mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for a transport of products, in particular for packaging machines, comprising at least one product feed via which the products can be fed in succession, at least one transfer device having a plurality of movers that are movable independently of one another, wherein at least one of the movers has at least one product holder for removing at least one product fed by the product feed, comprising at least one product discharge (36, 39, 40) and at least one intermediary transport means for receiving the product removed by the product holder, wherein the intermediary transport means is arranged upstream of the product discharge (36, 39, 40) in order to deliver the product to the product discharge (36, 39, 40), wherein the intermediary transport means is configured to be movable independently of the product discharge (36, 39, 40) and wherein the intermediary transport means comprises at least one conveyor belt, wherein the intermediary transport means projects into a collecting region of the product discharge (36, 39, 40) for a transfer of the product to the product discharge (36, 39, 40), characterised in that between the product feed and the intermediary transport means at least one slide plate is arranged, on which the product held by the product holder is moved and/or rotated, wherein at least one cutout, in which the at least one conveyor belt is at least partially arranged, is provided in the slide plate. at least one product feed via which the products can be fed in succession, at least one transfer device having a plurality of movers that are movable independently of one another, wherein at least one of the movers has at least one product holder for removing at least one product fed by the product feed, comprising at least one product discharge (36, 39, 40) and at least one intermediary transport means for receiving the product removed by the product holder, wherein the intermediary transport means is arranged upstream of the product discharge (36, 39, 40) in order to deliver the product to the product discharge (36, 39, 40), wherein the intermediary transport means is configured to be movable independently of the product discharge (36, 39, 40) and wherein the intermediary transport means comprises at least one conveyor belt, wherein the intermediary transport means projects into a collecting region of the product discharge (36, 39, 40) for a transfer of the product to the product discharge (36, 39, 40), characterised in that between the product feed and the intermediary transport means at least one slide plate is arranged, on which the product held by the product holder is moved and/or rotated, wherein at least one cutout, in which the at least one conveyor belt is at least partially arranged, is provided in the slide plate.
An electronic device, comprising a processing circuit configured to generate a group-based relay handover command based on a trigger event, the group-based relay handover command comprising information on a device member list and a target relay device for each handover group of one or more handover groups to enable handover from a source relay device to the target relay device to be performed on devices in the device member list of each handover group as a whole, wherein the electronic equipment serves as the source relay device in a wireless communication system, wherein the electronic device further comprises a transceiving circuit configured to transmit the group-based relay handover command to a remote device in the device member list for each handover group, and wherein the processing circuit is further configured to determine a group header device for each handover group, and the transceiving circuit is further configured to transmit information on the group header device to the remote device in the device member list for each handover group, the group header device of each handover group functioning as representative of the handover group to perform the handover process. wherein the electronic equipment serves as the source relay device in a wireless communication system, wherein the electronic device further comprises a transceiving circuit configured to transmit the group-based relay handover command to a remote device in the device member list for each handover group, and wherein the processing circuit is further configured to determine a group header device for each handover group, and the transceiving circuit is further configured to transmit information on the group header device to the remote device in the device member list for each handover group, the group header device of each handover group functioning as representative of the handover group to perform the handover process.
A process for preparing aminobenzoylsulfonamides of the formula IIA.1-a in which R 1 is CH(CH 3) 2 and R 2 is CH 3, which comprises reducing nitrobenzoylsulfonamides of the formula VA.1-a where R 1 and R 2 have the meanings mentioned above with hydrogen in the presence of catalytic amounts of transition metals or transition metal compounds. in which R 1 is CH(CH 3) 2 and R 2 is CH 3,
A method of controlling undesirable microorganism concentration in an aqueous solution employed in a fermentation process, the method comprising the steps of: (a) introducing a fermentable carbohydrate to the aqueous solution; (b) introducing at least one yeast to the solution; (c) introducing a hops acid extract into the solution; and (d) introducing at least one organic acid or a salt thereof into the solution, wherein the undesirable microorganism is lactic acid producing bacteria and the organic acid is citric acid. (a) introducing a fermentable carbohydrate to the aqueous solution; (b) introducing at least one yeast to the solution; (c) introducing a hops acid extract into the solution; and (d) introducing at least one organic acid or a salt thereof into the solution,
A system for providing a self-sealing incision to an eye, the system comprising: a laser for producing a laser beam; optics for receiving the laser beam and directing the laser beam to an eye to generate a laser shot pattern (4,8,14) for providing a self-sealing incision in a cornea of the eye, the self-sealing incision having an anterior start point and a posterior end point, and a length of the incision beginning at the anterior start point and ending at the posterior end point being greater than a distance between the anterior start point and the posterior end point; and a controller in communication with the laser and the optics and having a structure that controls the laser beam by controlling firing of the laser and controlling the optics to control x-y-z scanning parameters of the laser beam so that the laser shot pattern (4,8,14) is generated on the eye, wherein the shot pattern (4,8,14) comprises a pattern for providing the self-sealing incision in the cornea of the eye; and wherein an angle of the self-sealing incision in the cornea of the eye at the anterior start point with respect to an anterior surface of the cornea of the eye is acute; characterised in that the angle of the self-sealing incision in the cornea of the eye at the posterior end point with respect to the posterior surface of the cornea of the eye is 90 degrees. a laser for producing a laser beam; optics for receiving the laser beam and directing the laser beam to an eye to generate a laser shot pattern (4,8,14) for providing a self-sealing incision in a cornea of the eye, the self-sealing incision having an anterior start point and a posterior end point, and a length of the incision beginning at the anterior start point and ending at the posterior end point being greater than a distance between the anterior start point and the posterior end point; and a controller in communication with the laser and the optics and having a structure that controls the laser beam by controlling firing of the laser and controlling the optics to control x-y-z scanning parameters of the laser beam so that the laser shot pattern (4,8,14) is generated on the eye, wherein the shot pattern (4,8,14) comprises a pattern for providing the self-sealing incision in the cornea of the eye; and
A method for receiving control information by a user equipment, UE, in a wireless communication system, comprising: performing blind decoding on a plurality of physical resource block, PRB, pairs in each of at least one EPDCCH PRB set by using an EPDCCH demodulation reference signal, DMRS, wherein, each of the plurality of PRB pairs comprises four enhanced control channel elements, ECCEs, a scrambling sequence for the EPDCCH DMRS is obtained based on an equation '(└n s /2┘+1)·(2X+1)·2 16 +n SCID ', where 'n s ' denotes a slot number, a scrambling sequence parameter 'X' for the EPDCCH DMRS is signaled to the UE through RRC signaling, and a scrambling identity 'n SCID ' for the EPDCCH DMRS is fixed to a specific value, characterized in that: the UE determines an antenna port for each of the four ECCEs, by determining an index in an ECCE-to-port mapping table by performing a modulo operation for the scrambling sequence parameter 'X' with the number of indices in the ECCE-to-port mapping table. performing blind decoding on a plurality of physical resource block, PRB, pairs in each of at least one EPDCCH PRB set by using an EPDCCH demodulation reference signal, DMRS, wherein, each of the plurality of PRB pairs comprises four enhanced control channel elements, ECCEs, a scrambling sequence for the EPDCCH DMRS is obtained based on an equation '(└n s /2┘+1)·(2X+1)·2 16 +n SCID ', where 'n s ' denotes a slot number, a scrambling sequence parameter 'X' for the EPDCCH DMRS is signaled to the UE through RRC signaling, and a scrambling identity 'n SCID ' for the EPDCCH DMRS is fixed to a specific value, characterized in that: the UE determines an antenna port for each of the four ECCEs, by determining an index in an ECCE-to-port mapping table by performing a modulo operation for the scrambling sequence parameter 'X' with the number of indices in the ECCE-to-port mapping table.
An aerial distribution system for deploying items, comprising: a bulk shipping container; a plurality of deployment boxes (4000,4100) within the bulk shipping container, each deployment box containing at least one item; characterized in that the aerial distribution system further comprises: a plurality of tethers, each tether coupling a deployment box to the bulk shipping container; and a freefall retarding device coupled to the bulk shipping container; wherein during retarded freefall each of the plurality of deployment boxes is deployed from the bulk shipping container and deploys the at least one item contained within the deployment box. a bulk shipping container; a plurality of deployment boxes (4000,4100) within the bulk shipping container, each deployment box containing at least one item; characterized in that the aerial distribution system further comprises: a plurality of tethers, each tether coupling a deployment box to the bulk shipping container; and a freefall retarding device coupled to the bulk shipping container; wherein during retarded freefall each of the plurality of deployment boxes is deployed from the bulk shipping container and deploys the at least one item contained within the deployment box.
A wavelength conversion system (85, 86) comprising at least one light source (10, 11, 51) providing at least one beam of polarized light, and a support structure (1, 41) being rotatable around one of its axes, said support structure having a reflective surface which is fully or partly covered with at least one type of wavelength conversion layer (2, 42), which is in turn covered with at least one segment (8, 43, 103) of a reflective polarizing sheet, wherein the at least one light beam impinges onto the support structure being in a certain position, characterised in that for each position of said support structure that is covered with a segment of said reflective polarizing sheet, said sheet is oriented so that it transmits in the polarization direction of the impinging light beam, and in that the reflecting polarizing sheet is a Multilayer Birefringent Interference Polarizer connected to the support structure by at least one medium having a thermal conductivity larger than that of air.
A system comprising: a person support apparatus (100, 500) comprising a person support surface and a support frame; a plurality of load cells (152a, 152b, 152c, 152d) for generating load cell data, at least one of the plurality of load cells being positioned at or proximate to each corner of the support frame; a sensor for sensing at least one of heart rate data and respiration rate data for an individual, the sensor disposed between the person support surface and the support frame; and a computing device coupled to the plurality of load cells and the sensor for receiving the load cell data and the at least one of heart rate data and respiration rate data for the individual, the computing device comprising a processor and memory storing computer readable and executable instructions that, when executed by the processor, cause the computing device to detect that a patient turn has occurred on the person support surface based on the load cell data and the at least one of heart rate data and respiration rate data for the individual, and cause an indication that the patient turn occurred to be logged in an electronic medical record corresponding to the individual. a person support apparatus (100, 500) comprising a person support surface and a support frame; a plurality of load cells (152a, 152b, 152c, 152d) for generating load cell data, at least one of the plurality of load cells being positioned at or proximate to each corner of the support frame; a sensor for sensing at least one of heart rate data and respiration rate data for an individual, the sensor disposed between the person support surface and the support frame; and a computing device coupled to the plurality of load cells and the sensor for receiving the load cell data and the at least one of heart rate data and respiration rate data for the individual, the computing device comprising a processor and memory storing computer readable and executable instructions that, when executed by the processor, cause the computing device to detect that a patient turn has occurred on the person support surface based on the load cell data and the at least one of heart rate data and respiration rate data for the individual, and cause an indication that the patient turn occurred to be logged in an electronic medical record corresponding to the individual.
A cutting device, comprising a mounting frame, a feeding mechanism, a linear chasing-cutting mechanism, and an acceleration driving mechanism, wherein the feeding mechanism, the linear chasing-cutting mechanism and the acceleration driving mechanism are all provided on the mounting frame, the feeding mechanism is configured to convey a material tape, connected to the feeding mechanism, and configured to perform linear chasing-cutting on the material tape, characterized in that the cutting device is provided with an electrode guide plate, the electrode guide plate is provided on a discharging side of the feeding mechanism, and configured to guide the material tape after cutting, and the acceleration driving mechanism is provided on a discharging side of the electrode guide plate, and configured to perform acceleration driving on the material tape.
Arrangement for connecting an electrochemical energy store to an on-board power supply of an electrically driveable means of locomotion, comprising: - a busbar (2; 23, 24) for conducting electrical traction energy into the on-board power supply, - a torsion bar, and - a lever element, wherein the busbar (2; 23, 24), the torsion bar and the lever element are configured in an electrically conductive fashion, the busbar (2; 23, 24) and the torsion bar are connected to one another in an electrically conductive fashion via the lever element, wherein a longitudinal extent of the busbar (2; 23, 24) is oriented essentially perpendicularly with respect to a longitudinal extent of the torsion bar, and the lever element has an offset (d) between the longitudinal extent of the busbar (2; 23, 24) and the longitudinal extent of the torsion bar. - a busbar (2; 23, 24) for conducting electrical traction energy into the on-board power supply, - a torsion bar, and - a lever element, wherein
A MHC Class I-restricted epitope peptide derived from survivin, said epitope being a nona-peptide having the sequence LPPAWQPFL as specified in SEQ ID NO: 18 and at least one of the following characteristics: (i) capable of binding to the Class I HLA molecule at an affinity as measured by the amount of the peptide that is capable of half maximal recovery of the Class I HLA molecule (C 50 value) which is at the most 50 μM as determined by HLA stabilization assay, (ii) capable of eliciting INF-γ -producing cells in a PBL population of a cancer patient at a frequency of at least 1 per 10 4 PBLs as determined by an ELISPOT assay, and/or (iii) capable of in situ detection in a tumor tissue of CTLs that are reactive with the epitope peptide, for use as a medicament and wherein said peptide is capable of binding to the Class I HLA-B7 molecule. (i) capable of binding to the Class I HLA molecule at an affinity as measured by the amount of the peptide that is capable of half maximal recovery of the Class I HLA molecule (C 50 value) which is at the most 50 μM as determined by HLA stabilization assay, (ii) capable of eliciting INF-γ -producing cells in a PBL population of a cancer patient at a frequency of at least 1 per 10 4 PBLs as determined by an ELISPOT assay, and/or (iii) capable of in situ detection in a tumor tissue of CTLs that are reactive with the epitope peptide,
A method for receiving streaming media from an external provider onboard a moving vehicle via wireless communication, wherein at least one router is provided in the moving vehicle for receiving and transmitting wireless data communication to and from a stationary communication server outside said moving vehicle through an exterior mobile network (4 a-c), said at least one router being provided with or connected to a local proxy server and a cache onboard the vehicle, wherein said router is accessible by a plurality of client devices (6 a-c) onboard said vehicle, comprising: checking, upon a request from a client device to obtain a streaming media from said external provider, whether a segment of said streaming media is available in the cache or not; forwarding, when a segment of said requested streaming media is available in the cache, the segment of the streaming media object to the client device from the cache; characterized in that the method further comprises downloading, when said segment of the requested streaming media is not available in the cache, the segment of said streaming media object from said external server, and forwarding the downloaded segment to the client device, and storing the segment in the cache. checking, upon a request from a client device to obtain a streaming media from said external provider, whether a segment of said streaming media is available in the cache or not; forwarding, when a segment of said requested streaming media is available in the cache, the segment of the streaming media object to the client device from the cache; characterized in that the method further comprises downloading, when said segment of the requested streaming media is not available in the cache, the segment of said streaming media object from said external server, and forwarding the downloaded segment to the client device, and storing the segment in the cache.
A mold holder for use in the molding of parts, in particular footwear, in thermoplastic material or reactive mixtures, comprising a support base for the molds, with closing cover hinged thereto and with front door to support the molds of the soles, said door being rotatable about a longitudinal axis, said mold holder being provided with a device adapted to move said door out of the front dimensions of said molds, in order to facilitate mold insertion/removal operations, characterized in that said device comprises: • a linear guide; • a slide, which travels on said guide; • means adapted to make said slide travel with respect to said guide; there being provided means adapted to carry said guide and said slide into vertical position, in such a manner that by operating said means, said door moves vertically downward, out of the front dimensions of said molds. • a linear guide; • a slide, which travels on said guide; • means adapted to make said slide travel with respect to said guide;
A sputtering target, comprising: a. at least two consolidated blocks, each block having the same composition and including an alloy including molybdenum in an amount greater than 30 percent by weight and at least one additional alloying element; and b. a joint between the at least two consolidated blocks, which joins the blocks together to define a target body, the joint being free of any microstructure due to an added bonding agent, and being free of any joint line of greater than 200 μm width, wherein the sputtering target along the joint line exhibits a transverse rupture strength per ASTM B528-10, of at least 600 MPa. a. at least two consolidated blocks, each block having the same composition and including an alloy including molybdenum in an amount greater than 30 percent by weight and at least one additional alloying element; and b. a joint between the at least two consolidated blocks, which joins the blocks together to define a target body, the joint being free of any microstructure due to an added bonding agent, and being free of any joint line of greater than 200 μm width, wherein the sputtering target along the joint line exhibits a transverse rupture strength per ASTM B528-10, of at least 600 MPa.
Blank mould baffle pressing system for forming a burr-free mouth entry of a glass container to be produced, which comprises a piston (9.1) operated by the supply of gas pressure, preferably compressed air, and a pressing element with a pressing element profile (10.3), whereby the piston (9.1), when subjected with gas pressure on one side, brings the blank mould baffle pressing system into a pressing position against a glass gob to be formed in a blank mould, and preforms a baffle for the glass container to be produced in the process of contact of the pressing element profile (10.3) with the glass gob, characterized in that the blank mould baffle pressing system comprises a control or closed-loop-control of the stroke of the piston (9.1), which serves to compensate for mass fluctuations of the glass gob by adapting this stroke to the respective glass gob mass, the blank mould baffle pressing system having an internal cooling device for cooling by means of a cooling medium.