenser opening (5; 5a, 5b, 5c, 5d, 5e, 5f) can be opened in the event of a mechanical shock and/or an increase in temperature and/or a pressure increase above a predetermined limiting value, characterized in that at least one dispenser opening is arranged over a cut-out area, wherein the cut-out area is embodied as a predetermined break point which opens the galvanic cell when a cell internal pressure is exceeded.
A memory containing at least one linked list of records representative of a plurality of data transfers by a direct memory access control circuit, each record (LLI-1, LLI-2, LLI-3) being representative of parameters (S@, D@, NB, BL, NLLI@, ctrl-in, ctrl-in-req, ctrl-in-trig, ctrl-in-trig-mode, ctrl-in-req-mode, ctrl in-trig-pol, ctrl-out, ctrl-out-mode, ctrl-out-pol) of a corresponding data transfer among said plurality of data transfers, the parameters of said data transfer comprising a start condition (ctrl-in, ctrl-out, ctrl-in-req, ctrl-in-trig, ctrl-in req-mode, ctrl-in-trig-mode, ctrl-in-trig-pol) of said data transfer and an end event (ctrl-out, ctrl-out-mode, ctrl-out pol) of said data transfer, wherein the start condition of said transfer comprises and is determined by: an identification (ctrl-in-req) of a client of said transfer identifying a request signal causing said transfer; an indication (ctrl-in-req-mode) of at least one time of said transfer where a reception of the request signal (ctrl-in-req) conditions said transfer; an identification (ctrl-in-trig) of a transfer start signal; and an indication (ctrl-in-trig-mode) either that the transfer is not conditioned by a change of the transfer start signal, or of at least one time of said transfer where a detection of a change of the transfer start signal conditions said transfer, and wherein the transfer end event (ctrl-out) comprises an indication (ctrl-out-mode) either of at least one time of said transfer where the event should be generated, or that said event is not generated during said transfer, said event being a change of an end signal of said transfer. an identification (ctrl-in-req) of a client of said transfer identifying a request signal causing said transfer; an indication (ctrl-in-req-mode) of at least one time of said transfer where a reception of the request signal (ctrl-in-req) conditions said transfer; an identification (ctrl-in-trig) of a transfer start signal; and an indication (ctrl-in-trig-mode) either that the transfer is not conditioned by a change of the transfer start signal, or of at least one time of said transfer where a detection of a change of the transfer start signal conditions said transfer, and wherein the transfer end event (ctrl-out) comprises an indication (ctrl-out-mode) either of at least one time of said transfer where the event should be generated, or that said event is not generated during said transfer, said event being a change of an end signal of said transfer.