mhurhangee/ep-ind-claims huggingface dataset:
A fireproof cabinet body structure, comprising: a cabinet body, wherein an opening is arranged on one side of the cabinet body and is suitable for mounting a cabinet door, and the cabinet body comprises a keel frame and at least one layer of gypsum board fixed on an outer vertical surface of the keel frame; adjacent gypsum boards are seamlessly pieced together; the keel frame has a rigidity greater than that of the gypsum board; and a plurality of support legs, wherein the plurality of support legs penetrate through the gypsum board and are fixedly connected with the keel frame; and a direction of the supporting force of any one of the support legs is the same as an extending direction of a vertical beam in the keel frame; and the keel frame is a steel keel frame, characterized in that the keel frame comprises rectangular tubes and angle steels; a side surface of the cabinet body that is opposite to the opening is provided with the rectangular tubes along the center line thereof; except that two edges in the keel frame that are located on the side surface and parallel to the rectangular tubes of the center line adopt angle steels, and the remaining edges in the keel frame adopt rectangular tubes; an inner vertical surface of the keel frame is further provided with an inner panel; and a gap layer is formed by surrounding the rectangular tubes parallel to two sides of any one of the angle steels with the inner panel and the gypsum board. a plurality of support legs, wherein the plurality of support legs penetrate through the gypsum board and are fixedly connected with the keel frame; and a direction of the supporting force of any one of the support legs is the same as an extending direction of a vertical beam in the keel frame; and the keel frame is a steel keel frame, characterized in that the keel frame comprises rectangular tubes and angle steels; a side surface of the cabinet body that is opposite to the opening is provided with the rectangular tubes along the center line thereof; except that two edges in the keel frame that are located on the side surface and parallel to the rectangular tubes of the center line adopt angle steels, and the remaining edges in the keel frame adopt rectangular tubes; an inner vertical surface of the keel frame is further provided with an inner panel; and a gap layer is formed by surrounding the rectangular tubes parallel to two sides of any one of the angle steels with the inner panel and the gypsum board.
Filling tube for producing a column of filling material in the ground with a tube body, at the lower end of which a closing means with pivotably linked closing flaps is arranged, which, - on introduction of the filling tube into the ground, assume a closed position, in which the tube body is closed in the downward direction and the closing flaps form a penetrating tip, and, - on withdrawal of the filling tube from the ground, assume an open position, wherein the tube body is open in the downward direction and filling material can be fed from the tube body into the ground in order to form the column of filling material, characterized in that the closing means has at least one support element which is arranged in a central region at a lower end of the tube body, and in that in the closed position the closing flaps rest against the support element. - on introduction of the filling tube into the ground, assume a closed position, in which the tube body is closed in the downward direction and the closing flaps form a penetrating tip, and, - on withdrawal of the filling tube from the ground, assume an open position, wherein the tube body is open in the downward direction and filling material can be fed from the tube body into the ground in order to form the column of filling material,
An anti-CD38 antibody, for use in treatment of a subject having acute lymphoblastic leukemia, wherein the anti-CD38 antibody: (i) comprises the heavy chain complementarity determining regions (HCDR) 1 (HCDR1), 2 (HCDR2) and 3 (HCDR3) sequences of SEQ ID NOs: 6, 7 and 8, respectively; and (ii) comprises the light chain complementarity determining regions (LCDR) 1 (LCDR1), 2 (LCDR2) and 3 (LCDR3) sequences of SEQ ID NOs: 9, 10 and 11, respectively; (iii) induces in vitro killing of ALL cells by antibody-dependent cell-mediated cytotoxicity (ADCC), antibody-dependent cellular phagocytosis (ADCP), complement dependent cytotoxicity, apoptosis, or in vitro modulation of CD38 enzymatic activity; and (iv) is administered in combination with vincristine; wherein the subject has ALL cells with a Philadelphia chromosome and wherein the subject is resistant or has acquired resistance to treatment with a BCR-ABL kinase inhibitor. (i) comprises the heavy chain complementarity determining regions (HCDR) 1 (HCDR1), 2 (HCDR2) and 3 (HCDR3) sequences of SEQ ID NOs: 6, 7 and 8, respectively; and (ii) comprises the light chain complementarity determining regions (LCDR) 1 (LCDR1), 2 (LCDR2) and 3 (LCDR3) sequences of SEQ ID NOs: 9, 10 and 11, respectively; (iii) induces in vitro killing of ALL cells by antibody-dependent cell-mediated cytotoxicity (ADCC), antibody-dependent cellular phagocytosis (ADCP), complement dependent cytotoxicity, apoptosis, or in vitro modulation of CD38 enzymatic activity; and (iv) is administered in combination with vincristine;
An orally-disintegrating tablet comprising a principle agent, a D-mannitol powder and a sugar alcohol granule, wherein the orally-disintegrating tablet has a hardness of 30 N or greater which is measured using a tablet hardness gauge, wherein the average particle size in the D-mannitol powder is smaller than 50 μm and the average particle size in the sugar alcohol granulate is at least 80 μm, wherein the principal agent and D-mannitol powder are not ones that have been granulated, the mixing ratio for the D-mannitol powder and the sugar alcohol granule is a ratio by weight of 4:1 to 1:1 and the hardness is obtained by compression molding.
Method for operating a drive unit for a hybrid vehicle, wherein the drive unit comprises a driver assembly with internal combustion engine and an electric machine, and comprises a transmission having a plurality of partial transmissions (6, 7) which are connected between the driver assembly and an output, wherein the electric machine is coupled via a planetary gear mechanism to an input shaft of a first partial transmission and to an input shaft of a second partial transmission which is connected in parallel with the first partial transmission, wherein the internal combustion engine can be coupled to the input shaft of the first partial transmission via a clutch, and can be coupled to the same element of the planetary gear mechanism together with the input shaft of the first partial transmission when the clutch is closed, and wherein a lock-up shifting element interacts with the planetary gear mechanism in such a way that when the lock-up shifting element is closed a rotationally fixed connection is present between the electric machine, the input shaft of the first partial transmission and the input shaft of the second partial transmission and therefore there is compulsory identity of rotational speed between them, whereas when the lock-up shifting element is opened this rotationally fixed connection between the electric machine and the two input shaft (8, 9) of the two partial transmissions (6, 7), and therefore the compulsory identity of rotational speed, is not present, wherein the clutch is embodied as a frictionally locking or frictionally engaging clutch, and wherein the lock-up shifting element is embodied as a frictionally locking lock-up shift element, characterized in that in order to execute a load shifting process in the purely electric travel mode of the drive unit the frictionally locking lock-up shifting element is used as a load shifting element, specifically as an activating load shift element or as a load shift element to be closed when executing a traction upshift operation and when executing an overrun downshift operation, and as a deactivating load shift element or as a load shift element to be opened when executing a traction downshift operation and when executing an overrun upshift operation.
Method for generating biogas from pumpable organic material with a low content of organic dry substance in a fermenter, said method comprising following steps: i) placing the pumpable organic material through an inlet into the fermenter, ii) generating and maintaining an anaerob environment, a pH of at least 7 and a temperature in the mesophil to thermophil range, iii) generating a transfer stream of the pumpable organic material through a fixed bed reactor and a sedimentation chamber of the fermenter, iv) recovering the specific lighter fractions of the pumpable organic material in a recycling section, v) and collecting the rising gases and continuously or periodically removing the remaining fermented leftovers. i) placing the pumpable organic material through an inlet into the fermenter, ii) generating and maintaining an anaerob environment, a pH of at least 7 and a temperature in the mesophil to thermophil range, iii) generating a transfer stream of the pumpable organic material through a fixed bed reactor and a sedimentation chamber of the fermenter, iv) recovering the specific lighter fractions of the pumpable organic material in a recycling section, v) and collecting the rising gases and continuously or periodically removing the remaining fermented leftovers.
A computer implemented method for implementing a video on demand service, which is applied in a video on demand system comprising a client device, a dispatching server, a streaming media server and a home streaming media server which provides a media service for a client, wherein, when the home streaming media server is incapable of providing a media service for the client device, the home streaming media server obtains, from the dispatching server, information of a streaming media server capable of providing the media service, and the media service is provided by said streaming media server for the client device; wherein the home streaming media server being incapable of providing the media service for the client device represents: when starting a video on demand service or during a process of the video on demand service, the home streaming media server is incapable of providing the media service to the client device; during the process of the video on demand service, when the home streaming media server is incapable of providing the media service for the client device, the home streaming media server obtaining the information of the streaming media server capable of providing the media service, and requesting media resources from the streaming media server capable of providing the media service, and transmitting a control message between the client device and the streaming media server capable of providing the media server transparently; and the client device establishing a media link with the streaming media server capable of providing the media service, and updating a media source address of the client device.
Apparatus for producing haematite, which comprises at least • reaction vessel, • outer delimitation, • support for iron, • holder for outer delimitation and support for iron, • at least one gas introduction unit for oxygen-containing gas, • inlet for iron nitrate solution, haematite nucleus suspension and optionally water, • outlet for a nitrogen oxide-containing stream and • outlet for the haematite pigment suspension, • wherein the outer delimitation is joined around part of the circumference to the support for iron and the other part of the circumference of the support for iron is joined to the interior wall of the reactor. • reaction vessel, • outer delimitation, • support for iron, • holder for outer delimitation and support for iron, • at least one gas introduction unit for oxygen-containing gas, • inlet for iron nitrate solution, haematite nucleus suspension and optionally water, • outlet for a nitrogen oxide-containing stream and • outlet for the haematite pigment suspension, • wherein the outer delimitation is joined around part of the circumference to the support for iron and the other part of the circumference of the support for iron is joined to the interior wall of the reactor.
Gratings for the analysis of the interference image in interferometers for the x-ray imaging via phase-contrast methods and/or dark field imaging comprising a carrier and two materials which absorb X-rays, wherein one of the materials is gold or lead, and the second material is tungsten or tantalum, characterized in that they have a layer structure selected from the group consisting of carrier/ML1/ML2 or ML1/carrier/ML2, wherein the designation ML stands for material layer.
A riser segment assembly (22, 22a) comprising: (i) a main tube defining a primary lumen (ii) a collar (140, 140a) defining a first lateral opening, in fluid communication with the primary lumen; (iii)a first valve coupled to the first lateral opening, the first valve having a longitudinal flow axis that is parallel to a longitudinal axis of the main tube; and characterized in that the riser assembly (22, 22a) further comprises: (iv) a removable valve assembly having a. the valve; b. a first connector secured to a first end of the valve, wherein the first connector includes a protrusion; c. a second connector secured to a second end of the valve and comprising a first fitting having lateral protrusions; (v) a second fitting coupled to the collar, where the second fitting defines a fitting lumen in fluid communication with the first lateral opening and includes a recess configured to receive the protrusion of the first connector to connect the valve and the fitting lumen, wherein the connection between first connector and second fitting is a slidable, removable connection, (vi)a retainer coupled to the main tube and having a body comprising a recess having lateral grooves or slots, wherein the lateral grooves or slots are configured to receive the lateral protrusions of the first fitting to prevent the second connector from moving radially outward relative to the main tube. (i) a main tube defining a primary lumen (ii) a collar (140, 140a) defining a first lateral opening, in fluid communication with the primary lumen; (iii)a first valve coupled to the first lateral opening, the first valve having a longitudinal flow axis that is parallel to a longitudinal axis of the main tube; and characterized in that the riser assembly (22, 22a) further comprises: (iv) a removable valve assembly having a. the valve; b. a first connector secured to a first end of the valve, wherein the first connector includes a protrusion; c. a second connector secured to a second end of the valve and comprising a first fitting having lateral protrusions; a. the valve; b. a first connector secured to a first end of the valve, wherein the first connector includes a protrusion; c. a second connector secured to a second end of the valve and comprising a first fitting having lateral protrusions; (v) a second fitting coupled to the collar, where the second fitting defines a fitting lumen in fluid communication with the first lateral opening and includes a recess configured to receive the protrusion of the first connector to connect the valve and the fitting lumen, wherein the connection between first connector and second fitting is a slidable, removable connection, (vi)a retainer coupled to the main tube and having a body comprising a recess having lateral grooves or slots, wherein the lateral grooves or slots are configured to receive the lateral protrusions of the first fitting to prevent the second connector from moving radially outward relative to the main tube.
A rotary head which includes a rotating body on which a plurality of suction nozzles that suck a component at a tip end are disposed in a circumferential direction, and revolves the plurality of suction nozzles by rotation of the rotating body, characterized in that a wall portion with a wall surface along an axial direction of a rotary axis of the rotating body, is provided on a lower surface of the rotating body, and the wall portion is provided in the vicinity of an inner circumferential side of the plurality of suction nozzles such that a reduction in pressure on the inner circumferential side of the plurality of suction nozzles caused by the revolving of the suction nozzles is suppressed.
A device comprising an optical fiber having one or more cores and an optical fiber termination at an end of the optical fiber, the optical fiber termination comprising: a structure having a termination volume including an absorptive region of absorptive material comprising cobalt-doped blue borosilicate glass, wherein a length of the structure is less than 5 mm and a largest transverse dimension of the structure is less than 325 um, wherein the structure includes a diffusion region (201, 301, 401) in which radial diffusion of each of the one or more cores into the absorptive material is created from heating the end of the optical fiber together with a proximal portion of the absorptive region abutting the end of the optical fiber, wherein the optical fiber is associated with a first index of refraction and the absorptive region is associated with a second index of refraction, there being a mismatch between the first index of refraction and the second index of refraction, and wherein the diffusion region (201, 301, 401) gradually transitions between the first index of refraction and the second index of refraction to reduce reflections that occur from the mismatch, and wherein a choice of the absorptive material and an extent of core diffusion into the absorptive material together reduce reflections into the one or more cores to a return loss of -70dB or less regardless of a presence of surfaces proximate the optical fiber termination. a structure having a termination volume including an absorptive region of absorptive material comprising cobalt-doped blue borosilicate glass, wherein a length of the structure is less than 5 mm and a largest transverse dimension of the structure is less than 325 um, wherein the structure includes a diffusion region (201, 301, 401) in which radial diffusion of each of the one or more cores into the absorptive material is created from heating the end of the optical fiber together with a proximal portion of the absorptive region abutting the end of the optical fiber, wherein the optical fiber is associated with a first index of refraction and the absorptive region is associated with a second index of refraction, there being a mismatch between the first index of refraction and the second index of refraction, and wherein the diffusion region (201, 301, 401) gradually transitions between the first index of refraction and the second index of refraction to reduce reflections that occur from the mismatch, and wherein a choice of the absorptive material and an extent of core diffusion into the absorptive material together reduce reflections into the one or more cores to a return loss of -70dB or less regardless of a presence of surfaces proximate the optical fiber termination.
A method for measuring a long profile, in particular one which has been brought to an elevated temperature, wherein a cross section of the long profile is determined, wherein the long profile is measured with a light section sensor which is mounted slidably on a swivel device, characterized in that at least partial information of a position change of the light section sensor is obtained from measurement data of the light section sensor itself.
Method for the treatment of a substitute fuel, in which the substitute fuel is crushed by tearing and dried during crushing in a rotary crushing device, wherein the drying during crushing is performed by hot gas introduced into the crushing device as the drying gas, wherein the substitute fuel is made to move circularly during crushing, and wherein the drying gas is guided in a co-current manner to the movement of the substitute fuel through the crushing device, characterized in that the crushing is carried out in a chain mill with rotating chains as fast-rotating tools effecting the crushing.
A molded article having a maximum thickness of 3 centimeters, comprising a polyetherimide composition, the composition comprising, 60 to 99.9 weight percent of a polyetherimide having a weight average molecular weight of 5,000 to 80,000 Daltons; and 0.1 to 40 weight percent of an aryl phosphate having a molecular weight from 500 to 1,200 Daltons; wherein weight percent is based on the total weight of the composition; wherein the composition has a melt flow at least 10% greater than the melt flow of the same polyetherimide composition without the aryl phosphate, measured according to ASTM D1238 at 337°C under a 6.7 kilogram load; and wherein thermoplastic polymers other than the polyetherimide are excluded from the polyetherimide composition.
A method for additive manufacturing of three-dimensional objects from metallic glasses, wherein the object in the amorphous form is obtained, utilising a process of melting of successive layers of an alloying material by a laser beam or an electron beam according to the invention, characterised in that every material layer is melted twice, using parameters which yield a crystalline melt trace in the first melting, wherein the first melting is realised with a beam speed of 10-2000 mm/s and a surface power density of 10 4 - 5·10 5 W/cm 2, and the successively melted beam paths come in contact with one another, while in the remelting, parameters yielding an amorphous melt trace are used, wherein the remelting is realised with a beam speed of 200-5000 mm/s and a surface power density above 5·10 5 W/cm 2, and the successively remelted paths or spots do not come in contact with one another, and/or between the scanning of successive paths or spots, an interval not shorter than 10 ms is maintained, the surface power density in the first melting being lower than in the remelting.
Security door comprising: - a first sheet material, - a second sheet material, which sheet materials (3, 4) are arranged parallel to each other and at a distance apart, thus defining a door leaf with an inner space, - a translucent part arranged between the first and the second sheet material, the translucent part covering a see-through opening (8, 9) arranged in the respective sheet material (3, 4), and - a third sheet material, characterized by the third sheet material being an only one extra assembly component, said third sheet material being arranged in the inner space, the translucent part being fastened in the door by means of the third sheet material and by some suitable joint, such as a tape or glue joint. - a first sheet material, - a second sheet material, - a translucent part arranged between the first and the second sheet material, the translucent part covering a see-through opening (8, 9) arranged in the respective sheet material (3, 4), and - a third sheet material,