mhurhangee/ep-ind-claims huggingface dataset:
Battery carrier which is provided for being fastened in a floor region of a supporting structure of an electrically driven motor vehicle, wherein the battery carrier delimits a receiving space for at least one battery element to be positioned there with a floor section and a side wall circulating the floor section and wherein the side wall comprises at least two side wall sections (13, 14, 20-25) which are aligned at an angle (ß) of more than 0° with respect to the floor section and meet in a corner region (11a-11d), characterized in that the floor section of the battery carrier is formed in one piece from a first aluminum material, and side wall sections (20-23, 24, 25) of the side wall meeting each other at least in one of the corner regions (11a-11d), including the respective corner region (11a-11d), are formed in one piece from a second aluminum material which has a higher elongation at break A than the first aluminum material. the floor section of the battery carrier is formed in one piece from a first aluminum material, and side wall sections (20-23, 24, 25) of the side wall meeting each other at least in one of the corner regions (11a-11d), including the respective corner region (11a-11d), are formed in one piece from a second aluminum material which has a higher elongation at break A than the first aluminum material.
Cooking system (26a-b) with at least one hob device, which has a hotplate (12a-b) and at least one drive unit (14a-b), which, in an installation position, is arranged below the hotplate (12a-b) and is provided, in at least one operating state, to supply a magnetic field which rotates at least essentially about at least one axis of rotation (16a-b) above the hotplate (12a-b) for driving at least one load (18a-b) and with at least one item of cookware (28a-b) which has at least the load (18a-b), wherein the load (18a-b) is embodied as a food processing unit (32a-b), wherein the food processing unit (32a-b) has at least one processing tool (34a-b) and at least one forwarding element (36a-b), characterised in that the item of cookware (28a-b) has at least one housing unit, which has at least one outer housing part facing away from a food accommodating compartment and at least one inner housing part facing the food accommodating compartment, which define an intermediate space and that in the operating state at least the forwarding element (36a-b) of the food processing unit (32a-b) is arranged at least partially in the intermediate space (46a-b).
A medical x-ray imaging apparatus, which apparatus includes - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means (21, 22) substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means (21, 22), - which apparatus includes in said ring-shaped structure supporting the imaging means (21, 22) an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means (21, 22) is arranged movable with respect to said support construction at least in the vertical direction, characterized in that a patient stool is arranged to be positioned in connection with the apparatus and said ring-shaped structure includes positioning means (32, 33, 34) arranged in connection with said examination opening of said ring-shaped structure supporting the imaging means (21, 22) for positioning the patient stool into the examination opening. - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means (21, 22) substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means (21, 22), - which apparatus includes in said ring-shaped structure supporting the imaging means (21, 22) an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means (21, 22) is arranged movable with respect to said support construction at least in the vertical direction,
A calibration suspension unit comprising a container that is filled with a calibration suspension for the calibration of a turbidity meter, the calibration suspension being a suspension of formazine, styrene divinyl benzene, latex or metal oxide gel in a liquid, wherein the container is made from a flexible material and is closed, and wherein there is no air supernatant above the calibration suspension in the closed container.
A pharmaceutical composition comprising: (a) a quinolone carboxylic acid derivative or a pharmaceutically acceptable salt or ester thereof; and (b) an effervescent agent; wherein said quinolone carboxylic acid derivative corresponds to the following compound, or a pharmaceutically acceptable salt or ester thereof; and wherein said effervescent agent comprises a mixture of sodium bicarbonate, sodium dihydrogen phosphate, and citric acid. (a) a quinolone carboxylic acid derivative or a pharmaceutically acceptable salt or ester thereof; and (b) an effervescent agent; wherein said quinolone carboxylic acid derivative corresponds to the following compound, or a pharmaceutically acceptable salt or ester thereof; and wherein said effervescent agent comprises a mixture of sodium bicarbonate, sodium dihydrogen phosphate, and citric acid.
A handle structure (H1, H2) for a carton (90; 190; 290; 490), the handle structure comprising a pair of adjoining hand flaps (42A, 42B; 142A, 142B; 242A, 242B; 442A, 442B; 542A, 542B; 642A, 642B) hingedly connected to a handle panel (26A, 26B; 126A, 126B; 226A, 226B; 426A) by a pair of hinged connections (41A, 41B; 141A, 141B; 270A, 270B; 491A, 493A, 491B, 493B; 541A, 541B; 641A, 641B) such that the hand flaps together define a single hand opening (H3, H4) in the handle panel when the hand flaps are folded out of a plane of the handle panel, each of the hinged connections having a longitudinal axis (41A, 41B; 141A, 141B; L1, L2) disposed at an acute angle (θ) with respect to a notional horizontal line, the longitudinal axes of the hinged connections defining an obtuse angle (λ; ε; ψ) therebetween and downwardly extending divergently from each other, wherein the handle panel is a unitary, substantially upright handle panel, and the handle structure comprises at least one inner panel (28A, 32A, 28B, 32B; 128A, 132A, 128B, 132B; 228A, 232A, 228B, 232B; 420A, 416A; 528B, 532B; 628B, 632B) disposed in a face-contacting relationship with the handle panel, the at least one inner panel comprising at least one inner opening (R1, R2, R3, R4) configured and arranged to be in registry with at least a portion of the hand opening, wherein the at least one inner panel comprises at least one inner flap (52A, 52B; 152A, 152B; 262A, 264A, 262B, 264B; 552A, 552B; 652A, 652B) hinged to the at least one inner panel by at least one hinged connection (51A, 51B; 151A, 151B; 261A, 261B), the at least one inner flap defining at least a portion of the at least one inner opening.
A bandage to ameliorate the formation of a scar or keloid at a wound site, wherein the bandage is configured to be removably secured to a skin surface in proximity to the wound site and wherein the bandage comprises a silicone polymer sheet and has a first tensile stressed configuration and a second relaxed configuration, the first configuration being stored by stretching the polymer sheet and then attaching the sheet along its edges to a stiffer polymer sheet using an attachment device.
Beverage preparation device, in particular portion capsule device or fully automatic coffee machine, with a device housing extending along a depth axist, a width axis extending perpendicular to the depth axist and a height axis extending perpendicularly to the depth and width axis (T, B), and a beverage preparation device for preparing a beverage on the basis of a substrate, with an outlet arranged on a front side of the device housing for discharging the prepared beverage, as well as with a removable drip tray having at least one stand, which is arranged in a functional position with a beverage container storage section, preferably carrying a drip grill, in an area outside of the device housing underneath the outlet in such a way that here, with an inner section, it projects in a front-side housing recess, and which, in a removal position adjusted out of the device housing, can be placed on at least one stand, wherein the at least one stand is arranged such that this is arranged in the functional position within an axial projected surface of the device housing relative to the device housing vertical axis as well as below or within the device housing, characterized in that the drip tray comprises an outer, preferably at least in largely part formed on the beverage container storage section, high tray section and a, preferably formed integrally therewith, preferably at least largely formed on the inner section, flat tray section, which preferably comprises a greater extension along the depth axis than the high tray section, and that the at least one stand is arranged below the flat tray section, and that the at least one stand extends starting from the high tray section along the depth axis to below the flat tray section.
A corneal endothelial composition comprising a hydrogel scaffold and a layer of corneal endothelial cells present on the surface of the hydrogel scaffold, wherein the hydrogel scaffold comprises heparin.
A method of crimping a bioresorbable polymeric tubular stent having a stent lumen onto an inflatable balloon of a stent delivery catheter, the stent having a multiplicity of stent struts evenly distributed around the stent lumen and a multiplicity of interstices between the stent struts, and the stent having a deployed diameter and a crimped diameter that is smaller than the deployed diameter, the bioresorbable polymer having a glass transition temperature (Tg), the inflatable balloon having a wall material arranged into a multiplicity of folds and evenly distributed around the stent lumen, and the method comprising in the following order: - inserting the inflatable balloon of the stent delivery catheter into the stent lumen of the tubular stent with the inflatable balloon at a deflated diameter and with the tubular stent at the deployed diameter; - heating the tubular stent to a temperature at or above the glass transition temperature of the bioresorbable polymer; - inflating the inflatable balloon of the stent delivery catheter to an inflated diameter within the stent lumen of the tubular stent with an inflation pressure between 0.1 to 5 bars, preferably a pressure between 0.2 to 2.0 bars; - crimping the tubular stent from the deployed diameter to the crimped diameter while maintaining inflation pressure within the inflatable balloon of the stent delivery catheter; - cooling the tubular stent to a temperature below the glass transition temperature; and - deflating the inflatable balloon of the stent delivery catheter while maintaining the tubular stent at the crimped diameter. - inserting the inflatable balloon of the stent delivery catheter into the stent lumen of the tubular stent with the inflatable balloon at a deflated diameter and with the tubular stent at the deployed diameter; - heating the tubular stent to a temperature at or above the glass transition temperature of the bioresorbable polymer; - inflating the inflatable balloon of the stent delivery catheter to an inflated diameter within the stent lumen of the tubular stent with an inflation pressure between 0.1 to 5 bars, preferably a pressure between 0.2 to 2.0 bars; - crimping the tubular stent from the deployed diameter to the crimped diameter while maintaining inflation pressure within the inflatable balloon of the stent delivery catheter; - cooling the tubular stent to a temperature below the glass transition temperature; and - deflating the inflatable balloon of the stent delivery catheter while maintaining the tubular stent at the crimped diameter.
A power distribution system, comprising: a source of electricity; at least one microwave transmitter connected to the source of electricity for converting the electricity into a microwave beam, the transmitter including a first beam director for directing the microwave beam; at least one redirector satellite in orbit about a celestial body for receiving the microwave beam from said transmitter; and the satellite having a transmitter for converting the received microwave beam into a plurality of outgoing microwave beams, and a second beam director for directing the outgoing beams in predetermined directions, the system further comprising at least one additional redirector satellite in orbit about the celestial body, the second beam director comprising means for directing at least one of said outgoing beams to a target comprising said additional redirector satellite for direction to at least one receiver station located on the far side of the celestial body from said first mentioned redirector satellite. a source of electricity; at least one microwave transmitter connected to the source of electricity for converting the electricity into a microwave beam, the transmitter including a first beam director for directing the microwave beam; at least one redirector satellite in orbit about a celestial body for receiving the microwave beam from said transmitter; and the satellite having a transmitter for converting the received microwave beam into a plurality of outgoing microwave beams, and a second beam director for directing the outgoing beams in predetermined directions, the system further comprising at least one additional redirector satellite in orbit about the celestial body, the second beam director comprising means for directing at least one of said outgoing beams to a target comprising said additional redirector satellite for direction to at least one receiver station located on the far side of the celestial body from said first mentioned redirector satellite.
A light emitting device comprising: a light emitting structure layer comprising a first conductive type semiconductor layer, an active layer on the first conductive type semiconductor layer, and a second conductive type semiconductor layer on the active layer; a first electrode connected to the first conductive type semiconductor layer; a current spreading layer comprising a transmissive conductive layer on the second conductive type semiconductor layer; an insulation layer on the first electrode; and a second electrode comprising at least one first bridge portion on the insulation layer and a first contact portion contacting at least one of the second conductive type semiconductor layer and the current spreading layer, characterized in that a portion of the insulating layer is extended on a top surface of the current spreading layer, and in that the current spreading layer is disposed between the insulation layer and the second conductive type semiconductor layer, wherein the first electrode comprises a second contact portion between the first conductive type semiconductor layer and the insulation layer, a first pad connected to the second contact portion and characterised in that the first electrode further comprises at least one second bridge portion extending on the insulation layer. a light emitting structure layer comprising a first conductive type semiconductor layer, an active layer on the first conductive type semiconductor layer, and a second conductive type semiconductor layer on the active layer; a first electrode connected to the first conductive type semiconductor layer; a current spreading layer comprising a transmissive conductive layer on the second conductive type semiconductor layer; an insulation layer on the first electrode; and a second electrode comprising at least one first bridge portion on the insulation layer and a first contact portion contacting at least one of the second conductive type semiconductor layer and the current spreading layer, characterized in that a portion of the insulating layer is extended on a top surface of the current spreading layer, and in that the current spreading layer is disposed between the insulation layer and the second conductive type semiconductor layer, wherein the first electrode comprises a second contact portion between the first conductive type semiconductor layer and the insulation layer, a first pad connected to the second contact portion and
A method of a macro node and at least one remote radio head RRH coupled to the macro node, the macro node and the at least one RRH comprising a plurality of points that are geographically displaced within a cell of the macro node, the method comprising: transmitting control information with common reference signals CRS to a user equipment UE from a first subset of points; and sending a data transmission based on UE-specific demodulation reference signals DM-RS to the UE from a second subset of points. transmitting control information with common reference signals CRS to a user equipment UE from a first subset of points; and sending a data transmission based on UE-specific demodulation reference signals DM-RS to the UE from a second subset of points.
A method of fabricating an element (C, P1, P2, P3) in ground to improve the mechanical properties of said ground, the method comprising: providing a drilling and mixing tool; a step of drilling an excavation (E/T) in the ground comprising a stage of lowering the drilling and mixing tool followed by a stage of raising the drilling and mixing tool; said method including: a step of injecting a first composition during the lowering stage; a step of injecting a second composition during the raising stage, the first composition or the second composition containing an alkaline base, the first composition containing a silico-aluminous mineral while the second composition contains the alkaline base, and when the first composition contains the alkaline base, the second composition contains a silico-aluminous mineral; and an in situ mixing step, in the excavation, comprising a first stage of in situ mixing of the ground in place with the first composition during the lowering stage, followed by a second stage of in situ mixing of the second composition with the ground in place as previously mixed with the first composition, the second mixing stage taking place during the raising stage, a geopolymer being formed in situ by reaction of the first composition with the second composition. providing a drilling and mixing tool; a step of drilling an excavation (E/T) in the ground comprising a stage of lowering the drilling and mixing tool followed by a stage of raising the drilling and mixing tool; a step of injecting a first composition during the lowering stage; a step of injecting a second composition during the raising stage, the first composition or the second composition containing an alkaline base, the first composition containing a silico-aluminous mineral while the second composition contains the alkaline base, and when the first composition contains the alkaline base, the second composition contains a silico-aluminous mineral; and an in situ mixing step, in the excavation, comprising a first stage of in situ mixing of the ground in place with the first composition during the lowering stage, followed by a second stage of in situ mixing of the second composition with the ground in place as previously mixed with the first composition, the second mixing stage taking place during the raising stage, a geopolymer being formed in situ by reaction of the first composition with the second composition.
A mounting unit for coupling a cutting unit and a housing of a hair cutting appliance, said mounting unit comprising: - a swivel mechanism comprising - a base portion arranged to be coupled to a housing, and - a top portion arranged to be coupled to a cutting unit, wherein the base portion and the top portion are movable with respect to each other, such that, during operation, the cutting unit is pivotably supported by the swivel mechanism, wherein the swivel mechanism defines a virtual pivot axis (p) for the cutting unit wherein the virtual pivot axis (p) is substantially parallel to a cutting edge of the cutting unit, characterized in that, in a first state of the swivel mechanism, the virtual pivot axis (p) is located at a first position (p 1) with respect to the cutting unit, wherein the cutting unit is adapted for shaving in the first state, and wherein, in a second state of the swivel mechanism, the virtual pivot axis (p) is located at a second position (p 2) with respect to the cutting unit that is different from the first position (p 2), wherein the cutting unit is adapted for styling in the second state, wherein the swivel mechanism is movable between a first swiveling position associated with the first state, and at least one second swiveling position associated with the second state, and wherein the virtual pivot axis (p) assumes, in the first swiveling position, an elevated, first height position (l o1) with respect to the top surface of the cutting unit, and wherein the virtual pivot axis (p) assumes, in the second swiveling position, a recessed, second height position (l o2) with respect to the top surface. - a swivel mechanism comprising - a base portion arranged to be coupled to a housing, and - a top portion arranged to be coupled to a cutting unit, - a base portion arranged to be coupled to a housing, and - a top portion arranged to be coupled to a cutting unit,
A switchgear (100, 101) having a casing, of which an inside is partitioned into a plurality of divisions, the switchgear (100, 101) comprising: a first division provided with an opening portion which communicates with an outside of the casing; a second division adjacent to the first division; a front-side division disposed on a front side relative to the second division; and a first air vent portion provided (12a-12e) in the second division and communicating with the first division; the switchgear being characterized in that it further comprises a second air vent portion (11a, 11b) provided in the second division and communicating with the front-side division, the second air vent portion (11a, 11b) having a higher passage resistance than the first air vent portion (12a-12e), and in that the passage resistance of the first division is lower than the passage resistance of the second division and the passage resistance of the front-side division. a first division provided with an opening portion which communicates with an outside of the casing; a second division adjacent to the first division; a front-side division disposed on a front side relative to the second division; and a first air vent portion provided (12a-12e) in the second division and communicating with the first division; the switchgear being characterized in that it further comprises a second air vent portion (11a, 11b) provided in the second division and communicating with the front-side division, the second air vent portion (11a, 11b) having a higher passage resistance than the first air vent portion (12a-12e), and in that the passage resistance of the first division is lower than the passage resistance of the second division and the passage resistance of the front-side division.