mhurhangee/ep-ind-claims huggingface dataset:
A cooling system for heavy-servicerotating electrical machines with or without machine housings, with external or self-cooling, in particular for three-phase current machines with stator and rotorlaminated coresconsisting of laminated subcores, the laminated subcoresbeing spaced apart from one another with guidedevice and spacingsegments, characterized in that the stator laminatedsubcores (7, 8) are built up from differing individual metal sheets with radially open or radially closed channel portions (6.1, 6.2), so that the radially closed channel portions (6.2) form inflow and outflow channels across the circumference in the interior of the stator laminated core distributed at a defined radius and the radially open channel portions (6.1) form openings for the radial coolant medium outflowdistributed across the circumference, in the back on the outer diameter of the stator laminated core across its entire length,two-sided open inflow channels and two-sided closedoutflow channels are axially arranged spread along the circumference in the interior of the stator laminated core at a defined radius with approximately the same axial cross-section, in the area of the back of the stator laminated core between one or more stator laminated subcores with closed channels and at least one stator laminatedsubcore with closed and open channels, closed guide device segments and spacing segments with fins are arranged in radial orientation on the circumference towards the outside, on which wide wedge-shaped fins (4.1) or long narrow fins (4.2) corresponding to the number of the inflow and outflow channels are formed towards the inside, the stator laminated subcore(s) with closed channels is/are built up by a number of identically formed individual metal sheets with closed channel sections, with at least one stator laminated subcore being built from star-shaped individual metal sheets with open and closed channel portions and, if constructed with a housing, radial housing outflow openings being positionedin the housing at the locations of the stator laminated subcores with open channels.
A coupling and chaining bridge configured to: - operate a coupling between a random access memory coupled to the coupling and chaining bridge via a first bus and a cryptographic circuit, coupled to the coupling and chaining bridge via a second bus, in response to a write access request for data into the random access memory, wherein the write access request comes from a processor coupled to the coupling and chaining bridge via a system bus and a third bus, wherein the access request further comprises an address for storing into the random access memory, the coupling operation comprising: writing the data into the random access memory; the coupling and chaining circuit being characterized in that the coupling operation further comprises: for each piece of data, generating a first write access request into the cryptographic circuit for the piece of data, and generating a second write access request into the cryptographic circuit, for the storage address; - operate a checking, between the cryptographic circuit and the random access memory in response to a read access request from the processor, of a verification value stored in the cryptographic circuit, the checking operation comprising: the comparison of the verification value with a reference value that is stored in an internal register of the coupling and chaining bridge; and - based on the comparison, give access to the random access memory in read-only mode. - operate a coupling between a random access memory coupled to the coupling and chaining bridge via a first bus and a cryptographic circuit, coupled to the coupling and chaining bridge via a second bus, in response to a write access request for data into the random access memory, wherein the write access request comes from a processor coupled to the coupling and chaining bridge via a system bus and a third bus, wherein the access request further comprises an address for storing into the random access memory, the coupling operation comprising: writing the data into the random access memory; the coupling and chaining circuit being characterized in that the coupling operation further comprises: for each piece of data, generating a first write access request into the cryptographic circuit for the piece of data, and generating a second write access request into the cryptographic circuit, for the storage address; writing the data into the random access memory; the coupling and chaining circuit being characterized in that the coupling operation further comprises: for each piece of data, generating a first write access request into the cryptographic circuit for the piece of data, and generating a second write access request into the cryptographic circuit, for the storage address; - operate a checking, between the cryptographic circuit and the random access memory in response to a read access request from the processor, of a verification value stored in the cryptographic circuit, the checking operation comprising: the comparison of the verification value with a reference value that is stored in an internal register of the coupling and chaining bridge; and - based on the comparison, give access to the random access memory in read-only mode.
A lighting system comprising a housing; a first luminaire including a first light source configured to emit white light from a front facing surface of the housing; a second luminaire including a second light source comprising at least two LEDs, having different wavelengths, the second light source configured to emit colored light from a rear facing surface of the housing for reflection of the emitted colored light on a surface to which the lighting system is adapted to be mounted; and lighting controller circuitry operatively coupled with the second light source and configured to control operation of the second light source to mix the colored light from the at least two LEDs emitted by the second light source; wherein the first light source comprises a plurality of light emitting engines with cool-white and warm-white emission capabilities, and wherein the lighting controller circuitry is further configured to control operation of the first light source to mix the white light emitted by the first light source. a housing; a first luminaire including a first light source configured to emit white light from a front facing surface of the housing; a second luminaire including a second light source comprising at least two LEDs, having different wavelengths, the second light source configured to emit colored light from a rear facing surface of the housing for reflection of the emitted colored light on a surface to which the lighting system is adapted to be mounted; and lighting controller circuitry operatively coupled with the second light source and configured to control operation of the second light source to mix the colored light from the at least two LEDs emitted by the second light source; wherein the first light source comprises a plurality of light emitting engines with cool-white and warm-white emission capabilities, and wherein the lighting controller circuitry is further configured to control operation of the first light source to mix the white light emitted by the first light source.
Hook for suspending cables and hoses, said hook is comprised of 45 to 800 grams of an injection molded composition comprised of a polybutylene terephthalate resin, 18% to 22% per total weight of the composition glass-fiber, one or more flame retardants and one or more UV stabilizers; and said hook has a maximum load bearing of 0.3 to 0.8 kg per gram composition.
A wireless power supply system, comprising: a power receiving device on a bottom surface of a cart; a guide rail extending along a first direction for guiding wheels of carts; and a plurality of power transmission devices configured to wirelessly transmit power to the power receiving device and arranged along the guide rail at predetermined intervals, characterized in that: the guide rail has a plurality of engagement means arranged at the predetermined intervals such that one of the power transmission devices faces the power receiving device when a wheel of the cart is engaged with the engagement means, the wireless power supply system further comprises a groove between adjacent power transmission devices and extending perpendicular to the traveling direction, and a first brush is on the bottom surface of the cart, the first brush configured to contact an upper surface of each of the power transmission devices but not a bottom surface of the groove when the cart is moved along the guide rail, wherein: the guide rail has pairs of bumps (33b, 34b) as the engagement means. a power receiving device on a bottom surface of a cart; a guide rail extending along a first direction for guiding wheels of carts; and a plurality of power transmission devices configured to wirelessly transmit power to the power receiving device and arranged along the guide rail at predetermined intervals, characterized in that: the guide rail has a plurality of engagement means arranged at the predetermined intervals such that one of the power transmission devices faces the power receiving device when a wheel of the cart is engaged with the engagement means, the wireless power supply system further comprises a groove between adjacent power transmission devices and extending perpendicular to the traveling direction, and a first brush is on the bottom surface of the cart, the first brush configured to contact an upper surface of each of the power transmission devices but not a bottom surface of the groove when the cart is moved along the guide rail, wherein: the guide rail has pairs of bumps (33b, 34b) as the engagement means. the guide rail has a plurality of engagement means arranged at the predetermined intervals such that one of the power transmission devices faces the power receiving device when a wheel of the cart is engaged with the engagement means, the wireless power supply system further comprises a groove between adjacent power transmission devices and extending perpendicular to the traveling direction, and a first brush is on the bottom surface of the cart, the first brush configured to contact an upper surface of each of the power transmission devices but not a bottom surface of the groove when the cart is moved along the guide rail, wherein: the guide rail has pairs of bumps (33b, 34b) as the engagement means.
A light array comprising a plurality of coloured light-emitting diode elements dispersed within the light array so as to provide a uniform colour output, whereby the light array comprises a 4 x 6 rectangle having a long edge and a short edge characterized in six light-emitting diodes each of red, green, blue and white, the red light-emitting diode elements being located towards the centre of the array.
A disposable fluid circuit configured to interface with a hardware component to form an automated blood collection system for collecting red blood cells and plasma from a donor comprising, the disposable component comprising: a donor access device for withdrawing whole blood from a donor; a whole blood collection container in communication with the donor access device through a donor line; a blood separation device communicating with the whole blood collection container and employing relatively rotating surfaces, at least one of which carries a membrane substantially permeable to plasma and substantially impermeable to red blood cells to separate the whole blood into substantially concentrated red cells and plasma; a first collection container communicating with the blood separation device for receipt of the substantially concentrated red blood cells; a source of preservative solution communicating with the first collection container; and a second collection container communicating with the blood separation chamber for receipt of the plasma and via a separate plasma return line to the donor line. a donor access device for withdrawing whole blood from a donor; a whole blood collection container in communication with the donor access device through a donor line; a blood separation device communicating with the whole blood collection container and employing relatively rotating surfaces, at least one of which carries a membrane substantially permeable to plasma and substantially impermeable to red blood cells to separate the whole blood into substantially concentrated red cells and plasma; a first collection container communicating with the blood separation device for receipt of the substantially concentrated red blood cells; a source of preservative solution communicating with the first collection container; and a second collection container communicating with the blood separation chamber for receipt of the plasma and via a separate plasma return line to the donor line.
A mechanical thrombectomy apparatus for removing a clot from a vessel without jamming, the apparatus comprising: a catheter having a distal end region and a distal end opening, wherein a durometer of the distal end region decreases while the distal end opening has a durometer that is greater than the durometer of the distal end region immediately proximal to the distal end opening, further wherein the distal end opening has a rounded lip profile; a flexible tube extending within the catheter and doubling back over the distal end region of the catheter, wherein the flexible tube is configured to slide and invert over the distal end opening when a first end of the flexible tube is pulled proximally within the catheter; and a guidewire lumen through the catheter and the flexible tube configured to pass a guidewire. a catheter having a distal end region and a distal end opening, wherein a durometer of the distal end region decreases while the distal end opening has a durometer that is greater than the durometer of the distal end region immediately proximal to the distal end opening, further wherein the distal end opening has a rounded lip profile; a flexible tube extending within the catheter and doubling back over the distal end region of the catheter, wherein the flexible tube is configured to slide and invert over the distal end opening when a first end of the flexible tube is pulled proximally within the catheter; and a guidewire lumen through the catheter and the flexible tube configured to pass a guidewire.
An abrasive particle having a shell and a hollow space arranged within the shell, characterized in that the shell has a layer structure comprising a plurality of layers.
Wall formwork for the construction of walls with a formwork facing and elements which support the formwork facing, with several anchor holes which pass through supporting elements, with a sleeve made of plastic which is held in a force-fit and/or form-fit manner in an anchor hole, wherein the sleeve extends from one end of the anchor hole to the other end of the anchor hole, and wherein the outer face of the sleeve tightly abuts the inner face of the anchor hole at the side of the formwork facing, wherein each anchor hole comprises a sleeve, characterized in that the sleeve has one or more laterally outwardly projecting form-fit elements which are engaged with holes in the inner wall of the anchor hole to fix the sleeve in the anchor hole in a form-fit manner.
A medical care information display control apparatus, comprising: an information obtaining unit adapted to obtain information of medical care data of a patient corresponding to each of a plurality of medical care items, information of registration date and time of the medical care data, and information of disease duration from the start to the end of each disease of the patient; a non-overlapping period identification unit adapted to identify, using information of disease duration of each disease of a first patient obtained by the information obtaining unit, a non-overlapping period of disease duration of a target disease, which is one of the diseases of the first patient, that does not overlap with disease durations of the other diseases; a display item set generation unit adapted to extract, using medical care data of the first patient and information of the registration date and time of the medical care data obtained by the information obtaining unit, medical care data whose registration date and time is included in the non-overlapping period of the target disease from the medical care data of the first patient and generates a display item set composed of the medical care item corresponding to the extracted medical care data; and a display control unit adapted to display, using information of medical care data of a second patient suspicious of the target disease obtained by the information obtaining unit, the medical care data of those of the second patient corresponding to the medical care item of the display item set generated by the display item set generation unit on a display screen. an information obtaining unit adapted to obtain information of medical care data of a patient corresponding to each of a plurality of medical care items, information of registration date and time of the medical care data, and information of disease duration from the start to the end of each disease of the patient; a non-overlapping period identification unit adapted to identify, using information of disease duration of each disease of a first patient obtained by the information obtaining unit, a non-overlapping period of disease duration of a target disease, which is one of the diseases of the first patient, that does not overlap with disease durations of the other diseases; a display item set generation unit adapted to extract, using medical care data of the first patient and information of the registration date and time of the medical care data obtained by the information obtaining unit, medical care data whose registration date and time is included in the non-overlapping period of the target disease from the medical care data of the first patient and generates a display item set composed of the medical care item corresponding to the extracted medical care data; and a display control unit adapted to display, using information of medical care data of a second patient suspicious of the target disease obtained by the information obtaining unit, the medical care data of those of the second patient corresponding to the medical care item of the display item set generated by the display item set generation unit on a display screen.
A method for processing signals in a radio transmission apparatus (10, 60) comprising a plurality of radio transmitters (TXU/RXU 1... TXU/RXU K, 61, 62), wherein clipping is applied to an input signal in at least two of the plurality of radio transmitters, wherein the amount of clipping or/and a clipping threshold is adjusted individually for each of the plurality of radio transmitters (TXU/RXU 1... TXU/RXU K, 61, 62), characterised in that the amount of clipping or/and the clipping threshold is adjusted such that the ratio of a noise signal generated by clipping to a wanted signal is the same for all of the plurality of radio transmitters (TXU/RXU 1... TXU/RXU K, 61, 62).
A concentrator photovoltaic unit configured to guide sunlight concentrated by a primary concentrating portion, to a power generating element by means of a secondary concentrating portion, wherein when upper-lower positional relationship on an optical path is defined such that the primary concentrating portion is at an upper position than the secondary concentrating portion, the secondary concentrating portion includes: a secondary lens provided above the power generating element; a lens supporting portion being a mount, the mount surrounding the power generating element and configured to have the secondary lens mounted thereto, the lens supporting portion being configured to support the secondary lens in a state where the secondary lens is disposed with a gap above the power generating element; a covering portion made of translucent resin, the covering portion being configured to cover an uppers surface of the secondary lens; and a sealing portion made of translucent resin, the sealing portion filling a space of the gap between the power generating element and the secondary lens, and an upper end face of the lens supporting portion includes: an inner edge in contact with the secondary lens; and a resin receiving portion extending from the inner edge, in contact with the secondary lens, to an outer side, not in contact with the secondary lens, the resin receiving portion receiving a lower end of the covering portion, characterized in that the resin receiving portion includes a portion in a shape having a height increased from the inner edge toward the outer side. a secondary lens provided above the power generating element; a lens supporting portion being a mount, the mount surrounding the power generating element and configured to have the secondary lens mounted thereto, the lens supporting portion being configured to support the secondary lens in a state where the secondary lens is disposed with a gap above the power generating element; a covering portion made of translucent resin, the covering portion being configured to cover an uppers surface of the secondary lens; and a sealing portion made of translucent resin, the sealing portion filling a space of the gap between the power generating element and the secondary lens, and an upper end face of the lens supporting portion includes: an inner edge in contact with the secondary lens; and a resin receiving portion extending from the inner edge, in contact with the secondary lens, to an outer side, not in contact with the secondary lens, the resin receiving portion receiving a lower end of the covering portion, characterized in that the resin receiving portion includes a portion in a shape having a height increased from the inner edge toward the outer side.
A rubber composition, comprising i) an ethylene-α-olefin-non-conjugated-diene copolymer having - a Mooney viscosity ML (1+8) at 150 °C ≥ 85 MU and - an ethylene content ≤ 63 wt.% - the diene content is 4 to 8 % by weight of the ethylene-α-olefin-non-conjugated-diene copolymer i), - the non-conjugated diene is a combination of 5-ethylidene-2-norbornene and 5-vinylnorbornene, - the ethylene-α-olefin-non-conjugated-diene copolymer i) has an amount of VNB between 0.05 and 1 wt.%, and has a Mw of at least 400,000 g/mol and, ii) an extender oil of 10 to 40 phr based on the copolymer i) with the sum of the EPDM copolymer i) and the oil ii) amounting to at least 95 wt.% of the composition. i) an ethylene-α-olefin-non-conjugated-diene copolymer having - a Mooney viscosity ML (1+8) at 150 °C ≥ 85 MU and - an ethylene content ≤ 63 wt.% - the diene content is 4 to 8 % by weight of the ethylene-α-olefin-non-conjugated-diene copolymer i), - the non-conjugated diene is a combination of 5-ethylidene-2-norbornene and 5-vinylnorbornene, - the ethylene-α-olefin-non-conjugated-diene copolymer i) has an amount of VNB between 0.05 and 1 wt.%, and has a Mw of at least 400,000 g/mol and, - a Mooney viscosity ML (1+8) at 150 °C ≥ 85 MU and - an ethylene content ≤ 63 wt.% - the diene content is 4 to 8 % by weight of the ethylene-α-olefin-non-conjugated-diene copolymer i), - the non-conjugated diene is a combination of 5-ethylidene-2-norbornene and 5-vinylnorbornene, - the ethylene-α-olefin-non-conjugated-diene copolymer i) has an amount of VNB between 0.05 and 1 wt.%, and has a Mw of at least 400,000 g/mol and, ii) an extender oil of 10 to 40 phr based on the copolymer i)